The Remote Lab Bench (EV Bench)
Flash, debug, stimulate, and measure real ECUs from anywhere — our remote bench is how customers use the lab without shipping hardware back and forth.
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Battery Management System (BMS) Development & Validation
An NXP reference BMS chain on the bench — cell monitoring, isolated communication, balancing, fault handling, and CAN-FD diagnostics you can review remotely.
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Functional-Safety Real-Time Control
Lockstep safety MCUs running deterministic control loops — with watchdog supervision, protected heartbeats, and scope-captured reaction times when faults are injected.
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Multi-ECU Gateway Bench
A multi-ECU bench network with gateways, CAN-FD backbone, LIN sub-bus, SecOC, and UDS — a vehicle-network segment on the bench.
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Edge Camera Perception
Camera perception on Coral Edge TPU and i.MX93 Ethos-U — with latency and power numbers, and detections published on the vehicle CAN-FD network.
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BLE Telematics & Ultra-Low-Power Diagnostics
Bluetooth Low Energy bridged to CAN-FD for wireless diagnostics — with sleep and connection current measured in microamps, not guessed from a datasheet chart.
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HMI / Digital Instrument Cluster
A digital cluster and secondary touchscreen HMI fed by live CAN-FD data from the bench — the part stakeholders actually see when the engineering underneath works.
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AUTOSAR & Semi-AUTOSAR ECU Development
A full layered ECU on S32K144 — MCAL through application software, diagnostics, memory, security, network management, and a UDS bootloader — validated in simulation and on hardware.
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Professional Embedded Hardware Lab Environment
The instrumented bench behind every other experiment — scopes, power profilers, debuggers, CAN/LIN adapters, and automotive target boards, available as a service.
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