4 Practical Ways Geolocation & Cell Tracing are Improving Mobile Networks

WRITTEN BY VICENT SOLER, CEO AT KENMEI 

Over the past 20 years, I've seen how critical data-driven decisions are for delivering exceptional mobile service. 

At Kenmei, we focus on transforming geolocation data into a powerful ally for providers making these decisions.  

It helps our clients quickly uncover problems like coverage gaps, dropped calls, and security threats.  

As networks grow more complex, I see geolocation as a necessary piece of CSP and mobile network provider toolkits. 

So in this article, to understand the true value of geolocation and cell tracing, we’ll focus on three things. 

1. We’ll examine its role in mobile networks 

2. We’ll discuss the challenges I observe providers confronting when upgrading 

3. Lastly, we'll conclude with how innovative geolocation solutions make genuine improvements. 

The Role of Geolocation in Modern Networks 

Geolocation is critical for mobile networks as it allows providers to track device activity across a network.  

We do this with protocols and signals like RRC (Radio Resource Control) that helps generate location data. IMSI (International Mobile Subscriber Identity) assists by linking network events to specific devices. 

Signals from connected devices produce data that shows magnitude and direction from an access point. Data from nearby antennas provides additional context that can pinpoint the physical location. 

However, proper setups mean large amounts of data to process.

This either overwhelms legacy systems, or information is overlooked because of the volume. 

Cloud solutions allow providers to focus on relevant data, avoiding expensive on-site processing. This helps limit hardware expenditures to network equipment and enables cost-effective data processing. 

With AI, many tedious and data-intensive processes can be handled autonomously. Data analysis is also better streamlined so critical information is passed for human review. 

Modern geolocation combines all the above.  It's efficient, plus it provides immense value for many operations. 

Challenges of Traditional Cell Tracing and Geolocation Solutions 

Despite the potential, traditional geolocation solutions have real drawbacks. 

Legacy systems often (but not always) attempt to process every data point continuously. This results in inefficient infrastructure demands and highly diminished returns.

Hardware-based setups simply can’t scale quickly or cost-effectively enough to meet growing needs.

Taking the steps to upgrade often proves to be a difficult journey to begin, despite the opportunities better network intelligence affords. 

I find common barriers often include:

• The high initial investments for necessary hardware and software. 

• The handling of sensitive location data within compliance framework(s). 

• Traditional methods can struggle to maintain consistent location accuracy, where scaling worsens issues. 

Other issues, like vendor lock-in, and other nuances complicate matters.  

These are but a few reasons I see cloud-based geolocation as a fixture for modern networks. 

Practical Use Cases for Cell Tracing & Geolocation 

Geolocation and cell tracing have several applications. Uses include regional deployments, networks across business parks, transit lines, and more.  

Let’s look at specific uses where these technologies make the biggest difference. 

Geolocation Mapping & Network Optimization 

Providers rely on geolocation mapping to understand coverage and identify network blind spots.  

Real-time geolocation data enables dynamic monitoring, showing where infrastructure adjustments are needed.

This means providers can proactively address performance bottlenecks, often before problems arise. 

This is especially important for large-scale networks where uninterrupted service is critical.

Gaps in these environments, like transit lines or medical campuses, can disrupt essential services. Thus, continuous optimization is a top priority. 

Call Troubleshooting & Root Cause Analysis 

Call failures happen, but providers need to understand why.  

Event data records (EDRs) give them the context to pinpoint the root cause and understand the failure. 

Instead of spending hours sifting through raw data, providers can quickly identify patterns. In doing so, they can prioritize fixes, and maintain high-quality service. This troubleshooting style minimizes downtime and maintains customer confidence. 

Law Enforcement & Security Applications 

Geolocation tools also play a key role in public safety and law enforcement.  

For example, with IMSI tracking, agencies can monitor devices involved within legal frameworks. Real-time surveillance and post-event analysis aid in locating individuals and uncovering illicit activity. 

Providers supporting compliant access to this data help law enforcement investigate dangerous activity. Is it a delicate affair? Of course! Technology must ethically balance security and privacy to be a vital tool for public safety. 

Infrastructure Planning & Expansion 

Planning network growth is much more than adding towers, access points, and running kilometers of lines.

Geolocation data helps providers identify where upgrades or repairs are the highest priority. It is also crucial for anticipating future demand. Instead of guesswork, providers can make informed decisions backed by real-world data.

The insights support it offers enable efficient rollouts for CSPs. In doing so, providers optimize investments, reduce waste, and scale their networks intelligently. As such, I see this as an essential element for today's and tomorrow's networks. 

Final Thoughts on Geolocation & Cell Tracing 

At Kenmei we know the complex challenges faced by network providers. 

More reliability, faster troubleshooting, and dynamic infrastructure mean better service quality from providers. Industries like transportation and healthcare depend on the uninterrupted connectivity geolocation helps provide. 

As such, its use is essential for the future. 

I know firsthand how providers can move beyond limitations and improve service with smart solutions, so let’s chat. 

• You can connect with me on Linkedin

• You can talk with my team from our contact page. 

-Vicent