Novasom’s Fault Injection Testing HIL Systems ®
Our unique and patented In-circuit Fault Injection Testing Hardware-in-the-Loop (HIL) systems are tailored to fulfill the specific needs of your Functional safety analysis, and to make it real.
Unlike other systems on the market, we will allow you to emulate (and not only simulate) internal and external faults, to fulfill all your test cases analysis, from both external and internal fault injection.
This new approach will give you the possibility to test and report any HW fault as any SW diagnostics or process there related.
Our HIL systems are standard products, but they could be adapted by our engineers to any of your specific needs with a nails bed fixture, just like with electrical IO injection, addressing as example the requirements of ISO26262, as EN50155, and MIL461E test rules and providing you with real replicable reports.
In today’s electronic products, often with thousands of components and multiple CPUs untouchable on a microBGA-level package, there are several thousands of HW and SW fault cases applicable.
How to test and manage all that? With our Fault injection HIL and our engineers team, clearly.
A real-world full testing capability is available now. The academic methodology we studied for years, state theoretical fault models, which are sometimes simply not real.
How then can you really validate every real failure mode and scenario, especially when security features are essential? Our HIL systems make it possible to inject HW faults at low level, disturbing for example a Low voltage oscillator as a step down power converter, or detect- disturb things like current drain in real conditions and see how your system react at both HW and SW level.
Any test will be possible, with our unique holistic approach that no one else has, in order to allow you test the real global functioning of your system disturbed in any way the FMDEA analysis (really minded now!) will suggest. With our help, for sure. Using those systems, you will enjoy our engineering skills, included into the package. Just contact us
Through custom extension boards supporting CAN, Ethernet, I2C, and SPI, our systems will provide comprehensive, flexible testing. Many clients already benefit from the speed and depth our systems deliver in functional safety analysis. Join us!
Seems bold, but we did it
and have been doing it for our clients for over 20 years
To give absolute reiliability to our fault injection system we’ve developed an architecture based on a backplane, a main CPU board that reads commands from a high-level C/C++ system , that shall drive the fmdea minded test, along with pure embedded I/O boards that are fully expandable and durable. This setup integrates seamlessly into a rugged mechanically defined nail bed for specific hardware-in-the-loop (HIL) testing needs.
Our custom HIL systems are complex and robustly built, but they’re invaluable.
A fan-less , embedded architecture that will never fail a measure and will never need a reboot also working 27/7 . And it is lifetime warranty , call us and discover how
You’ll save time, effort, and cost by detecting and resolving hidden issues early, testing everything in every real condition at the HW ans SW level.
We know this might not look like a polished marketing photo, our CEO ask us to do in this way, because it’s real—from our labs. The large green connector board at the center allows engineers to monitor every signal in the hardware-in-the-loop (HIL) system, offering comprehensive insight for troubleshooting complex setups.
Our Fault injection HIL system is intricate, and while not all details can be shown here, we’re ready to discuss how it can resolve your specific needs. Call us—we’re here to help!
Real-time measurement results
We’ve taken a crucial step forward, moving from statistical-theoretical analysis to real-world security measurements. Our Hardware-in-the-Loop (HIL) system provides real-time measurement results as your system operates, enabling your development team to identify faults and enhance resilience.
Yes, it’s feasible with our HIL system.
100% customized to your requirements
Our Hardware-in-the-Loop (HIL) system is designed to meet your exact needs, based on a COATS object. Built on years of testing experience, it can inject fault signals to reveal how complex products may fail, tracing failures and improving reliability at the design level. This is functional safety analysis made real—without requiring years of development time or added costs.
Validate your project in all the scenarios and failure modes
When is custom hardware development the right choice? Not all systems interact seamlessly, and in a business relying on reliable operation, this can cause issues. Our Hardware-in-the-Loop (HIL) system is tailored to meet the specific circuit needs of your system, adapting precisely to your requirements—never the opposite.
Made to measure
This isn’t a statistical method or new software; it’s a real hardware system that introduces faults directly at the component level. Our system can simulate issues like a resistor short or capacitor drift, providing practical, real-world electronics testing. Designed by engineers, for engineers, it delivers true-to-life diagnostics for robust product development.
This isn’t a myth—no surprises, no conditions. Everything is guaranteed, backed by our technical support. With Novasom products, you get more than a Hardware-in-the-Loop (HIL) system; you receive a complete, tested solution for your projects. We’re here to support you through all development phases. Just ask!