Systems Engineering

Systems Engineering

Positioning

A passing test tells you the cases you thought of behaved correctly. It says nothing about the cases you did not. For safety-critical control, that gap is the whole problem.

We take systems through architecture, prototype, design, and build. Critical state machines are formally verified. Safety invariants and error stickiness are aligned to NR-12 and the CE Machinery Directive.

Deliverables

What you get.

01

System architecture for safety-critical control: explicit state machines, defined failure modes, deterministic recovery windows.

02

Prototyping and design validation before the hardware spend. The approach proven while changes are still cheap.

03

Formal verification: FSM state determinism, safety invariants on critical states, error stickiness as machine-checked proof.

04

Certification alignment. NR-12 and CE Machinery Directive requirements designed in from the start, verified at every stage.

05

Proof artifacts delivered alongside the system. Verifiable evidence in addition to the test report.

Talk to us about systems engineering.

OXKERN is in active development. If you need control software, machine integration, or want to build on the platform, get in touch.

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