This is really an interesting topic. Every product that we build is tested 3 different times. 2 during the production process and 1 time after the production is complete. But then we don’t just ship your order to you, there is another big step in the quality assurance process. There are 40 specific points we check, these are not GPS positioning itself but rather range from double checking the information on the product label to making sure the bluetooth is operating to checking that we didn’t use too much battery during the production testing process.
This system was developed by an employee named Matt McDermott. He came to us in the autumn of 2008 and he was one of the most clever and forward thinking employees we have ever had. He identified a problem and offered solutions. Now Amazon has him.
Ensuring the reliability and accuracy of wildlife tracking technology is more than a step in our workflow—it’s at the core of how Telemetry Solutions operates. Quality assurance is not simply about preventing errors; it’s about guaranteeing that every product leaving our facility performs flawlessly in the field, where researchers depend on consistent, real-time data.
Over the years, we have refined and expanded our quality assurance processes to maintain the highest standards in the industry. Here is a detailed look into how we make that happen.
At Telemetry Solutions, quality assurance begins long before a product is packaged and shipped. Every device undergoes three rigorous rounds of testing, ensuring that the unit functions exactly as expected. Two of these tests are performed during production, where we check core operations, verify internal system responses, and monitor battery usage to ensure no energy loss occurs during development.
The third test is conducted after production is fully completed. This final stage validates that the finished device meets all performance, durability, and accuracy requirements, leaving no room for any oversight.
But we don’t stop at triple-testing. Once a tracker passes the production-phase evaluations, it enters a comprehensive final inspection with 40 individual quality checkpoints, each designed to verify a different aspect of the device. These points go far beyond GPS functionality. They include:
Each checkpoint represents years of refinement and field experience. Our customers rely on telemetry data during critical wildlife research, and we ensure every unit delivers that dependability.
In wildlife telemetry, even the smallest discrepancy can lead to unreliable data or field complications. A missing label, an unnoticed Bluetooth malfunction, or unexpected battery drain can disrupt an entire study.
By implementing a 40-point inspection, Telemetry Solutions ensures that each device is handled with extreme precision. This step also provides a final opportunity to identify any rare inconsistencies before the unit is cleared for packaging. The process ensures consistency, enhances durability, and increases the lifespan of the product under real-world conditions.
The roots of our quality assurance strategy trace back to Matt McDermott, an exceptional and forward-thinking employee who joined Telemetry Solutions in the fall of 2008. Matt’s ability to identify inefficiencies, paired with his talent for developing reliable solutions, contributed greatly to the evolving framework we use today.
His methodical approach led to the creation of a structured, repeatable quality assurance system that continues to deliver outstanding results. Although Matt has since taken his expertise to Amazon, his innovative contributions remain a permanent part of our workflow.
Every researcher, conservationist, or wildlife manager who uses our tracking devices depends on performance they can trust. Our strict quality assurance process ensures:
In essence, the effort we invest in quality assurance directly translates to better results for your wildlife monitoring project.
Each device undergoes three tests—two during production and one after production is complete.
The inspection covers label accuracy, Bluetooth performance, battery consumption, internal component checks, and more.
To ensure that no unnecessary battery drain occurred during testing, helping maintain optimal lifespan for field use.
The process was initially developed by Matt McDermott in 2008, whose innovative approach shaped our modern QA standards.
It ensures highly dependable devices, fewer field issues, and more accurate wildlife tracking data.
Quality assurance at Telemetry Solutions is a structured, multi-stage system built to deliver unmatched reliability. Through triple production testing, a detailed 40-point inspection, and years of refinement, we ensure that every unit performs flawlessly in real-world environments. Our process minimizes risk, maximizes durability, and supports researchers with dependable technology they can trust in critical field operations.
