Embien builds HIL testing in automotive programs that catch defects before they reach a vehicle -- hardware-in-the-loop rigs, software-in-the-loop simulation, and test automation for embedded systems that scales beyond manual bench testing. Our HIL testing for embedded automotive systems work is backed by TestBot, our own automated test bench platform, and real production case studies.
HIL testing in automotive is only useful if the rig matches real vehicle timing and signal behavior -- a simulated bus that doesn't behave like the real one just moves bugs from the bench to the field. Embien's HIL testing for embedded automotive systems practice covers rig design, plant modeling, and UDS validation based on HIL tools for diagnostic and reflash testing.
We built TestBot specifically because manual HIL/SIL test execution doesn't scale across ECU variants and software builds. Read how automated instrument panel testing and the TestBot automated testbench launch case studies show this in production.
Four capabilities behind Embien's HIL testing in automotive and test automation for embedded systems delivery.
UDS validation based on HIL tools for diagnostic services, DTC handling, and reflash testing across ECU variants.
Bus-accurate data logging and stimulus generation so HIL testing for embedded automotive systems reflects real vehicle traffic.
Requirement-based test case generation and regression suites that make test automation for embedded systems repeatable release over release.
TestBot for automated testing turns HIL testing in automotive from a manual bench exercise into a scripted, repeatable pipeline.
Select the HIL testing in automotive or test automation for embedded systems capability that matches your program's current validation gap.
Custom hardware-in-the-loop and software-in-the-loop rigs for HIL testing for embedded automotive systems, from single-ECU bench to full-vehicle simulation.
TestBot for automated testing scripts and executes regression suites so test automation for embedded systems keeps pace with software releases.
UDS validation based on HIL tools for instrument cluster and telematics ECUs, proven on a real production testing program.
Tell us where your HIL/SIL rig, UDS validation, or test automation for embedded systems coverage stands today. Our team can help scope the next step.
Hardware-in-the-loop testing validates ECU software against a real-time simulated vehicle environment -- sensor inputs, bus traffic, and actuator responses -- before the software ever reaches a physical vehicle.
Tell us where your HIL/SIL rig or test automation for embedded systems stands and let us help you plan the next stage.