I will design root of trust pcb with secure element and hardware security secure pcb
Pcb desinger
Over deze dienst
Root of Trust & Secure Hardware PCB Design
Security starts at the hardware level. A secure device needs protected keys, trusted boot, device identity and a carefully designed hardware architecture.
I will design custom Root of Trust PCBs, secure element hardware and embedded security electronics for IoT devices, connected products, industrial hardware and other security-focused embedded systems.
What I Will Provide:
Root of Trust hardware architecture
Secure element integration
TPM / security IC integration
Secure boot hardware support
Cryptographic key storage
BOM and Gerber files
Manufacturing-ready PCB documentation
Why Choose Me?
I focus on practical hardware security architecture, secure component integration, clean PCB layout and reliable embedded hardware design.
Whether you need a Root of Trust, secure element, TPM based design or secure embedded PCB, I can develop the hardware around your security and system requirements.
Have a secure hardware project? Send me your architecture, security requirements or reference design, and let's build your secure PCB.
Veelgestelde vragen
Can you design a Root of Trust PCB?
Yes. I can design the hardware architecture and PCB around a suitable secure element, TPM or security IC.
Can you integrate a secure element?
Yes. Secure elements such as suitable cryptographic security ICs can be integrated based on your system requirements.
Can you work with TPM hardware?
Yes. I can integrate a suitable TPM or trusted security module into an embedded PCB.
Can you design secure boot hardware?
Yes. I can design the hardware architecture needed to support secure boot with the selected MCU, secure element or security controller.
Can you provide secure key storage?
Yes. Suitable secure elements or security ICs can be integrated for protected cryptographic key storage.
Can you integrate an MCU?
Yes. I can work with STM32, ESP32 and other suitable microcontrollers depending on the security architecture.
Can you design secure communication interfaces?
Yes. SPI, I2C, UART, USB, Ethernet and other interfaces can be incorporated with appropriate hardware protections.

