M2Catalyst

Within the Walls: Solving Indoor Coverage Challenges and Connectivity Gaps

Thu, 08 Jan 2026 22:56:12 GMT

The Indoor Coverage Problem

When it comes to mobile connectivity, coverage maps often look impressive on paper. Streets and highways light up with strong signals, giving the impression of blanket coverage. But step inside a busy airport terminal, a sprawling mall, or a corporate campus—and the story can change dramatically.

Indoor connectivity remains one of the toughest challenges for mobile network operators. Crowds of people, thick walls, complex building layouts, and overlapping cell coverage all contribute to weak signal quality. For users, it means dropped calls, slow apps, and frustrating experiences. For operators and venue owners, it means missed opportunities.

This is where M2Catalyst’s Crowd SiteIntel (CSI) delivers a fresh perspective—making indoor signal problems visible, quantifiable, and fixable.

Indoor vs. Outdoor: How CSI Filters Signal Quality

Traditional coverage studies don’t always distinguish between outdoor and indoor conditions. Yet, the difference is critical.

With CSI’s indoor/outdoor filter, decision-makers can separate signal quality readings inside buildings from those collected outdoors. This allows operators to:

Pinpoint specific structures where RSRP, RSRQ, or SINR degrade sharply
Compare indoor vs. outdoor performance across the same area
Quantify user experiences within malls, airports, train stations, and corporate campuses

Instead of vague assumptions about indoor coverage, CSI provides polygon-level building insights—a powerful way to identify where customers struggle most.

Identifying Coverage Gaps in Complex Indoor Environments

Crowdsourced measurements from over 200 countries reveal consistent pain points:

Airports:

Even in some of the world’s best airports, terminals often have “shadow zones” where SINR drops dramatically. Travelers expecting seamless connectivity often get lag instead.

Shopping Centers:

Multi-floor malls with concrete cores and underground sections are notorious for signal gaps, especially in parking garages.

Corporate Campuses:

Even world-class offices experience poor indoor RSRP in conference halls, impacting collaboration and productivity.

Hospitals & Healthcare Facilities:

Thick walls, shielding materials, and sprawling layouts often block signals. Yet these are high-stakes environments where connectivity is essential for staff, patients, and visitors.

Universities & Schools:

Large campuses with multiple buildings often show poor indoor RSRP in lecture halls, libraries, and dormitories, impacting both staff and students.

Sports Arenas & Event Venues:

Stadiums and arenas pose extreme challenges due to user density, resulting in poor SINR and data congestion.

Hotels & Resorts:

Multi-floor layouts, basements, and conference areas often create blind spots—critical for business travelers and events.

Transit Hubs:

Subway stations and train depots frequently act as coverage blind spots

By mapping these environments, CSI allows operators and infrastructure partners to prioritize upgrades where they matter most: high-traffic indoor venues where network demand peaks.

Fixing Indoor Coverage: Small Cells, DAS, and Beyond

The good news? Indoor coverage issues are solvable—if you know where to look. Armed with CSI data, RF engineers and planners can determine whether an area requires:

Small Cells to boost coverage in targeted zones
Distributed Antenna Systems (DAS) for large, complex buildings
Wi-Fi Offloading strategies to support high user density

Because CSI pinpoints problems down to the building polygon, operators can deploy infrastructure precisely—reducing wasted spend and improving ROI on network investments.

A Win-Win for Enterprise Customers

Solving indoor connectivity isn’t just a technical win—it’s a business win.

Enterprise Sales Teams can use CSI insights to target B2B opportunities, approaching venue owners and corporate clients with clear data on their pain points.
Venue Owners benefit by providing better customer experiences—stronger signal means longer dwell time, better tenant satisfaction, and more revenue.
Operators gain by improving network quality in high-value locations, enhancing customer loyalty while reducing churn.

Indoor connectivity has long been seen as a headache. With CSI, it becomes a competitive advantage.

Conclusion

As mobile usage shifts increasingly indoors, the ability to diagnose and solve indoor signal problems is no longer optional—it’s essential.

Crowd SiteIntel puts building-level visibility into the hands of operators, engineers, and business teams alike. By mapping the world’s largest malls, airports, and campuses, CSI reveals the gaps that matter most—and empowers the industry to close them faster.

In short, better insights mean better experiences. And nowhere is that more important than the places people spend the most time—indoors.

AI in RF Optimization: Empowering Engineers and Every Team Around Them

Thu, 28 Aug 2025 17:47:29 GMT

Introduction: The Speed Bottleneck in Traditional RF Optimization

Mobile network optimization is the domain of seasoned RF engineers—experts equipped with specialized tools and years of experience. These professionals perform site-by-site analysis, comb through performance data, and model coverage areas. While effective, this process is time-consuming, expensive, and often reactive.

Today, the telecom industry is facing a new era of demands: faster rollouts, denser networks, and increasingly complex deployment environments. The traditional RF optimization model simply cannot keep up. This is where Crowd SiteIntel (CSI), M2Catalyst’s powerfulplatform, is redefining what’s possible for those looking to leverage AI.

Expanding Access to Network Intelligence: Empowering More Teams Without Replacing RF Experts

Crowd SiteIntel is designed to complement the expertise of RF professionals while expanding access to network insights across the organization. By putting AI-powered tools in the hands of planners, regulators, and business teams, RF engineers can focus on high-value tasks—without being pulled into every data request or early-stage analysis.

With the ability to analyze over 1,000 sites per hour, CSI drastically reduces the time required for:

Competitive benchmarking
Small cell site planning
Rural connectivity planning
Coverage gap identification
In-building network performance analysis

Instead of requiring weeks of manual field testing or drive tests, users can access actionable insights within hours.

The AI Advantage: Key Features Powering CSI

Trillions of Data Points

CSI aggregates and analyzes trillions of crowdsourced measurements from real user devices. These data include:

RSRP, RSRQ, SINR
Band/frequency
PCI and eNodeB mappings
Indoor vs. outdoor usage context

Automated Site Analysis

Using AI algorithms, CSI can rapidly:

Map cell coverage by polygon or signal strength range
Detect overlapping coverage and under-utilized sectors
Rank sites by quality, usage, or customer experience impact

S mart Filtering for Strategic Planning

Users can quickly filter insights based on:

Geography (custom polygon or radius)
Indoor-only or outdoor-only signals
Dead zones vs. fringe coverage
First-seen/last-seen data for detecting outdated or inactive infrastructure

Global Roaming and Partner Network Evaluation

Beyond domestic planning, CSI offers insights into roaming experiences across 200+ countries, helping MNOs identify weak links in their partner ecosystems.

Real-World Speed: How CSI Saves Time and Expands Visibility

Crowd SiteIntel has been successfully used to evaluate thousands of cell sites across diverse regions, cutting analysis timelines from weeks to hours. Whether performing competitive benchmarking across an entire city within a few clicks or identifying dead zones in remote rural areas, CSI delivers a high-speed alternative to traditional drive testing.

For example:

Planners can scan thousands of square kilometers with polygon-level granularity
Infrastructure teams can assess network load and performance using real-world, device-level data—without relying solely on field measurements
Sales and marketing can pinpoint locations where network quality is already strong—ideal for promoting high-performance services or targeting B2B opportunities

These time-saving capabilities empower teams across the organization to make faster, more confident decisions while allowing RF engineers to focus on complex optimization tasks.

Unlocking New Users: Who Can Use These Powerful Tools?

With CSI, network intelligence becomes accessible far beyond the engineering team. It empowers:

Strategic Planners: Forecast where demand is outpacing supply and identify areas primed for expansion
Government Regulators: Validate coverage claims to inform broadband subsidy decisions and ensure compliance with public funding initiatives like BEAD
Sales & Marketing Teams: Promote services in strong-signal areas and support competitive differentiation
Rural ISPs & WISPs: Pinpoint underserved locations and evaluate competitive network quality before entering new markets

CSI can also support scraping and screening potential new entrants in a region—helping decision-makers monitor the evolving network landscape and respond to emerging competition faster.

Rather than replacing RF engineers, CSI enhances their effectiveness by streamlining routine assessments and enabling cross-functional collaboration with data that’s accessible, trusted, and immediately actionable.

From Reactive to Proactive: A New Paradigm for Optimization

Traditionally, operators would wait for customer complaints, hire consultants, and deploy testing teams. CSI enables a proactive approach:

Predict churn based on degrading signal quality
Identify roaming partner issues before users do
Pre-plan for seasonal load or special events

This kind of forward-looking intelligence supports better investment decisions and ultimately improves customer experience.

Conclusion: The Future of RF Optimization is Faster, Smarter, and More Accessible

Crowd SiteIntel, M2Catalyst’s platform represents a turning point in telecom operations for those looking to leverage AI. It allows organizations to leapfrog legacy processes and gain immediate visibility into network performance.

Whether you're an MNO, regulator, infrastructure provider, or analyst, you now have access to the same kind of insights RF engineers use—amplifying collaboration across your organization. With CSI, engineers and non-engineers alike can move faster, act smarter, and make better decisions together.

With CSI, the data speaks for itself—and it speaks fast.

M2Catalyst Unveils Powerful NEW Mobile Broadband Insights for the Asia Pacific Region—Empowering Telecom Leaders to Close Connectivity Gaps

jshorter@m2catalyst.com (Joshua Shorter) — Tue, 01 Apr 2025 18:49:31 GMT

Irvine, CA, [April 1st, 2025] – M2Catalyst, a global leader in mobile network analytics, has launched its latest Mobile Broadband Quality and Traffic Reports for the APAC region—delivering the insights telecom operators, regulators, and infrastructure companies need to supercharge network performance and bridge the digital divide.

Why These Reports Matter

We’ve identified over 720,000 locations across the Asia Pacific region where mobile subscribers are unconnected or under-connected when it comes to mobile broadband coverage. This is an indicator that millions of mobile consumers across the APAC region still struggle with unreliable connectivity, limiting access to remote work, education, and telemedicine. M2Catalyst’s reports pinpoint these gaps with unprecedented precision, equipping telecom leaders with the intelligence they need to enhance service reliability, expand coverage, and optimize network investments.

Inside the Reports

Mobile Quality Reports

Identify connectivity weak spots—from urban congestion to rural dead zones.

Enable telecom providers to strategically prioritize network improvements.

Drive data-backed decision-making for regulators and infrastructure planners.

Mobile Traffic Reports

Reveal real-world usage trends across 2G, 3G, 4G, and 5G (Standalone & Non-Standalone).

Support capacity planning and investment strategies for next-gen networks.

Help operators stay ahead of shifting demand and evolving technologies.

“Empowering telecom decision-makers with real, actionable data is at the heart of our mission,” said Mike Brough, CEO & Co-Founder of M2Catalyst. “With these reports, industry leaders can take immediate steps to expand high-quality mobile broadband and ensure every user—regardless of location—has reliable connectivity.”

Who Needs These Reports?

If you're involved in network optimization, infrastructure planning, or telecom investment in APAC, these reports are a must-have. They provide the data needed to maximize network performance, improve customer experience, and drive business growth.

Get Exclusive Access Now

�� Explore the reports and take action today:

APAC Region Mobile Quality Reports

APAC Region Mobile Traffic Reports

Countries Covered

Australia

India

Indonesia

Japan

Malaysia

New Zealand

Philippines

Singapore

Sri Lanka

Taiwan

Thailand

About M2Catalyst

M2Catalyst is a global provider of mobile network insights, dedicated to supporting telecom operators, regulators, and infrastructure companies in optimizing network performance and enhancing digital access worldwide.

�� For Media & Business Inquiries:

Joshua Shorter

Director of Marketing & Communications

www.m2catalyst.com

✉️ jshorter@m2catalyst.com

�� 702-728-0089

M2Catalyst Releases New Mobile Broadband Insights Reports for the Americas, Supporting FCC’s 5G Fund for Rural America Initiative

jshorter@m2catalyst.com (Joshua Shorter) — Thu, 03 Oct 2024 17:36:40 GMT

Empowering Telecom Leaders with Data to Bridge the Digital Divide Across North and South America

M2Catalyst, a leader in mobile network performance analytics, has launched its latest Mobile Broadband Quality and Traffic Reports for the Americas region. These reports provide critical insights to help telecom operators, regulators, and infrastructure companies enhance connectivity and support initiatives like the FCC’s 5G Fund for Rural America initiative.

Mobile Quality Reports

The Mobile Broadband Quality Reports highlight areas across North and South America where users face challenges with 4G and 5G signal quality, particularly in rural and underserved communities. These insights empower telecom operators to identify gaps and improve service reliability, aligning with the mission of regulators to extend 5G coverage to remote areas and close the digital divide.

Mobile Traffic Reports

The Mobile Broadband Traffic Reports offer an in-depth look at usage patterns across 2G, 3G, 4G, 5G-Standalone (SA), and 5G-Non-Standalone (NSA) networks throughout the Americas. This data helps telecom leaders understand evolving connectivity demands, enabling better resource allocation and network optimization to support growing needs for remote work, education, and telemedicine.

Mike Brough, CEO and Co-Founder of M2Catalyst, underscores the company’s commitment to equipping telecom leaders in the Americas with the insights they need to make informed decisions. "Our reports deliver the critical data necessary to ensure that all communities, especially those in underserved areas, have access to dependable mobile broadband services,’” said Brough.

These reports are essential for operators and regulators working to extend high-quality mobile coverage across North and South America. By leveraging these insights, stakeholders can develop strategies to meet regulatory requirements and accelerate digital inclusion.

For more information or to access the Mobile Broadband Quality and Traffic Reports for the Americas, please visit the links below.

Mobile Quality Reports

https://www.m2catalyst.com/americas-h2-quality-region-reports

Mobile Traffic Reports

https://www.m2catalyst.com/mobile-traffic-reports-h2

About M2Catalyst

M2Catalyst is a global provider of mobile network insights, dedicated to helping telecom operators, regulators, and infrastructure companies optimize network performance and expand digital access. M2Catalyst’s reports support industry initiatives such as the FCC’s 5G Fund for Rural America, guiding efforts to bridge the digital divide and enable better connectivity for all.

New Global Mobile Insights Reports Provide Actionable Information for Middle East & Africa Telecom Decision-Makers

jshorter@m2catalyst.com (Joshua Shorter) — Wed, 21 Aug 2024 16:20:39 GMT

M2Catalyst is on a mission to connect the unconnected and under-connected, to enable remote work, education, and telemedicine throughout the world.

ALISO VIEJO, CALIFORNIA, UNITED STATES, August 13, 2024 / -- M2Catalyst is pleased to announce the release of its comprehensive 2024 Global Mobile Insights reports for countries in the Middle East and Africa.

These reports offer a fresh perspective on 4G/5G mobile quality and traffic to help mobile network operators understand where consumers are connected, under-connected, or unconnected.

In today's digital age, reliable mobile connectivity is more essential than ever. For mobile network operators striving to bridge the digital divide and improve mobile connectivity for consumers, this data enables them to pinpoint areas that require immediate attention and investment to enhance network infrastructure.

"We are excited to present our latest Global Mobile Insights reports focusing on the Americas region," said Mike Brough, Co-founder and CEO at M2Catalyst. "These reports not only highlight where mobile broadband connectivity excels, but also identify areas that may benefit from targeted improvements. This information is invaluable for MNOs looking to optimize their networks and bridge the digital divide."

With the increasing demand for seamless consumer mobile experiences, particularly in remote and rural areas, these insights are essential for MNOs aiming to stay competitive and connect the under-connected.

"We encourage MNOs in the Middle East and Africa region to leverage these reports to drive strategic decision-making and accelerate the deployment of robust 4G/5G networks," added Bruce C. Friedman, Co-founder and CFO at M2Catalyst.

The Global Mobile Insights reports for the Middle East and Africa are now available and can be accessed through the M2Catalyst website. For more information on how to obtain these reports and unlock actionable insights, please visit the links below.

Explore Mobile Quality Reports for the Middle East and Africa Region

Explore Mobile Traffic Reports for the Middle East and Africa Region

About M2Catalyst:

Founded in 2012, M2Catalyst is on a mission to connect the unconnected and under-connected, to enable remote work, education, and telemedicine throughout the world.

For media inquiries or further information, please contact:

Joshua Shorter

M2Catalyst

+1 702-728-0089

Visit us on social media:

YouTube

New Global Mobile Insights Reports Provide Actionable Information for North and South American Telecom Decision-Makers

jshorter@m2catalyst.com (Joshua Shorter) — Wed, 21 Aug 2024 16:14:51 GMT

M2Catalyst is on a mission to connect the unconnected and under-connected, to enable remote work, education, and telemedicine throughout the world.

ALISO VIEJO, CALIFORNIA, UNITED STATES, August 6, 2024 / -- M2Catalyst is pleased to announce the release of its comprehensive 2024 Global Mobile Insights reports for North and South American countries. These reports offer a fresh perspective on 4G/5G mobile quality and traffic to help mobile network operators understand where consumers are connected, under-connected, or unconnected.

"We encourage MNOs in the Americas region to leverage these reports to drive strategic decision-making and accelerate the deployment of robust 4G/5G networks," added Bruce C. Friedman, Co-founder and CFO at M2Catalyst.

The Global Mobile Insights reports for North and South American countries are now available and can be accessed through the M2 platform. For more information on how to obtain these reports and unlock actionable insights, please visit the links below.

Explore America Region Mobile Quality Reports

Explore America Region Mobile Traffic Reports

About M2Catalyst:

Founded in 2012, M2Catalyst is on a mission to connect the unconnected and under-connected, to enable remote work, education, and telemedicine throughout the world.

For media inquiries or further information, please contact:

Joshua Shorter

M2Catalyst

+1 702-728-0089

Visit us on social media:

YouTube

New Global Mobile Insights Reports Provide Actionable Information for European Mobile Network Operators and Regulators

jshorter@m2catalyst.com (Joshua Shorter) — Wed, 31 Jul 2024 22:51:58 GMT

These new reports for European countries offer a fresh perspective to help MNOs understand where consumers are connected, under-connected, or unconnected.

ALISO VIEJO, CALIFORNIA, UNITED STATES, July 31, 2024 / -- M2Catalyst is pleased to announce the release of its comprehensive 2024 Global Mobile Insights reports for European countries. These reports offer a fresh perspective on 4G/5G mobile quality and traffic to help mobile network operators understand where consumers are connected, under-connected, or unconnected.

"We are excited to present our latest Global Mobile Insights reports focusing on Europe," said Mike Brough, Co-founder and CEO at M2Catalyst. "These reports not only highlight where mobile broadband connectivity excels, but also identify areas that may benefit from targeted improvements. This information is invaluable for MNOs looking to optimize their networks and bridge the digital divide."

"We encourage European MNOs to leverage these reports to drive strategic decision-making and accelerate the deployment of robust 4G/5G networks," added Bruce C. Friedman, Co-founder and CFO at M2Catalyst.

The Global Mobile Insights reports for Europe are now available and can be accessed through the M2 platform. For more information on how to obtain these reports and unlock actionable insights, please visit the links below.

Explore European Mobile Quality Reports

Explore European Mobile Traffic Reports

About M2Catalyst:

Founded in 2012, M2Catalyst is on a mission to connect the unconnected and under-connected, to enable remote work, education, and telemedicine throughout the world.

For media inquiries or further information, please contact:

Joshua Shorter

M2Catalyst

+1 702-728-0089

Visit us on social media:

YouTube

Impact of T-Mobile’s Major Mobile Network Improvements in Oklahoma City

jshorter@m2catalyst.com (Joshua Shorter) — Thu, 28 Mar 2024 22:47:24 GMT

There’s already a lot to love about Oklahoma City. From big-league attractions like a pro basketball team to a revitalized downtown area, starring the Bricktown Entertainment District, Paycom Center, and top-notch museums, Oklahoma City has plenty to offer. One more thing the locals can now enjoy is an improved mobile experience, especially those in the Capitol Hill neighborhood.

Utilizing our Crowd SiteIntel platform, where we visualize and analyze trillions of crowdsourced data points, we noted multiple new T-Mobile Cell IDs appearing in Capitol Hill beginning in early 2021 (indicated by red circles on the map below). We then compared mobile signal readings from June through November 2020 to mobile signal readings from June through November 2021. Here’s what we found:

This image shows our 2020 signal strength readings. Notice that the majority of readings are in the fair dBm range (yellow) or poor/fringe dBm range (red), with only a handful of excellent (green) signals appearing in the center area of the map.

In the 2021 image, you’ll note that the majority of signal readings are now excellent or fair, with significantly fewer poor/fringe coverage signals.

From the beginning of the study until the end, the number of excellent signals increased from 14.15% to an impressive 68.39%. Additionally, the number of poor signals decreased from 20.96% to only 0.53%, while the number of no signals decreased from 1.47% to 0.41%.

Improving the mobile experience for everyone is what we’re all about at M2Catalyst, so when we see mobile network operators making a difference and providing users with better mobile experiences, we have to tip our hats to them. Way to go T-Mobile!

Which area and operator will we be highlighting in our next before and after case study? Stay tuned and you’ll find out!

Download the FREE Mobile Signal Finder app today to anonymously contribute network performance data in your area!

Click here to get it on Android.

Click here to get it on iOS.

For a B2B demo of our analytics & visualization platform, please contact info@m2catalyst.com

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

South American Cities: Mobile Experience Competition

jshorter@m2catalyst.com (Joshua Shorter) — Thu, 28 Mar 2024 22:30:31 GMT

This week’s Mobile Experience Competition takes us to South America for a comparison of Argentina, Brazil, Colombia, and Peru’s most populous cities. In this comparison we will be focusing on readings detected in the fringe coverage and no signal ranges to see which city has the greatest need for network improvements.

Utilizing our Crowd SiteIntel platform, where we visualize and analyze trillions of crowdsourced data points, we examined a total of over 566 million network performance readings from the top 4 mobile network operators in each city. A 15-kilometer radius area including each city’s center was analyzed for this study.

Here’s what we found when comparing the signal strength readings recorded in each city.

Here’s a map of where each city’s fringe coverage and no signal readings were recorded. Darker areas are representative of multiple readings from the same location.

So how did these large South American cities perform?

Bogota had the highest percentage of excellent signal strength readings, whereas São Paulo had the lowest.
Buenos Aires and São Paulo show the largest percentage of fringe and no signal readings with users experiencing dropped calls or slow performance over 7% of the time.
Buenos Aires’ poor performance readings are more heavily concentrated within the downtown area.
São Paulo’s poor performance readings are widely dispersed throughout the 15-km radius analysis area.
Mobile network users in Bogota experienced poor performance the least, with less than 4% of the readings recorded being in the fringe or no signal dBm ranges.

This week’s Mobile Experience Competition focuses on the city most in need of mobile network improvements. Based on the combination of how often and where users are experiencing fringe and no signal coverage, the city most in need of improvements is...

Sao Paola, Brazi

São Paulo’s customers experienced the greatest percentage of no signal readings over the largest area of all the cities analyzed.

We hope you enjoyed this week’s article. Stay tuned for next week’s battle!

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Battle for Best Mobile Experience: Comparing Ten of Europe's Largest Cities

jshorter@m2catalyst.com (Joshua Shorter) — Thu, 28 Mar 2024 21:55:00 GMT

This week’s Battle for Best Mobile Experience takes us to Europe for a comparison of 10 of its largest cities.

As in previous comparisons, we’re going to be examining the following:

In which cities would you most likely find a strong signal?
In which cities would you most likely drop a call or have difficulty sending/receiving texts?
In which cities would you most likely receive no signal?

Utilizing our Crowd SiteIntel platform, where we visualize and analyze trillions of crowdsourced data points, we examined a total of over 466 million network performance readings by analyzing a 5-mile radius from each city’s center. Here’s what we found:

We hope you enjoyed this week’s Battle for Best Mobile Experience article. Stay tuned for next week’s battle!

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

A Look Inside America's Digital Divide: Niles, Michigan & South Bend, Indiana

jshorter@m2catalyst.com (Joshua Shorter) — Thu, 28 Mar 2024 17:56:44 GMT

When we looked into the mobile experience of each city to find indicators of a digital divide, we saw that Niles, Michigan had an average of 90% poor or no signal readings while South Bend, Indiana had an average of just 28%.

The distance between these two cities is only 10 miles (16 kilometers) but in Niles, Michigan there are 3X more poor signals (as a percentage of total signals) than there are in South Bend, Indiana.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

A Look Inside America's Digital Divide: Washington, VA & Washington, DC

jshorter@m2catalyst.com (Joshua Shorter) — Thu, 28 Mar 2024 16:49:20 GMT

When we looked into the mobile experience of each city to find indicators of a digital divide, we saw that Washington, DC had an average of 40% poor or no signal readings while Washington, VA, had an average of 71%.

If we look solely at the percentage of no signal readings in both cities, we see that in Washington, VA there is an average of 10% no signal readings while it's only 1% in Washington, DC. The likelihood of having no signal is 10X higher in Washington, VA than it is in Washington, DC.

The distance between these two cities is only 69 miles (111 kilometers) but in Washington, VA there are almost 2X more poor signals (as a percentage of total signals) than there are in Washington, DC.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

A Look Inside Australia’s Digital Divide: West End Brisbane, QLD & Bell Bowrie, QLD

jshorter@m2catalyst.com (Joshua Shorter) — Wed, 27 Mar 2024 23:19:16 GMT

When we looked into the mobile experience of each city to find indicators of a digital divide, we saw that Bell Bowrie had an average of 78% poor and no signal readings while West End Brisbane has an average of just 20%.

The distance between these two cities is only 13 Miles (21 Kilometers) but in Bell Bowrie, QLD there are 3X more poor and no signals than there are in West End, QLD.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Part 1: An M2Catalyst Study of 3 U.S. Cities

jshorter@m2catalyst.com (Joshua Shorter) — Wed, 27 Mar 2024 21:21:44 GMT

The analysis in this study was performed using Crowd SiteIntel. Click here to request a demo.

According to the ITU, there are 2.9 Billion unconnected or under-connected people across the world. At M2Catalyst, our aim is to identify exactly where they are in urban, rural, and remote areas.

Access to mobile broadband is viewed by governments, the telecom industry, corporations, educational entities, and citizens alike as critical for the progress of humanity. Can children excel academically without adequate access to mobile broadband? Can adults work remotely and maintain their jobs without it? Can citizens take advantage of the many health services that are offered via the web without it? The answer in each case is a resounding “No, they cannot.” Hence, the necessity (and urgency) to bridge the digital divide.

In the previous M2Catalyst Digital Divide Studies , we analyzed the rural and agricultural regions of the world and identified tens of millions of locations (down to 1 square KM areas) where people are unconnected or under-connected. In this new Urban Digital Divide study, we will focus on city centers around the world where disadvantaged citizens have either no access or very limited access to mobile broadband.

The U.S. Urban Digital Divide: 3 Cities

The M2Catalyst Urban Digital Divide Global Study begins with the analysis of three US cities, Arlington, TX, Miami, FL, and Detroit, MI. We analyzed the mobile network performance in disadvantaged neighborhoods versus the wealthier areas in each city. Focusing solely on 4G and 5G signal strength, we found in each of these cities, as demonstrated in the three below screenshots, a great disparity between the Quality of Service for the economic haves (3, 4 or 5 bars) and the economic have-nots (one bar or no service).

Arlington, TX

Miami, FL

Detroit, MI

Thus, even though mobile network operators have invested enormous amounts of money and have done an admirable job in rolling out 4G and 5G, much work still needs to be done to achieve Quality of Service parity between the rich and poor within U.S. urban environments.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Part 2: Johannesburg and Ankara

jshorter@m2catalyst.com (Joshua Shorter) — Wed, 27 Mar 2024 20:59:41 GMT

The analysis in this study was performed using Crowd SiteIntel. Click here to request a demo.

According to the ITU, there are 2.9 Billion unconnected or under-connected people across the world. At M2Catalyst, our aim is to identify exactly where they are in urban, rural, and remote areas.

The Urban Digital Divide: 2 International Cities

The M2Catalyst Urban Digital Divide Global Study begins with the analysis of two areas in the Ankara, Turkey metropolitan area; comparing Sincan and Downtown Ankara. The study concludes with the analysis of two areas in the Johannesburg, South Africa metropolitan area; comparing Soweto and Sandton. We analyzed the mobile network performance in disadvantaged neighborhoods versus the wealthier areas in each city. Focusing solely on 4G and 5G signal strength, we found in each of these areas, as demonstrated in the screenshots below, a great disparity between the Quality of Service for the economic haves (3, 4 or 5 bars) and the economic have-nots (one bar or no service).

Ankara, Turkey

Sincan's chart and map indicate a high need for network improvements.

Downtown Ankara's chart and map indicate a low need for network improvements.

Johannesburg, South Africa

Soweto's chart and map indicate a high need for network improvements while Sandton shows a low need for them.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Part 3: St. Albans & East Melbourne (Australia)

jshorter@m2catalyst.com (Joshua Shorter) — Tue, 26 Mar 2024 16:16:20 GMT

The analysis in this study was performed using Crowd SiteIntel. Click here to request a demo.

According to the ITU, there are 2.9 Billion unconnected or under-connected people across the world. At M2Catalyst, our aim is to identify exactly where they are in urban, rural, and remote areas.

The Urban Digital Divide: St. Albans & East Melbourne (Melbourne, Australia)

This M2Catalyst Urban Digital Divide Global Study compares the mobile network performance in a wealthy area (East Melbourne) of Melbourne, Australia to a disadvantaged area (St. Albans) in the same city. Focusing solely on 4G and 5G signal strength, we found, as demonstrated in the screenshots below, a great disparity between the Quality of Service for the economic haves (3, 4 or 5 bars) and the economic have-nots (one bar or no service).

Sao Paolo, Brazil

North St. Albans chart and map indicate a high need for network improvements while East Melbourne shows a low need for them.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Part 4: Bridging the Urban Digital Divide: Sao Paolo & Rio De Janeiro (Brazil)

jshorter@m2catalyst.com (Joshua Shorter) — Mon, 25 Mar 2024 23:38:10 GMT

The analysis in this study was performed using Crowd SiteIntel. Click here to request a demo.

According to the ITU, there are 2.9 Billion unconnected or under-connected people across the world. At M2Catalyst, our aim is to identify exactly where they are in urban, rural, and remote areas.

The Urban Digital Divide: 2 Major Brazilian Cities

The M2Catalyst Urban Digital Divide Global Study begins with the analysis of areas within 2 major cities in Brazil. The first is in Sao Paolo; comparing Heliopolis and South Central. The second area in this study concludes with the analysis of two areas in the Rio De Janeiro metropolitan area; comparing Rocinha and Leblon. We analyzed the mobile network performance in disadvantaged neighborhoods versus the wealthier areas in each city. Focusing solely on 4G and 5G signal strength, we found in each of these areas, as demonstrated in the screenshots below, a great disparity between the Quality of Service for the economic haves (3, 4 or 5 bars) and the economic have-nots (one bar or no service).

Sao Paolo, Brazil

The Heliopolis chart and map indicate a high need for network improvements while South Central shows a low need for them.

Rio De Janeiro, Brazil

The Rocinha chart and map indicate a high need for network improvements while Leblon shows a low need for them.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Part 6: Bridging the Urban Digital Divide: Old Montreal and West Kirkland (Montreal, Canada)

jshorter@m2catalyst.com (Joshua Shorter) — Mon, 25 Mar 2024 22:35:38 GMT

The analysis in this study was performed using Crowd SiteIntel. Click here to request a demo.

According to the ITU, there are 2.9 Billion unconnected or under-connected people across the world. At M2Catalyst, our aim is to identify exactly where they are in urban, rural, and remote areas.

The Urban Digital Divide: Old Montreal and West Kirkland of Montreal (Quebec, Canada)

This M2Catalyst Urban Digital Divide Global Study provides a comparison of mobile network performance between two areas within the Canadian Province of Quebec. Old Montreal is quite affluent and very popular, while West Kirkland has historically been a low-income neighborhood. Focusing solely on 4G and 5G signal strength, we found, as demonstrated in the screenshots below, a great disparity between the Quality of Service for the economic haves (3, 4 or 5 bars) and the economic have-nots (one bar or no service).

The West Kirkland chart and map indicate a high need for network improvements while Old Montreal shows a low need for them.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

M2Catalyst and ANATEL Brazil Announce A New Collaboration to Bridge the Digital Divide and Enhance Brazilian Mobile Networks

jshorter@m2catalyst.com (Joshua Shorter) — Mon, 18 Mar 2024 17:26:42 GMT

FOR IMMEDIATE RELEASE

ALISO VIEJO, Calif., March 18, 2024 (Newswire.com) - M2Catalyst, a leading provider of mobile network analytics solutions, is honored to announce a strategic collaboration with ANATEL Brazil, the National Telecommunications Agency, aimed at addressing the digital divide in Brazil and enhancing the country's mobile networks.

In today's fast-paced digital landscape, ensuring universal access to technology is paramount. Recognizing this, the new collaboration between M2Catalyst and ANATEL Brazil will help to narrow the digital gap and enhance mobile network connectivity across Brazil.

"Our collaboration with ANATEL Brazil signifies a significant milestone in our mission to improve the mobile experience for all," said Michael Brough, CEO of M2Catalyst. "By leveraging our experience in mobile network analytics and ANATEL Brazil's regulatory expertise, we are poised to make substantial strides in connecting underserved communities and fostering greater accessibility to mobile broadband."

M2Catalyst and ANATEL Brazil invite telecom industry thought leaders, decision-makers, and mobile network operators to join them in this journey towards a more connected and equitable future.

About M2Catalyst:

M2Catalyst is a leading provider of mobile network analytics solutions, empowering telecom industry decision-makers with actionable insights to optimize mobile connectivity and bridge the digital divide. With a commitment to improve the mobile experience for all, M2Catalyst is at the forefront of advancing the understanding of mobile networks glo bally. For more information about M2Catalyst solutions and reports, please visit the M2Catalyst website at www.m2catalyst.com.

About ANATEL:

ANATEL is the regulatory agency responsible for overseeing and regulating telecommunications services in Brazil. Established in 1997, it is an autonomous agency and operates linked to the Brazilian Ministry of Communications. ANATEL's role includes issuing licenses, setting regulations, promoting competition, and ensuring compliance with standards and quality of service in the telecommunications sector.

Media Contact:

Joshua Shorter

Director of Marketing and Communications

M2Catalyst

702.728.0089

Email: jshorter@m2catalyst.com

From 1G to 5G and Beyond: A Mobile Journey Through Time

Tue, 31 Oct 2023 06:24:00 GMT

The world of mobile communication is one of the most rapidly evolving industries in our digital age. The shift from the rudimentary 1G to the sophisticated 5G is not just a tale of technology's advancement, but of human ingenuity, relentless ambition, and our innate desire to communicate more efficiently. Let’s embark on this journey from the past to the present and catch a glimpse of the future.

1. 1G (First Generation)

Introduced in the early 1980s, 1G represents the genesis of mobile communications. It was an analog system, providing basic voice services. But its significance was monumental. For the first time, people could communicate on the go. The era of brick-sized phones had begun, marking a pivotal moment in our communication history.

2. 2G (Second Generation)

Emerging in the early 1990s, 2G brought a digital revolution. This was not merely about voice anymore; it introduced the world to the magic of SMS (Short Message Service), or texting. The efficiency of digital signals made communication clearer, more secure, and introduced the possibility of international roaming.

3. 3G (Third Generation)

The early 2000s saw the dawn of 3G. With faster data transfer rates, internet browsing on mobile became a reality. Multimedia services like video calling and mobile TV were introduced. Our phones began their evolution from mere communication devices to smart tools that could bring the world to our fingertips.

4. 4G (Fourth Generation)

By the 2010s, 4G had taken the stage, promising – and delivering – even higher data speeds. Streaming videos, online gaming, and high-definition video calls became seamless. Mobile apps proliferated, and the smartphone became a pivotal part of our daily lives. With 4G, the line between a computer and a phone blurred.

The introduction of 4G was more than just a tech upgrade; it changed the way we live and interact with the world. Imagine a time when waiting for web pages to load was the norm. Then came 4G, and together with smartphones, it was like opening the floodgates. Suddenly, we all had fast, instant access to information, anytime and anywhere. This wasn’t just convenient; it transformed our daily lives. We could instantly video call a friend from another continent, find a recipe while grocery shopping, or even start a business from our phones. In short, 4G and smartphones made the world smaller and possibilities bigger, putting the world right in our pockets.

5. 5G (Fifth Generation)

Fast forward to the present, and 5G is the buzzword. Offering speeds up to 100 times faster than 4G, it promises to revolutionize not only mobile communication but various sectors like healthcare, automotive, and entertainment. With reduced latency, 5G facilitates real-time interactions, making technologies like augmented reality (AR) and virtual reality (VR) more immersive and reliable.

Fixed Wireless Access (FWA) is also rapidly emerging as a formidable contender in the internet service provision arena. Traditional legacy Internet Providers are finding themselves in direct competition with this technology as it carves out an increasing share of the market. One of the key drivers behind FWA's ascendance is its inherent compatibility with 5G networks. As 5G continues its global rollout and adoption, offering faster speeds and more reliable connections, the appeal of FWA is poised to soar even further. This shift indicates not just a change in technology, but potentially a paradigm shift in how consumers access the internet in the years to come.

What Lies Beyond?

The mobile tech horizon is vibrant, and as we look beyond 5G, we can see inklings of 6G crystallizing. Expected around 2030, 6G might introduce us to:

Terahertz Communications: Enabling data rates in the terabits-per-second, further enhancing real-time data sharing.

Advanced AI Integration: Making our devices not just tools but intelligent companions that understand and predict our needs.

Extended Reality (XR): A fusion of AR, VR, and mixed reality, XR could transform our interaction with the digital world.

Moreover, with the advent of technologies like Quantum computing and more advanced neural networks, the lines between the physical and digital world may further blur, creating a seamlessly interconnected global village.

According to IEEE, the world's largest technical professional organization dedicated to advancing technology for the benefit of humanity, “The case for 6G telecommunications has become more apparent than ever before. The generations of wireless cellular technology (or the Gs) have been incrementing every 10 years: 1G prior to 1990, 2G in 1990, 3G in 2000, 4G in 2010, and 5G in 2020. We expect 6G to roll out in 2030.”

In Conclusion

Our journey from 1G to 5G is not just a story of technological milestones but it's one of innovation, and the ever-present desire to connect. As consumers, we’ve been part of this incredible voyage, adapting, growing, and benefiting from each leap. As we stand on the cusp of further breakthroughs, one can only marvel at the possibilities the future holds. Whatever comes next, one thing remains certain: the journey of mobile communication is always evolving.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

M2Catalyst Delivers Mobile Experience Insights for the Women's FIFA World Cup 2023 Finals Matches

Wed, 09 Aug 2023 18:24:00 GMT

In today's world, where everyone is connected online, the standard of mobile service has become an essential factor defining the quality of the live-event experience. Today's tech-savvy spectators not only seek, but demand, seamless connectivity to share their experiences, access real-time data, and immerse themselves fully in the atmosphere of the event. Be it posting real-time updates on social media, watching replays on their smartphones, or even using apps to order food and beverages, reliable and high-speed mobile connectivity has become a non-negotiable aspect of attending a live event.

In light of this prevailing trend, M2Catalyst, a world-leading mobile network performance data and insights provider, has conducted a study of the mobile connectivity in the areas surrounding Sydney Olympic Park’s Accor Stadium. This iconic venue, which is slated to host the Women's FIFA World Cup 2023 semifinals and final, will soon become a convergence point for thousands of fans from around the globe. Understanding the importance of optimal mobile performance in enhancing the live-event experience, M2Catalyst is committed to improving the mobile experience for all while attending this event.

To accomplish this, M2Catalyst used its state-of-the-art tools and crowdsourced data to map out the mobile coverage in and around the Accor Stadium. The map reveals where mobile consumers will have their best and worst mobile experiences near the stadium where the FIFA World Cup semifinals and finals will take place.

Upon reviewing the areas around Sydney Olympic Park's Accor Stadium, the M2Catalyst team found that the signal strength, or Reference Signal Received Power (RSRP), was predominantly robust. The RSRP is what the bars on your mobile device indicate. However, in densely populated city regions, particularly in close proximity to gathering places like the Accor Stadium, the quality of the signal could potentially disrupt the mobile user experience. This means that even though your phone might show full bars (denoting strong signal strength), you may encounter difficulties with things like streaming a video or initiating a WhatsApp call. Such issues can arise due to poor Signal Quality, technically termed as Reference Signal Received Quality (RSRQ).This denotes the level of interference and potential capacity issues brought about by dense crowds in a particular area. The M2Catalyst map provided below illustrates this RSRQ.

It's worth noting that the Accor Stadium itself boasts not only robust signal strength but also excellent signal quality. This combination creates conditions where a seamless mobile experience for consumers in the stadium is highly likely. Conversely, areas slightly west of the stadium, particularly in the car park, seem to suffer from a compromised mobile experience due to poor signal quality.

Looking at the broader vicinity around the Accor Stadium, you'll observe six zones delineated by circles with green diamonds within the search ring, representing locations with suitable mobile connectivity, and seven circles with red diamonds within the search ring, signifying regions with subpar signal quality. The subpar signal quality in the red zones is severe enough to cause potential disruptions to the mobile user experience.

Coverage ranges from poor to excellent with red representing poor coverage and green excellent.

The coverage map shown in the image above was generated using Crowd SiteIntel .

How can you optimize your mobile experience while attending this event? Here are four tips:

Navigate Reliable Mobile Connectivity:

Leverage the M2Catalyst map to spot areas tagged as excellent mobile zones (indicated by green signal readings). These regions signify places where you can anticipate speedy and dependable network coverage. These zones should be your priority when selecting accommodations, eateries, and organizing other activities around the FIFA World Cup.

Schedule Your Digital Engagements:

With the reliable mobile zones identified, it's time to arrange your digital activities. Be it sharing thrilling match highlights on social platforms, streaming live games, or staying in touch with loved ones, being within these areas with strong mobile networks help to achieve an uninterrupted digital experience.

Recognize Potentially Disruptive Zones:

In addition to focusing on zones with strong mobile connectivity, it's equally crucial to be cognizant of areas with potentially weaker network coverage (signified by yellow, red and gray signal readings). Having this understanding allows you to temper your expectations and modify your plans as needed. To avoid unexpected disruptions, download crucial information beforehand and take advantage of offline functionalities available in numerous mobile applications, such as schedules of matches and maps.

Explore Alternate Connectivity Solutions:

Should you find yourself in a zone with subpar mobile signal, don't hesitate to seek out alternative connectivity options. Keep an eye out for public Wi-Fi hotspots, or cafes and other venues that provide dependable internet connectivity. These alternatives can provide a short-term solution when you need access to certain online services.

In conclusion, while the joy of attending a live event like the Women's FIFA World Cup 2023 is unparalleled, the modern spectator's experience is heavily intertwined with the quality of mobile connectivity. Understanding where the best and worst mobile experiences lie will help spectators make the most of their experience at the event, while also shedding light on the areas that need improvement in mobile infrastructure.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Revealing the Best and Worst Mobile Experiences at East Coast Beaches in the U.S.

Thu, 20 Jul 2023 20:11:00 GMT

As summer is now upon us, beach enthusiasts are eagerly planning their coastal getaways, seeking sun, sand, and relaxation. In today's digital age, staying connected is a vital part of our lives, even during vacations. Understanding the importance of a seamless mobile experience, M2Catalyst, a renowned consumer mobile experience reporting company, has conducted an extensive study to determine which popular East Coast beaches in the United States offer the best and worst mobile experiences. Let's delve into the beaches included in this study.

To provide a visual representation of the mobile experience at each beach, we generated screenshots using our data visualization platform, Crowd SiteIntel, a powerful platform capable of analyzing mobile network performance readings for more than 1,000 potential sites per hour.

When looking at each map, you’ll be able to see signal readings and coverage based on the color key below.

Virginia Beach, Virginia

Stretching along the Atlantic Ocean, Virginia Beach offers a blend of natural beauty and recreational activities. M2Catalyst's coverage map examines the mobile experience at this coastal gem, so that visitors can understand where reliable connectivity is in order to share their beachside adventures with family and friends.

Outer Banks, North Carolina

Renowned for its pristine beaches and scenic landscapes, the Outer Banks attracts nature lovers and water sports enthusiasts alike. M2Catalyst's study investigates the mobile connectivity in the "Kitty Hawk" area of this coastal stretch, identifying where visitors have the greatest and least chance of staying connected while exploring the beauty of this barrier island destination.

Myrtle Beach, South Carolina

As one of the East Coast's most popular beach destinations, Myrtle Beach offers a wide range of entertainment options, including shopping, dining, and amusement parks. M2Catalyst's research explores the mobile experience at this bustling seaside city, so that visitors can document their beachside fun without any connectivity hiccups.

Folly Beach, South Carolina

Situated near Charleston, South Carolina, Folly Beach is known for its laid-back atmosphere and pristine shoreline. M2Catalyst's study evaluates the mobile connectivity at this charming coastal town, allowing visitors to stay connected while basking in the natural beauty and tranquility of Folly Beach.

Hampton Beach, New Hampshire

Nestled in New Hampshire, Hampton Beach offers a family-friendly atmosphere and a vibrant boardwalk. M2Catalyst's analysis provides insights into the mobile experience at this New England gem, helping visitors identify where they can capture precious memories and share their beach adventures effortlessly.

Bethany Beach, Delaware

Situated on the Delaware coastline, Bethany Beach offers a relaxed atmosphere and a tranquil escape. M2Catalyst's coverage map presents the mobile experience at this serene beach town, so visitors can enjoy uninterrupted connectivity while immersing themselves in the idyllic coastal surroundings.

Cape Cod, Massachusetts

Famous for its charming coastal towns, lighthouses, and seafood delicacies, Cape Cod attracts visitors seeking a quintessential New England beach experience. M2Catalyst's study evaluates the mobile connectivity at this iconic Massachusetts destination, revealing where beachgoers can stay connected while exploring the scenic beauty and rich history of the Cape.

Cape May, New Jersey

Situated on the southern tip of New Jersey, Cape May offers Victorian charm, beautiful beaches, and a vibrant downtown area. The M2Catalyst coverage map gives a clear view of the mobile experience at this historic seaside town, ensuring visitors can document their beach vacations and explore the local attractions with reliable connectivity.

Atlantic City, New Jersey

Known for its vibrant nightlife, Atlantic City offers a bustling boardwalk. Our coverage map helps visitors see where they can enjoy seamless high-definition coverage, ensuring they can share their exciting casino experiences and picturesque beach moments with friends and family in real-time.

Long Beach Island, New Jersey

Long Beach Island offers a serene escape from the hustle and bustle of everyday life. While immersing themselves in the island's tranquility, travelers can leverage the M2Catalyst map and understand where to stay connected with reliable standard-definition coverage, allowing them to keep in touch and share their relaxation-filled journey.

East Hampton and Montauk, New York

Nestled on the eastern tip of Long Island, East Hampton and Montauk boast a coastal charm that lures nature enthusiasts and surfers alike. Throughout their exploration of sandy beaches and breathtaking cliffs, visitors can count on the M2Catalyst map to find spots with excellent coverage, ensuring their online experiences remain smooth and uninterrupted.

The significance of this study cannot be overstated in today's world, where mobile devices are indispensable to billions of people. High-quality mobile connectivity in public spaces is vital, allowing seamless real-time uploads, easy access to emails and social media, and uninterrupted streaming of favorite shows while enjoying the serenity of beaches. Armed with the study's results, city officials and managers of public spaces gain valuable data to enhance the mobile experience for visitors, fostering better connectivity and enabling people to stay connected while immersing themselves in the beauty of nature.

Let the battle for the ultimate beach destination begin! Will Virginia Beach's pristine shores reign supreme, or will the allure of Myrtle Beach sweep us off our feet? Let's take a closer look at the signal readings and coverage area percentages for each beach, accompanied by their unique charms, to determine their well-deserved rankings.

To evaluate the quality of the mobile experience, we combined excellent and fair for both signal readings and coverage area. We also combined poor and no signal for both signal readings and coverage area. Here’s how the beaches performed.

Our Analysis

Looking at the table, we can see that the percentage of mobile consumers who experience excellent or fair signal readings varies widely across the different beaches. For example, Virginia Beach, Cape May, Folly Beach, and Myrtle Beach all have (60%) or higher percentages of excellent or fair signal readings, while Atlantic City is the only beach with 90% or higher, all while Hampton Beach and Outer Banks have 26% or less mobile consumers experiencing excellent or fair signal readings.

This is an indicator that mobile consumers at the first set of beaches mentioned would be more likely to have a positive mobile experience while enjoying the beach while the others would likely have a difficult time staying connected.

Final Rankings

In summary, there is significant variation between beaches in terms of signal reception and coverage, with some beaches providing excellent signal readings and coverage, while others offer poorer performance.

So how did the beaches rank? We organized a list that ranks the beaches from best mobile experience to worst to see who had the highest % of excellent/fair readings and coverage area.

Note: The ranking is based solely on the data provided and does not take into account other factors that may affect the overall quality of the parks.

In conclusion, M2Catalyst's study of these popular east coast beaches is a fascinating initiative that will help us to appreciate these beaches in a new light. By evaluating the mobile connectivity of different beaches, the study will provide valuable insights into how the mobile experience can be improved for visitors, promoting the importance of high-quality mobile connectivity in public spaces. So, next time you visit your favorite beach, keep your mobile experience top of mind while you enjoy your favorite activities!

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Unleashing Your Best Mobile Experience at the Tour de France: A Practical Guide for Attendees

Fri, 30 Jun 2023 22:48:00 GMT

As the world-renowned Tour de France approaches, cycling enthusiasts and spectators from all corners of the globe are preparing to witness the exhilarating race firsthand. While immersing yourself in the excitement of the event, it's essential not to overlook the quality of your mobile experience. Thanks to M2Catalyst, you can now utilize a map to identify key areas along the race route where you can expect a strong mobile connection versus weaker signals. This guide aims to help you optimize your mobile experience during your time at the Tour de France.

The Importance of Reliable Mobile Connectivity:

In today's digital age, reliable and fast mobile connectivity has become indispensable. Attending the Tour de France presents unique opportunities to capture unforgettable moments, share updates on social media, access real-time race information, and stay connected with fellow fans. A robust mobile experience enhances your overall enjoyment and ensures you don't miss a single highlight.

Leveraging M2Catalyst's Map:

M2Catalyst, a leading provider of mobile network insights, offers an invaluable map specifically designed to assist Tour de France attendees. By utilizing this resource, you can plan your activities and make informed decisions regarding mobile usage during each stage.

Starting Location

Coverage ranges from poor to excellent with red representing poor coverage and green excellent.

The coverage map shown in the image above was generated using Crowd SiteIntel .

Ending Location

Identifying Strong Mobile Zones:

Consulting M2Catalyst's map, focus on the stages you plan to attend. Look for areas marked as having a good mobile experience. These zones indicate locations where you are likely to enjoy reliable and fast network connectivity. Prioritize these areas when choosing your accommodations, viewing spots, and other activities along the race route.

Planning Mobile Activities:

Once you have identified the strong mobile zones, plan your mobile activities accordingly. Whether you aim to capture stunning race photos and videos, share real-time updates on social media, or access live race coverage, being within areas of reliable mobile network coverage ensures a seamless experience. Use this advantage to stay connected and fully engage with the Tour de France atmosphere.

Being Mindful of Weaker Mobile Areas:

While focusing on strong mobile zones, it is equally important to be aware of areas with weaker mobile connectivity along the race route. Acknowledging these spots allows you to manage your expectations and make suitable arrangements. Consider downloading essential information, such as race schedules, offline maps, and race updates, to ensure uninterrupted access even in areas with weaker signals.

Seeking Alternative Connectivity:

If you find yourself in an area with weaker mobile signals, explore alternative connectivity options. Look for Wi-Fi hotspots, cafes, or venues offering reliable internet access. These alternatives can serve as temporary solutions, allowing you to access specific online services and stay connected when necessary.

Conclusion:

As you prepare to witness the thrilling Tour de France, remember to optimize your mobile connectivity for an unforgettable experience. By ensuring a seamless mobile experience, you can fully immerse yourself in the excitement of the Tour de France while staying connected with fellow fans and capturing every memorable moment.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Maximizing Your Mobile Experience at Wimbledon 2023: A Guide for London Visitors

Thu, 29 Jun 2023 16:46:00 GMT

As the highly anticipated Wimbledon 2023 event approaches, tennis enthusiasts and visitors from around the world will flock to London to witness the excitement firsthand. While indulging in the thrill of the matches, it's important not to overlook the quality of your mobile experience. Thanks to M2Catalyst, you can now leverage a map that identifies areas in London where you can expect a strong mobile connection and areas where it may be weaker. This guide aims to help you make the most of your mobile experience during your time at Wimbledon.

Understanding the Importance of a Strong Mobile Experience:

In today's connected world, a reliable and fast mobile network is crucial, especially when attending major events like Wimbledon. From accessing real-time match updates and capturing memorable moments to staying connected with fellow tennis enthusiasts, a robust mobile experience enhances your overall enjoyment and convenience.

Leveraging the M2Catalyst Map:

M2Catalyst, a leading provider of mobile network insights, has developed a comprehensive map that highlights areas in London with varying levels of mobile connectivity. By consulting this map, you can make informed decisions about where to expect a strong signal and plan your activities accordingly. Here is the map we’ve prepared for you.

Coverage ranges from poor to excellent with red representing poor coverage and green excellent.

The coverage map shown in the image above was generated using Crowd SiteIntel .

Identifying Strong Mobile Zones:

Using the M2Catalyst map, look for areas marked as having a good mobile experience (green signal readings). These zones indicate locations where you are likely to enjoy fast and reliable network connectivity. Prioritize these areas when choosing your accommodations, dining spots, and other activities around Wimbledon.

Planning Your Digital Activities:

Once you have identified the strong mobile zones, plan your digital activities accordingly. Whether you want to share exciting match moments on social media, stream live matches, or stay connected with friends and family, being in areas with a reliable mobile network ensures a seamless experience.

Being Aware of Weaker Mobile Areas:

While it's essential to focus on strong mobile zones, it's also important to be aware of areas with weaker mobile connectivity (yellow, red and gray signal readings). This awareness helps you manage your expectations and adjust your plans accordingly. Prepare ahead of time by downloading important information and making use of offline features available on various mobile apps, such as match schedules and maps, to avoid any inconvenience in areas with weaker signals.

Seeking Connectivity Alternatives:

If you find yourself in an area with a weaker mobile signal, explore alternative options for connectivity. Look for public Wi-Fi hotspots, cafes, or other venues that offer reliable internet access. These alternatives can provide temporary relief if you need to access specific online services.

Conclusion:

As you embark on your Wimbledon experience in London, don't overlook the importance of optimizing your mobile connectivity. With the assistance of M2Catalyst's map, you can identify areas with strong mobile coverage and plan your activities accordingly. Remember to stay informed about weaker mobile areas and make use of offline features and connectivity alternatives when necessary. By ensuring a seamless and reliable mobile experience, you can fully immerse yourself in the excitement of Wimbledon while staying connected with the digital world.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

The Key to Your Best Mobile Experience at the NBA Draft

Thu, 22 Jun 2023 22:35:00 GMT

Introduction:

As the time arrives for one the NBA’s most anticipated events of the year, and as enthusiasts flock to Brooklyn to witness the excitement firsthand, it is crucial for mobile consumers to have a reliable and seamless mobile experience throughout their stay. Whether you're capturing unforgettable moments, staying connected with friends, or accessing important information, a strong mobile experience is essential. Fortunately, M2Catalyst, a leading provider of mobile network performance data, has come to the rescue with their coverage map, helping you identify areas with excellent mobile coverage and areas where signal strength may be lacking.

Why Mobile Experience Matters:

In today's digital age, mobile devices have become an indispensable tool for staying connected, accessing information, and capturing memories on the go. When attending major events like the NBA Draft, having a great mobile experience becomes even more important. From sharing photos and videos on social media platforms to checking live updates, navigating maps, and communicating with fellow fans, a reliable mobile network enhances the overall event experience.

Enter M2Catalyst's Coverage Map:

M2Catalyst, renowned for its innovative mobile network performance analytics, has recognized the significance of seamless mobile connectivity during major events. We have developed a comprehensive coverage map that covers the area near the Barclays Center in Brooklyn, allowing mobile consumers to identify areas with strong mobile coverage and areas where connectivity might be limited.

By leveraging the latest data analysis techniques, M2Catalyst has created a user-friendly map that displays color-coded areas indicating the quality of mobile coverage. The map takes into account factors such as signal strength, network congestion, and data speeds, providing users with valuable insights into the mobile experience they can expect in different parts of Brooklyn

Coverage ranges from poor to excellent with red representing poor coverage and green excellent.

The coverage map shown in the image above was generated using Crowd SiteIntel .

Benefits of Using the Coverage Map:

1. Enhanced Planning: The coverage map empowers mobile consumers to plan their NBA experience effectively. By identifying areas with good mobile coverage, users can prioritize their activities and ensure they stay connected during critical moments of the game.

2. Efficient Communication: Staying in touch with fellow fans, friends, or family members becomes effortless when you know which areas have reliable mobile coverage. The map helps you avoid dead zones and ensures you can easily connect with others, share updates, and coordinate meetups.

3. Seamless Social Media Sharing: We all love sharing our favorite experiences on social media, and attending an NBA event is no exception. With the coverage map, you can pinpoint areas with excellent coverage, allowing you to capture and share thrilling moments with minimal interruptions.

4. Hassle-free Navigation: Exploring Brooklyn, finding nearby amenities, and locating the best dining spots becomes much easier with reliable mobile connectivity. By referring to the coverage map, you can ensure you're always connected to navigation apps and travel resources, making your stay stress-free and enjoyable.

Conclusion:

As you gear up for the NBA event in Brooklyn, don't overlook the importance of a seamless mobile experience. Thanks to M2Catalyst's coverage map, you can make informed decisions about your mobile usage and ensure you stay connected throughout the event. By identifying areas with strong mobile coverage, you can optimize your NBA experience, share unforgettable moments, and make the most of your time in Brooklyn. So, keep the map handy, enjoy the event, and stay connected with ease!

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Champion Your Mobile Connection During the NBA Finals

Mon, 12 Jun 2023 16:59:00 GMT

Introduction:

As the highly anticipated NBA Finals inch closer to their culmination, basketball enthusiasts across the country are eagerly preparing for an unforgettable showdown. Whether you find yourself in the vibrant city of Denver or the sun-soaked streets of Miami, it's crucial to stay connected and engaged with the game. To ensure a seamless mobile experience during the Finals, M2Catalyst, a leading mobile analytics company, has unveiled a comprehensive map highlighting areas with excellent and subpar mobile coverage.

Discovering Areas of Exceptional Mobile Coverage:

When exploring Denver or Miami, M2Catalyst's coverage map will lead you to areas where you can expect outstanding mobile coverage. These locations are ideal for seamless communication, browsing the internet, and staying connected with friends and family. Feel confident knowing that you can rely on your mobile devices to capture and share memorable moments as you revel in the excitement of the NBA Finals.

Navigating Potential Connectivity Challenges:

While Denver and Miami are vibrant cities, there may be specific areas where mobile coverage faces challenges. M2Catalyst's coverage map helps you identify these locations in advance, allowing you to plan accordingly. By being aware of potential connectivity issues, you can adjust your expectations, download essential content in advance, or explore alternative solutions such as utilizing Wi-Fi hotspots available in public spaces, cafes, or restaurants.

Mapping Mobile Coverage:

Thanks to M2Catalyst's commitment to enhancing mobile experiences, an interactive map has been provided that enables you to identify areas with reliable mobile coverage. By utilizing this map, you can plan your activities accordingly and enjoy uninterrupted connectivity when it matters most.

Denver Mobile Experience:

For those attending the NBA Finals in Denver, the M2Catalyst map will prove invaluable. Here’s a visual reference of the mobile experience you can expect to have in each part of Denver.

Coverage ranges from poor to excellent with red representing poor coverage and green excellent.

The coverage map shown in the image above was generated using Crowd SiteIntel .

Miami Mobile Experience:

If you're fortunate enough to be in the vibrant city of Miami for the NBA Finals, M2Catalyst's map will be your ultimate guide. Here’s a visual reference of the mobile experience you can expect to have in each part of Miami.

Maximize Your Mobile Experience:

To make the most of your mobile experience during the NBA Finals, consider the following tips:

Conclusion:

As the NBA Finals inch closer to their culmination, mobile consumers eagerly await an extraordinary display of basketball prowess. To fully immerse yourself in the experience and stay connected with fellow fans, M2Catalyst's map highlighting mobile coverage in Denver and Miami is your key to uninterrupted connectivity. Whether you're in the heart of the action or celebrating from a distance, rely on the map's insights to ensure a flawless mobile experience. Enjoy the Finals, and may the best team emerge victorious!

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Enhance Your Stanley Cup Finals Experience with Optimal Mobile Coverage

Fri, 09 Jun 2023 16:10:00 GMT

Introduction:

As the Stanley Cup Finals approach, passionate hockey fans from across the nation are gearing up for an unforgettable experience. Whether you find yourself in Las Vegas or the Sunrise, Florida area, staying connected through your mobile device is vital for live updates, sharing memorable moments, and connecting with fellow fans.

To ensure you have the best mobile experience during the Finals, M2Catalyst, a leading mobile analytics company, has provided an insightful coverage map, empowering mobile consumers to identify areas in Las Vegas or Sunrise, Florida with excellent mobile coverage and areas where signal strength may be weaker. Let's explore how you can optimize your mobile experience during the Stanley Cup Finals with the assistance of the M2Catalyst coverage map.

Las Vegas Mobile Experience:

For those attending the Stanley Cup Finals in Las Vegas, the M2Catalyst map will help you plan your journey accordingly, ensuring uninterrupted connectivity when it matters most. Known for its vibrant nightlife and electric atmosphere, The Las Vegas strip area generally provides great coverage. Here’s a visual reference of the mobile experience you can expect to have in Las Vegas near the tourist areas.

Coverage ranges from poor to excellent with red representing poor coverage and green excellent.

The coverage map shown in the image above was generated using Crowd SiteIntel .

Sunrise, Florida Mobile Experience:

If you find yourself in the Sunrise, Florida area to witness the Stanley Cup Finals, M2Catalyst's map will be an invaluable companion. This picturesque city in the heart of South Florida offers stunning beaches, lively entertainment, and much more. Navigate the city confidently, knowing which areas offer optimal coverage to share your excitement with friends and family in real time. Here’s a visual reference of the mobile experience you can expect to have near FLA Live Arena.

The coverage map shown in the image above was generated using Crowd SiteIntel .

Make the Most of Your Mobile Experience:

In addition to utilizing the coverage map, consider the following tips to enhance your mobile experience while tuning in for the Stanley Cup Finals:

Tip 1. Carry portable chargers: Ensure your mobile devices stay powered throughout the day by carrying portable chargers or power banks. This way, you can capture and share memorable moments without worrying about a drained battery.

Tip 2. Download offline maps and essential apps: Prior to your trip, download offline maps and essential apps that don't require an internet connection. This allows you to navigate Paris smoothly and access important information even when connectivity is limited.

Tip 3 . Leverage Wi-Fi hotspots: Take advantage of Wi-Fi hotspots available in public areas, cafes, or restaurants. Connecting to Wi-Fi can help conserve mobile data and provide faster internet access.

Conclusion:

The Stanley Cup Finals promise to be a thrilling experience for hockey enthusiasts, and with the help of M2Catalyst's map, you can ensure an exceptional mobile experience throughout the event. Stay connected, share your excitement, and celebrate the spirit of the game by leveraging the map's insights on mobile coverage in Las Vegas and the Sunrise, Florida area. Enjoy the Finals, and may the best team win!

Remember, hockey fans, when it comes to mobile coverage during the Stanley Cup Finals, M2Catalyst has you covered!

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Unlock Your Best Mobile Experience at the French Open

Tue, 23 May 2023 18:20:00 GMT

The French Open, whose official name is Roland-Garros (which also happens to be the name of the stadium where the tournament is played), stands proudly as one of the most esteemed and captivating tennis events in the world. Renowned for its rich history, passionate crowds, and unique clay court surface, the French Open holds a special place in the hearts of tennis enthusiasts worldwide. It represents a yearly pilgrimage, a chance to witness the drama, resilience, and artistry that tennis embodies. From the nail-biting five-set battles to the sheer joy of witnessing breakthrough performances, the tournament sparks a range of emotions among fans

As tennis enthusiasts prepare for the prestigious French Open in Paris, it's essential to ensure a seamless mobile experience during this exciting event. From staying connected with fellow fans to capturing and sharing unforgettable moments, reliable mobile coverage plays a crucial role. Fortunately, M2Catalyst has provided an insightful coverage map, empowering mobile consumers attending the French Open to identify areas in Paris with excellent mobile coverage and areas where signal strength may be weaker. Let's explore how you can optimize your mobile experience during this iconic tennis tournament with the assistance of M2Catalyst's coverage map.

Mapping Your Mobile Experience:

M2Catalyst, a leading provider of mobile coverage insights, has developed a valuable resource for mobile consumers such as you. Our coverage map serves as a reliable guide, helping you identify areas in Paris with exceptional mobile coverage and areas that may experience connectivity challenges. By utilizing this map, you can plan your activities and ensure you're always within reach of a strong mobile signal.

Coverage ranges from poor to excellent with red representing poor coverage and green excellent.

The coverage map shown in the image above was generated using Crowd SiteIntel .

Navigating Connectivity Challenges:

Given the vibrant nature of Paris, certain areas may pose connectivity challenges due to high demand or other factors. M2Catalyst's coverage map will help you identify these locations in advance, allowing you to plan accordingly. By being aware of potential connectivity issues, you can make informed decisions, download essential content in advance, or take advantage of Wi-Fi hotspots available in public spaces, cafes, or restaurants to stay connected when necessary.

Tips for an Optimal Mobile Experience:

In addition to utilizing the coverage map, consider the following tips to enhance your mobile experience while attending the French Open in Paris:

Tip 1. Carry portable chargers: Ensure your mobile devices stay powered throughout the day by carrying portable chargers or power banks. This way, you can capture and share memorable moments without worrying about a drained battery.

Tip 2. Download offline maps and essential apps : Prior to your trip, download offline maps and essential apps that don't require an internet connection. This allows you to navigate Paris smoothly and access important information even when connectivity is limited.

Tip 3. Leverage Wi-Fi hotspots: Take advantage of Wi-Fi hotspots available in public areas, cafes, or restaurants. Connecting to Wi-Fi can help conserve mobile data and provide faster internet access.

What’s the Mobile Experience Like at Stade Roland Garros?

For those attending the French Open and who will be present at Stade Roland Garros, we’ve provided a map showing signal data from last year’s event to give you the best sense of what the mobile experience may be like this year within various parts of the Speedway. According to the map, we can see that the mobile experience in the stadium shows mostly excellent and fair signals. However, there are a few locations where connectivity could be spotty.

The coverage map shown in the image above was generated using Crowd SiteIntel .

Which carrier offered the best mobile experience last year?

If we look at the chart above to the right, we can see that

Based on last year’s results, Buoygues provided the best mobile experience to consumers at Stade Roland Garros during the French Open. Which carrier will offer the best mobile experience this year? Please stay tuned for our post-event analysis.

Conclusion:

As you immerse yourself in the thrilling atmosphere of the French Open in Paris, M2Catalyst's coverage map equips you with valuable insights to optimize your mobile experience. By identifying areas of excellent coverage and planning for potential challenges, you'll enjoy uninterrupted connectivity, capture memorable tennis moments, and stay connected with fellow fans throughout the tournament. Embrace the excitement of the French Open while leveraging a reliable mobile network to enhance your overall experience in Paris.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Unleash Uninterrupted Connectivity at the Indy 500

Tue, 23 May 2023 18:18:00 GMT

Introduction:

As the anticipation grows for the renowned Indy 500 in Indianapolis, Indiana, mobile users flocking to the city are undoubtedly eager to ensure a seamless and reliable mobile experience throughout their stay. Staying connected, capturing unforgettable moments, and accessing important information are crucial during such an event. Fortunately, M2Catalyst has provided an invaluable coverage map to help you identify areas in Indianapolis with exceptional mobile coverage and areas where signal strength may be weaker. Let's explore how you can optimize your mobile experience during your stay in Indianapolis with the assistance of M2Catalyst's coverage map.

Mapping Your Mobile Experience:

M2Catalyst, a trusted name in mobile coverage insights, has offered a comprehensive coverage map to empower mobile consumers like you. This map serves as a reliable guide, helping you identify areas in Indianapolis with excellent mobile coverage, as well as areas where connectivity may be less reliable. By leveraging this map, you can plan your activities and ensure you're always within reach of a strong mobile signal.

Coverage ranges from poor to excellent with red representing poor coverage and green excellent.

The coverage map shown in the image above was generated using Crowd SiteIntel .

Discovering Areas of Exceptional Mobile Coverage:

When exploring Indianapolis, M2Catalyst's coverage map will lead you to areas where you can expect outstanding mobile coverage. These locations are ideal for seamless communication, browsing the internet, and staying connected with friends and family. Feel confident knowing that you can rely on your mobile devices to capture and share memorable moments as you revel in the excitement of the Indy 500.

Navigating Potential Connectivity Challenges:

While Indianapolis is a vibrant city, there may be specific areas where mobile coverage faces challenges. M2Catalyst's coverage map helps you identify these locations in advance, allowing you to plan accordingly. By being aware of potential connectivity issues, you can adjust your expectations, download essential content in advance, or explore alternative solutions such as utilizing Wi-Fi hotspots available in public spaces, cafes, or restaurants.

Tips for an Optimal Mobile Experience:

In addition to leveraging the coverage map, here are a few tips to ensure an enhanced mobile experience during your stay in Indianapolis for the Indy 500:

Tip 1. Keep your devices powered: Carry portable chargers or power banks to keep your mobile devices charged throughout the day. This ensures you remain connected even during long stretches away from electrical outlets.

Tip 2. Download offline maps and essential apps : Prior to your arrival, download offline maps and essential apps that don't require constant internet connectivity. This allows you to navigate smoothly even if you encounter temporary signal drops.

Tip 3. Leverage Wi-Fi hotspots : Whenever available, connect to Wi-Fi hotspots in public areas, cafes, or restaurants to conserve mobile data and enjoy faster internet access.

What’s the Mobile Experience Like at the Speedway?

For those attending the Indy 500 and who will be present at the iconic Indianapolis Motor Speedway, “The Brickyard”, we’ve provided a map showing signal data from last year’s event to give you the best sense of what the mobile experience may be like this year within various parts of the Speedway. According to the map, we can see that the mobile experience in the stands shows many excellent and fair signals, providing seamless connectivity. However, it should be noted that the quality of the mobile experience may be less reliable once you step onto the infield.

Which carrier won the mobile experience race last year?

If we look at the chart above to the right, we can see that

Based on last year’s results, Verizon provided the best mobile experience to consumers at Indianapolis Motor Speedway during the Indy 500. Which carrier will win the mobile experience race this year? Please stay tuned for our post-event analysis.

Conclusion:

As the Indy 500 promises an unforgettable experience, M2Catalyst's coverage map equips you with the necessary tools to optimize your mobile connectivity in Indianapolis. By identifying areas of exceptional coverage and planning for potential challenges, you'll enjoy uninterrupted connectivity, capture priceless moments, and access critical information throughout your stay. Don't forget to implement the provided tips and make the most of your time in Indianapolis while indulging in the exhilarating racing action of the Indy 500!

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

A New Perspective on 9 of the Most Iconic City Parks in the World

Mon, 08 May 2023 17:26:00 GMT

Do you love spending time in the park, enjoying nature, or taking in the scenery? If so, you might be interested to know that M2Catalyst, a global leader in reporting the mobile experience of consumers worldwide, has prepared a new study to determine which of these iconic city parks offers the best mobile experience.

The 9 parks being compared in this study are Central Park in New York, Park Güell in Barcelona, Centennial Park in Sydney, Stanley Park in Vancouver, Lumpini Park in Bangkok, Victoria Park in Hong Kong, Ibirapuera Park in São Paulo, Hyde Park in London, and Le Jardin du Luxembourg in Paris. These parks are not only renowned for their beauty and tranquility but also for their rich cultural and historical significance.

But now, M2Catalyst is adding a new dimension to the comparison by evaluating their mobile experience. This study measures factors such as signal readings and coverage area. The maps shown in this study are based on data collected from thousands of mobile devices from October 2022 to March 2023.

So why is this study so important? Well, in today's world, where mobile devices have become an essential part of everyday life for billions of people, it's important to have high-quality mobile connectivity in public spaces. Imagine being able to upload a beautiful picture of the park in real-time, checking your emails or social media, or even streaming your favorite show while you relax under the trees. With the results of this study, city officials and park managers will have the data to enable them to improve the mobile experience for visitors, making it easier for people to stay connected while enjoying the beauty of nature.

Which park will come out on top? Will it be Central Park, the crown jewel of New York City, with its sprawling green lawns and shimmering lakes? Or perhaps Stanley Park, with its lush forests and stunning ocean views? Let’s first look at the breakdown of signal readings and coverage area % for each and then rank them.

Our Analysis

Looking at the table, we can see that the percentage of mobile consumers who experience excellent or fair signal readings varies widely across the different parks. For example, at Lumpini Park and Victoria Park, almost all mobile consumers (99%) experience excellent or fair signal readings, while at Park Guell and Centennial Park, only half of the mobile consumers experience excellent or fair signal readings.

Regarding the percentage of mobile consumers who experience poor or no signal readings, we see that it ranges from 1% at Lumpini Park and Victoria Park to 50% at Park Guell. These results indicate that mobile consumers would be least likely to have a great reception at Park Guell among all the parks in the table, whereas Lumpini Park and Victoria Park would likely offer mobile consumers the best signal reception of all the parks we compared.

In terms of coverage, the percentage of mobile consumers who experience excellent or fair coverage ranges from 57% at Park Guell to 99% at Lumpini Park and Victoria Park. The percentage of mobile consumers who experience poor or no signal coverage ranges between 2% at Victoria Park and 43% at Park Guell.

Final Rankings

In summary, there is significant variation between parks in terms of signal reception and coverage, with some parks providing excellent signal readings and coverage, while others offer poorer performance.

So how did the parks rank? We organized a list that ranks the parks from best mobile experience to worst to see who had the highest % of excellent/fair readings and coverage area.

Note: The ranking is based solely on the data provided and does not take into account other factors that may affect the overall quality of the parks.

To provide a visual representation of the mobile experience at each park, we generated screenshots using our data visualization platform, Crowd SiteIntel, a powerful platform capable of analyzing mobile network performance readings for more than 1,000 potential sites per hour.

When looking at each map, you’ll be able to see signal readings and coverage based on the color key below.

Centennial Park, Sydney (Australia)

Central Park, New York (United States)

Hyde Park, London (England)

Ibirapuera Park, São Paulo (Brazil)

Jardin Du Luxembourg, Paris (France)

Lumpini Park, Bangkok (Thailand)

Park Güell, Barcelona (Spain)

Stanley Park, Vancouver (Canada)

Victoria Park, Causeway Bay, Wan Chai District (Hong Kong)

In conclusion, M2Catalyst's study of 9 of the most iconic city parks worldwide is a fascinating initiative that will help us to appreciate these parks in a new light. By evaluating the mobile connectivity of different parks, the study will provide valuable insights into how the mobile experience can be improved for visitors, promoting the importance of high-quality mobile connectivity in public spaces. So, next time you visit your favorite park, keep your mobile experience top of mind while you enjoy your favorite activities!

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

The Key to Your Best Mobile Experience At The NFL Draft

Thu, 27 Apr 2023 17:50:00 GMT

Are you a mobile consumer planning to attend the NFL Draft in Kansas City? If so, you'll want to know where you can get the best mobile coverage. Fortunately, M2Catalyst has provided a map to help you identify areas with good and bad mobile coverage.

First things first: Why is mobile coverage so important? Well, if you're like most people, you'll want to stay connected while you're at the NFL Draft. Whether you're checking draft updates, sharing photos and videos, or communicating with friends and family, you'll want a reliable connection. That's where M2Catalyst's map comes in.

M2Catalyst is a company that specializes in mobile data analysis. We've used our data visualization platform to create a map that shows the strength of mobile coverage in different areas of Kansas City. The map is based on data from thousands of mobile devices, so you can trust that it's accurate and up-to-date.

So, where are the best and worst areas for mobile coverage in Kansas City? According to M2Catalyst's map, the best coverage is in the downtown area, especially around the T-Mobile Center and the Power & Light District. These areas have strong signals from all major carriers, so you should be able to get a reliable connection no matter who your provider is.

On the other hand, there are some areas of Kansas City where mobile coverage is spotty or non-existent. These areas tend to be outside of the downtown core, in more rural or suburban areas. If you're planning to stay in these areas, you may want to consider bringing a mobile hotspot or relying on Wi-Fi.

On the map, you'll see color-coded markers that indicate the strength of mobile coverage in each area. Green markers indicate good coverage, yellow markers indicate fair coverage, and red markers indicate poor coverage.

Overall, M2Catalyst's map is a valuable tool for anyone planning to attend the NFL Draft in Kansas City. With this information, you can make sure you have a reliable mobile connection throughout the event. So, don't forget to check the map before you go!

Coverage ranges from poor to excellent with red representing poor coverage and green excellent.

The coverage map shown in the image above was generated using Crowd SiteIntel. Click here to request a demo.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Mastering Your Mobile Experience While At The Masters

Thu, 06 Apr 2023 18:19:00 GMT

Are you heading to Augusta for the upcoming Masters Golf tournament? If so, cell phones are not allowed on the course, so you’re going to be incommunicado for many hours. When you finally leave the course, you want to be confident you’re going to experience excellent coverage.

Thankfully, M2Catalyst, a leader in reporting the mobile experience of consumers, has created a map that shows the mobile coverage in different areas of Augusta. The map is based on data collected from thousands of mobile devices and can help you identify areas with good and bad mobile coverage. With this information, you can plan your itinerary and choose the best places to stay connected during the tournament.

If you’re planning to explore the City of Augusta, you may want to pay special attention to the green areas of the map and stay within those in order to ensure you have a good mobile experience. Areas with poor mobile coverage on the map (indicated in red) have weaker signal strength or slower data speeds, making it harder to stay connected. If you're staying in these areas, you may want to consider alternative ways to stay connected, such as using Wi-Fi hotspots or offline apps.

Overall, the M2Catalyst map can be a valuable tool for mobile consumers heading to Augusta for the Masters Golf tournament. By using the map to identify areas with good and bad mobile coverage, you can stay connected and enjoy the tournament to the fullest. So be sure to check out the map before you head to Augusta, and plan your mobile experience masterfully!

Coverage ranges from poor to excellent with red representing poor coverage and green excellent.

The coverage map shown in the image above was generated using Crowd SiteIntel. Click here to request a demo.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Bridging the Urban Digital Divide: NRG Stadium and Sunnyside (Final Four Edition)

Thu, 30 Mar 2023 16:36:00 GMT

The analysis in this study was performed using Crowd SiteIntel. Click here to request a demo.

According to the ITU, there are 2.9 Billion unconnected or under-connected people across the world. At M2Catalyst, our aim is to identify exactly where they are in urban, rural, and remote areas.

The Urban Digital Divide:

NRG Stadium and Sunnyside (Houston, Texas)

This M2Catalyst Urban Digital Divide Global Study provides a comparison of mobile network performance between two areas within Houston, Texas. The area near NRG Stadium, where NCAA college basketball teams San Diego State, UConn, Miami and Florida Atlantic will battle it out for the NCAA Men's Basketball Championship is a visitor-friendly area, while Sunnyside has historically been one of the most dangerous neighborhoods of Houston. Focusing solely on 4G and 5G signal strength, we found, as demonstrated in the screenshots below, a great disparity between the Quality of Service for the economic haves (3, 4 or 5 bars) and the economic have-nots (one bar or no service).

The NRG Stadium Area chart and map indicate a low need for network improvements while Sunnyside shows a high need for them.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Part 11: Bridging the Urban Digital Divide in: Downtown Bellevue and South Park (Seattle, U.S.)

Mon, 20 Mar 2023 21:35:00 GMT

The analysis in this study was performed using Crowd SiteIntel. Click here to request a demo.

According to the ITU, there are 2.9 Billion unconnected or under-connected people across the world. At M2Catalyst, our aim is to identify exactly where they are in urban, rural, and remote areas.

The Urban Digital Divide:

Downtown Bellevue and South Park (Seattle, United States)

This M2Catalyst Urban Digital Divide Global Study provides a comparison of mobile network performance between two areas within Seattle, Washington. Downtown Bellevue is an affluent area of Seattle, while South Park has historically been a low-income neighborhood. Focusing solely on 4G and 5G signal strength, we found, as demonstrated in the screenshots below, a great disparity between the Quality of Service for the economic haves (3, 4 or 5 bars) and the economic have-nots (one bar or no service).

The Downtown Bellevue chart and map indicate a low need for network improvements while South Park shows a high need for them.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Part 10: Bridging the Urban Digital Divide: Centrul Civic and Rahova (Bucharest, Romania)

Fri, 03 Mar 2023 17:44:00 GMT

The analysis in this study was performed using Crowd SiteIntel. Click here to request a demo.

According to the ITU, there are 2.9 Billion unconnected or under-connected people across the world. At M2Catalyst, our aim is to identify exactly where they are in urban, rural, and remote areas.

The Urban Digital Divide:

Centrul Civic and Rahova (Bucharest, Romania)

This M2Catalyst Urban Digital Divide Global Study provides a comparison of mobile network performance between two areas within Bucharest, Romania. Centrul Civic is an affluent area of Bucharest, while Rahova has historically been a low-income neighborhood. Focusing solely on 4G and 5G signal strength, we found, as demonstrated in the screenshots below, a great disparity between the Quality of Service for the economic haves (3, 4 or 5 bars) and the economic have-nots (one bar or no service).

The Centrul Civic chart and map indicate a low need for network improvements while Rahova shows a high need for them.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Part 9: Bridging the Urban Digital Divide: Colonus and Monastiraki (Greece)

Thu, 16 Feb 2023 23:56:00 GMT

The analysis in this study was performed using Crowd SiteIntel. Click here to request a demo.

According to the ITU, there are 2.9 Billion unconnected or under-connected people across the world. At M2Catalyst, our aim is to identify exactly where they are in urban, rural, and remote areas.

The Urban Digital Divide:

Colonus and Monastiraki, Greece

This M2Catalyst Urban Digital Divide Global Study provides a comparison of mobile network performance between two areas within Greece. Monastiraki is a much more affluent and popular shopping area in Athens, while Colonus is is a densely populated working-class district in Athens. Focusing solely on 4G and 5G signal strength, we found, as demonstrated in the screenshots below, a great disparity between the Quality of Service for the economic haves (3, 4 or 5 bars) and the economic have-nots (one bar or no service).

The Colonus chart and map indicate a high need for network improvements while Monastiraki shows a low need for them.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

Part 8: Bridging the Urban Digital Divide: Hasenbergl and Downtown Munich (Germany)

Fri, 27 Jan 2023 22:23:00 GMT

The analysis in this study was performed using Crowd SiteIntel. Click here to request a demo.

According to the ITU, there are 2.9 Billion unconnected or under-connected people across the world. At M2Catalyst, our aim is to identify exactly where they are in urban, rural, and remote areas.

The Urban Digital Divide: Hasenbergl and Downtown Munich, Germany

This M2Catalyst Urban Digital Divide Global Study provides a comparison of mobile network performance between two areas within Germany. Downtown Munich is quite affluent, while Hasenbergl has historically been less affluent. Focusing solely on 4G and 5G signal strength, we found, as demonstrated in the screenshots below, a great disparity between the Quality of Service for the economic haves (3, 4 or 5 bars) and the economic have-nots (one bar or no service).

The Hasenbergl chart and map indicate a high need for network improvements while Downtown Munich shows a low need for them.

To request a demo of our Crowd SiteIntel platform, please click the button below and fill out our enterprise contact form.

More About The Network Cell Info Community

Millions of app users globally have contributed trillions of network performance measurements.

How does the Network Cell Info community help bridge the digital divide? We provide the No Signal Data back to Mobile Network Operators for free.

Download the free M2Catalyst app, Network Cell Info Lite , to submit network performance data in your area.

M2Catalyst reports the no-signal readings (dead zones) to MNOs for free. If you work for an MNO, please contact via our form at , www.m2catalyst.com/contact

Invite a Friend to Network Cell Info Lite

The more people using NCI Lite, the faster we can help improve mobile networks around the world. Please share our app with friends and family using one of the options below.

The Big City Battle for Best Mobile Experience: New York City vs Los Angeles

jshorter@m2catalyst.com (Joshua Shorter) — Wed, 10 Apr 2019 12:28:16 GMT

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