Secure boot, hardened firmware, and encrypted connectivity engineered into your product from day one — not bolted on before launch. Embien has delivered embedded system security for automotive, industrial, and IoT products for 16+ years.
Most vendors treat embedded system security as a checklist added after firmware is already written — a signed bootloader bolted onto an otherwise unhardened stack. Embien treats embedded security engineering as a design discipline from day one: secure boot, hardened OS configuration, encrypted communication, and ongoing embedded security testing built into the development lifecycle rather than retrofitted before a launch date. Explore our full embedded system security services for the complete engineering scope.
That matters because embedded device security failures rarely show up in a lab — they show up in the field, on connected products a customer already trusts. Our engineers have hardened bootloaders, OS images, and communication stacks for automotive, industrial, and IoT products, applying the same embedded system security discipline whether the target is a Linux-based gateway or a bare-metal microcontroller. As a partner for embedded device security, we build defenses that survive real attackers, not just a compliance audit.
Four capabilities buyers evaluate before choosing an embedded system security engineering partner.
Signed bootloaders and a verified chain of trust so only authorized firmware runs on the device — the foundation of embedded system security.
OS hardening, attack-surface reduction, and secure configuration baked into embedded device security engagements from day one.
Encrypted, authenticated OTA update pipelines that keep embedded system security intact long after a product ships.
Penetration testing, fuzzing, and embedded security testing throughout development, not just before a release deadline.
Verified boot flows that stop unauthorized firmware before it runs.
Security requirements engineered into architecture from the start, not added after the fact.
Authenticated, encrypted firmware updates delivered and managed remotely.
Structured embedded security testing and documentation to support audits and certification.
Claims about embedded system security are easy to make. Here's the threat landscape behind them: our Insight on cyberthreats and cybersecurity for embedded systems lays out the attack surface — firmware tampering, insecure communication, supply-chain compromise — that shapes how we approach embedded security engineering and embedded device security on every program, from initial architecture through embedded security testing before release.
Start with a verified secure boot chain, harden the OS and reduce the attack surface, encrypt communication end-to-end, and validate everything with structured embedded security testing before shipping — then keep verifying with OTA-delivered patches after launch.
Tell us where your embedded system security project stands. An engineer — not a sales queue — will follow up.