SoCcentric

embedded platforms, engineered honestly.

Three products, built to work together. IV&V validates the board on the bench. HIL controls the conditions around it and injects real-time faults. The Datalogger brings the field back. One BSP, one protocol library, one data format, one records store — faults found earlier, coverage with no gap, your product across the line as the most reliable version of itself.

IV&V

Independent Validation & Verification

Validate every part of the board on the bench — independently.

Through our own OS and our own HAL, with no source-code access. Every CPU core, memory, peripheral, bus, sensor, and module. Four test modes — one-shot, monitoring, event-based, long-running. Append-only test records mapped to ISO 26262, DO-178C, IEC 62304, and IEC 61508.

6reference platforms
4test modes
0source-code access
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HIL

Hardware-in-the-Loop

Control the conditions around the board — in real time.

Inject a single bit error on a bus mid-frame. Saturate a link. Stall a motor. Drift timing. Real-time, repeatable fault injection that the bench can't reach on its own. Shares the IV&V server and records store — stimulus and board response live in one correlated record.

Real-timefault injection
Bit-levelbus error injection
1shared records store
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Datalogger

Datalogger

Bring the field back to the bench — captured, replayable, queryable.

Capture the real world with the environment attached, as a native IV&V node. Field records and lab records sit in one store and are queryable together. Any capture replays as a HIL stimulus at original timing, so a field fault is reproduced exactly on the bench against the real board.

NativeIV&V node
Replayableas HIL stimulus
10+years field logging
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SoCcentric · IV&V · HIL · Datalogger · embedded platforms, engineered honestly

IV&V / TELEMETRY::ACTIVE NODE_COUNT 02::SAMPLES 123,526::UPTIME 99.94%::SCHEMA v1.0.0