Secure & Compliant Embedded Systems for Europe’s Connected Future
Embedded Systems Consulting — Helping companies in IoT, automotive, and industrial sectors design reliable, standards-compliant embedded solutions — bridging deep technical expertise with knowledge of EU digital law.
Embedded Systems Consulting Services
Firmware and Bootloader
Embedded software engineering services for Bare-metal and RTOS based systems.
Embedded Linux
Board Support Package and embedded Linux customization using Yocto, Buildroot, and manual tools. Providing system boot, kernel and Root FileSystem optimization.
Software update
Software update functionalities implementation for OTA (Over-The-Air) projects equipped with wired and wireless protocols (UDS, UART, Bluetooth…).
Cybersecurity compliance
Helping automotive suppliers and OEMs achieve ISO 21434 and UN R155 compliance by providing cybersecurity gap analysis, secure Bootloader implementation, firmware specifications, and secure OTA architecture.
Training
Offering embedded systems trainings: • Embedded Linux OS Development • BSP customization using Yocto/Buildroot • MCU Bootloader development
Digital Law Consulting
Digital Law consulting services specializing in cybersecurity compliance, software Intellectual Property (IP) licensing, and AI regulation. Supporting technical teams and organizations in aligning technical architectures with evolving legal and regulatory requirements.
About AJ
AJ is a micro-entreprise in France managed by Anas J. an Embedded Systems and Digital Law Consultant.
Graduated from college with Master’s Degrees in Embedded Systems and Mobile Communications. Anas has built his career in the automotive industry, specializing in firmware development, cybersecurity, and embedded software architecture.
Certified in AUTOSAR and ISO/SAE 21434 Automotive Cybersecurity, and holding academic qualifications in digital law with a focus on intellectual property, cybersecurity regulation, and AI compliance, he helps companies develop secure and compliant embedded systems for modern vehicles.
Recent Posts
-
Implementing CAN on Aurix TC275 Lite Kit
Introduction This article discusses implementing CAN on Aurix TC275 microcontroller using the KIT_AURIX_TC275_LITE evaluation board. The implementation is based on Infineon’s official example project MULTICAN_1_KIT_TC275_LK, with a focus on modifying it to disable Loop-Back mode in order to enable communication with external CAN devices. In the original example, MULTICAN_1_KIT_TC275_LK demonstrates the use of the MultiCAN…
-
Implementing jump function – STM32 vs Aurix TriCore
Overview In embedded C, a “jump” typically refers to transferring program execution to another point in code outside of the normal sequential flow (common in bootloaders or multi-image firmware). This article will focus on implementing jump function from bootloader to application in the context of STM32 and Aurix TriCore microcontrollers. A jump requires two parameters…
-
Protected: Yocto Project – Integrating xradio WiFi Module
There is no excerpt because this is a protected post.
-
Can AI-Generated Code Be Legally Owned ?
Introduction AI tools like GitHub Copilot, ChatGPT, and CodeWhisperer are now capable of writing significant portions of software. Developers across different industries are accelerating work by prompting AI to generate functions, algorithms, or even entire modules. This convenience raises a fundamental legal question: Who owns AI-generated code — and is it even copyrightable ? Who…
-
Protected: Automotive ECU’s Bootloader – Part 8 – Handling Non-Contiguous Application Blocks
There is no excerpt because this is a protected post.
-
Building BSP using Yocto – Part 5/5 – Building and booting final OS
Introduction The Part 4/5 of “Building BSP using Yocto” series discussed steps to create and build custom Linux kernel and image recipes using Yocto Project. This article is the last part of this series and will expose the guide for building and booting the final OS image on the target board (Orange Pi Zero) based…