LEO Satellite Networks
Evaluating real-world satellite performance, availability, and consistency in demanding environments.
Independent Testing • Real-World Validation
The Truth Lab
Mission-critical connectivity tested under pressure.
The Truth Lab cuts through marketing claims and validates how connectivity technologies actually perform in real-world conditions—from LEO satellite and LTE/5G to SD-WAN, intelligent network blending, and mobile deployments.
Built for Real Operations
Testing technologies under the same conditions agencies, field teams, vehicles, and command operations face every day.
About The Lab
What Is The Truth Lab?
The Truth Lab is an independent testing initiative focused on evaluating how connectivity technologies actually perform in real-world operational environments.
Instead of relying on spec sheets and theoretical performance claims, The Truth Lab recreates real deployment scenarios to measure resiliency, packet loss, latency, throughput, network overhead, traffic behavior, and operational continuity across satellite, LTE/5G, SD-WAN, and blended connectivity solutions.
LTE / 5G Networks
Testing carrier performance, congestion handling, mobility, and changing coverage conditions.
SD-WAN & Blending
Measuring network overhead, traffic steering, link selection, and continuity across multiple connections.
Mobile Deployments
Understanding connectivity performance in vehicles, temporary sites, and active field operations.
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Because in mission-critical environments, “good enough” connectivity isn’t good enough.
The Purpose
Why The Truth Lab Exists
Mission-critical connectivity decisions should not be based solely on marketing claims, lab-perfect demonstrations, or theoretical performance numbers. The Truth Lab was created to test technologies where they actually matter—under pressure, through degraded conditions, and in real operational environments.
Too Much Marketing
Every manufacturer claims faster, smarter, and more resilient connectivity. Real-world performance can tell a different story once networks become congested, degraded, obstructed, or unstable.
Test Focus
Performance beyond the spec sheet
Critical Operations Need Answers
Public safety agencies, fleets, utilities, airports, and enterprise teams depend on connectivity every second. The Truth Lab helps determine what performs before technology reaches the field.
Test Focus
Technology tested for real operations
Objective Testing Matters
Repeatable testing environments make it possible to compare technologies under consistent conditions while measuring network overhead, resiliency, packet loss, latency, throughput, and continuity.
Test Focus
Consistent conditions and real data
The goal is not to prove that one technology always wins. It is to understand where each technology performs, where it struggles, and how it can be deployed more effectively.
Testing Methodology
How The Testing Works
Every Truth Lab test is designed to recreate operational environments and stress conditions that affect real-world connectivity performance. The goal is simple: understand what happens when networks are pushed beyond ideal conditions.
Operational Challenge
Define The Scenario
Every test begins with a real operational challenge—from network degradation and congestion to mobility, path failures, or satellite interruptions.
Consistent Test Environment
Create Controlled Conditions
Identical environments are built to support fair comparisons across technologies. Variables such as bandwidth limitations, latency, jitter, and packet loss are intentionally introduced and monitored.
Measurable Performance
Capture Real Metrics
Testing focuses on measurable operational outcomes—not just speed tests. Data is collected to evaluate resiliency, session continuity, network behavior, and application performance.
Packet Loss
Latency
Network Overhead
Throughput
Jitter
Session Continuity
Clear Operational Takeaways
Publish The Findings
Results are translated into practical findings designed to help agencies, enterprises, and technology teams better understand connectivity behavior in real-world deployments.
Testing Results
Latest Truth Lab Results
Real-world connectivity testing focused on measurable performance, network resiliency, traffic behavior, availability, and operational continuity.
Real Testing
Real data. Clear operational takeaways.
Mobile Link Bonding
Published
Truth Lab Test 001
What Happens When a Network Path Fails?
A comparison of mobile link-bonding technologies under identical conditions, examining recovery behavior, network overhead, efficiency, and operational continuity.
Key Findings
- Major differences in daily network overhead
- 94.83% efficiency compared with 87.3%
- Recovery behavior varied during degraded conditions
Dual LEO Satellite
Published
Truth Lab Test 002
Can Dual LEO Connections Improve Availability?
A real-world comparison of Starlink and Eutelsat OneWeb connectivity designed to examine how multiple LEO paths affect stability, availability, and session continuity.
Test Focus
- Transient interruption behavior
- Session stability across multiple LEO paths
- Availability during changing conditions
Starlink Hardware
Published
Truth Lab Test 003
Starlink High Performance vs. Starlink Mini
A side-by-side comparison of Starlink High Performance and Starlink Mini terminals under identical operating conditions to evaluate availability and connectivity continuity.
Key Findings
- High Performance delivered greater availability
- Fewer outage events during the testing period
- Larger aperture improved stability in difficult conditions
Why It Matters
What Makes The Truth Lab Different
The Truth Lab was built around operational reality—not perfect lab conditions or vendor-driven demonstrations. Every test evaluates how connectivity technologies behave when networks are stressed, degraded, interrupted, or pushed beyond normal operating conditions.
Our Approach
Real testing. Real data. No marketing fluff.
Vendor Agnostic
The Truth Lab is focused on measurable results—not brand loyalty. Technologies are evaluated under consistent conditions to better understand their actual operational performance.
Real-World Conditions
Testing includes network degradation, congestion, path failures, mobility, latency spikes, obstructions, and environmental variables that can affect field operations.
Operationally Focused
The analysis goes beyond throughput numbers. The Truth Lab evaluates how network behavior affects voice, video, CAD systems, dispatch continuity, and other mission-critical applications.
Transparent Methodology
Test configurations, conditions, impairments, measurements, and findings are clearly documented to provide meaningful context behind every result and conclusion.
Built for Real Operations
Who The Truth Lab Is For
The Truth Lab is designed for organizations and teams that rely on resilient connectivity to support critical operations, field deployments, communications, and real-time decision-making.
Mission-Critical Communications
Public Safety
Supporting emergency management, fire, EMS, law enforcement, dispatch centers, and mobile command operations that depend on resilient communications.
Emergency Response · Dispatch · Mobile Command
Mobile Connectivity
Fleet & Transportation
Evaluating connectivity for vehicles, transit systems, logistics operations, and mobile teams moving through constantly changing coverage environments.
Vehicles · Transit · Logistics
Operational Resiliency
Critical Infrastructure
Helping utilities, airports, energy providers, and enterprise facilities understand how networks behave during high-demand and degraded operating conditions.
Utilities · Energy · Airports
Data-Driven Decisions
Technology Teams
Providing engineers, IT leaders, and communications specialists with transparent testing data to support informed technology and deployment decisions.
Engineering · IT · Communications
Real-World Conditions
Connectivity failures don't happen in perfect conditions.
The Truth Lab exists to understand what happens when networks are stressed, degraded, obstructed, overloaded, or partially unavailable—because those are the conditions real operators face every day.
By testing under real operational pressure, we can better evaluate how connectivity solutions perform when continuity, visibility, and communication matter most.