Medical Devices


Medical device testing is the process of demonstrating that the device will reliably and safely perform in use.

In new product development, extensive design validation testing is applied. This includes performance testing, toxicity and chemical analysis and sometimes human factors or even clinical testing.

Ongoing quality assurance testing is generally more limited. This will usually include dimensional checks, some functional tests and packaging verification.

Snap Automation enables your medical device testing to be executed seamlessly.



More and more businesses and consumers are adopting drones and unmanned aircraft systems (UAS). This is creating an increasingly complex regulatory environment around drone certification as national and international aviation and product safety regulations continue to evolve to cover these products.

Drone tests ensure your product is compliant with all relevant UAS and drone legislation in your target market. Testing and certification can minimize the risk of noncompliance and product liability, ensuring your products comply with stringent standards for performance, quality and safety.

This accelerates your speed to market and presents your brand’s products as safe and high quality, leading to faster growth for your business. Snap Automation enables you to complete your drone testing more quickly and effectively, potentially driving faster sales growth for your business.



Augmented reality (AR), virtual reality (VR) and mixed reality (MR) — or used collectively, XR — are disruptive technologies that will impact many aspects of our lives in the future.

A growing number of companies are turning to VR as a way to drive training, collaboration, design, sales and numerous other use cases, while AR use cases are also growing and will soon outpace Virtual Reality. A wide range of companies are embracing next-generation hardware, software and services to fundamentally change their existing business processes, bringing new capabilities to first-line workers who require hands-free technology.

One of the goals of XR is to fully immerse the user. Achieving this goal demands meticulous testing to prevent even the tiniest of bugs from disrupting the user’s experience.

Snap Automation is the missing link in accelerating the delivery of XR of your XR products to market. Our continuous automated testing processes ensure your products perform flawlessly in any reality.

Battery Energy Storage Systems (BESS)


With rising worldwide demand in Battery Energy Storage Systems (BESS) and rapid increases in average system size, chronic underperformance and safety risks have never been higher. New suppliers, factories and production line technology and workers are being deployed at increasingly rapid rates, often leading to unforeseen issues.

These often unidentified and unresolved issues lead to costly project delays, unforeseen safety events, performance degradation and time-consuming warranty claim issues. A proactive and robust quality control and testing program is essential to proactively identify and resolve issues at every stage of production – before impacting your business.

Snap Automation provides continuous, automated testing to conduct essential testing for the BESS industry.



Industrial robotics rapidly evolving, with ever-growing needs in terms of safety, performance, robustness and reliability. Industrial robots are communicating cyber-physical systems that embed complex distributed multi-core software systems involving intelligent motion control, anti-collision and advanced force or torque control.

The increased complexity makes these robots more fragile and error-prone. Failures can originate from many sources, including system and software bugs, communication downtime, CPU overload, and robot wear and tear.

Applications such as warehouse logistics, automated driving and factory automation require safe, error-free operation in dynamic real-world scenarios. Automated testing for these applications saves precious debugging time and helps improve the overall quality and safety of the software.

Best practices for testing and validation of robotics and autonomous systems running Robot Operating System (ROS) software demand developers increase their feature velocity and reduce errors by using simulation-based testing. A small change in one part of the code base can adversely affect another component, causing a software bug requiring immediate attention.

Fortunately, advanced verification techniques such as constraint-based testing and validation intelligence are employed to cope with specification and development errors and ensure a better quality of delivered robots.

Snap Automation provides continuous, automated testing to conduct functional, performance, accessibility and security testing for robotic industry applications.