Secure device architecture.
Design connected products around clear trust boundaries, protected boot paths, and hardware-aware controls before the device reaches production.
NAK Engineering helps teams build connected devices that prove identity, protect firmware, resist counterfeiting, and keep certificate-based trust intact from prototype through production.
Embedded security is not a plugin added at the end of development. It touches electrical design, firmware, cloud services, mobile applications, manufacturing, and long-term device operations.
We design practical security architectures for connected products: device authentication, certificate storage, secure firmware updates, anti-counterfeit controls, and trusted communication between hardware, software, and cloud infrastructure.
Concrete controls for real products: embedded systems, connected hardware, production tooling, and device fleets that need durable trust.
Design connected products around clear trust boundaries, protected boot paths, and hardware-aware controls before the device reaches production.
Give every device a verifiable identity with certificate-based authentication, secure provisioning, and anti-cloning safeguards.
Plan storage, rotation, renewal, and revocation flows so device fleets stay trusted across manufacturing, deployment, and service.
Protect firmware integrity with signing, update validation, and practical recovery paths that respect embedded hardware constraints.
We avoid fake market statistics and vague cyber language. Instead, the work is measured by the controls your product can actually demonstrate: authenticated devices, protected credentials, signed firmware, planned certificate lifecycle, and documented manufacturing handoff.