Wireless MCUs are going into systems that should not depend on black boxes: drones, robots, industrial controllers, secure sensors, EV chargers, facility systems, and defense-adjacent hardware. These are the segments MCN-1 is being designed for.
MCN-1 is pre-silicon. Conversations today are about requirements and fit — not samples, pricing, or lead times.
Defense programs and the suppliers behind them need trusted silicon: a controlled supply chain, secure RF behavior, attestation, and export-controlled feature handling. MCN-1 is being designed around a controlled provisioning route — signed images, attestation evidence, and compliance artifacts — with sensitive firmware paths kept private and access-controlled.
Includes machine shops and manufacturers moving toward CMMC.Critical-infrastructure buyers are being pushed by risk reviews and tightening cyber rules toward verifiable hardware roots of trust and cleaner provenance. The MCN-1 direction — hardware identity, measured boot, attestation of what is actually running — is built to answer exactly those reviews.
Industrial OEMs and robotics teams live with a part long after launch. The OEM lane is being designed for production-grade modules, a secure firmware lifecycle, provisioning APIs, controlled customization, and deeper integration support under commercial agreements.
Connected medical devices face the same supply-chain and software-provenance questions as defense and infrastructure programs. A radio with a verifiable root of trust and signed, attestable firmware gives device teams evidence to bring to their own reviews.
Developers get public boards and modules, an open SDK, examples, migration guides, register and API documentation, and signed update tools as they are ready. RF firmware stays a signed component with public hashes and attestation — not an uncontrolled stack, and not a mystery either.
The public ecosystem creates adoption. The controlled lanes create trust. The boundary between them is a design decision, not an afterthought.
Boards, modules, SDK, examples, and public documentation — the ESP32-style adoption path.
Production modules, provisioning, integration support, and lifecycle security under NDA and commercial agreements.
ITAR/EAR-controlled firmware paths, restricted features, compliance artifacts, and trusted provisioning.
Tell us the requirement driving your search and we will tell you, honestly, whether the MCN-1 direction answers it.