BSP · Firmware · RTOS · Linux · Robotics
BSP, firmware and platform enablement from first boot to production.
We build and port board support packages, drivers and product firmware across bare metal, FreeRTOS, Zephyr RTOS, Embedded Linux and Yocto—with Rust and ROS 2 support for connected and robotic systems.
- BSP & platform enablement
- Bare metal
- FreeRTOS
- Zephyr RTOS
- Yocto Project
- Embedded Linux
- U-Boot
- Buildroot
- Rust
- ROS 2
Major semiconductor ecosystems
Board bring-up and software enablement across the silicon ecosystems your product already uses.
Vendor-neutral BSP, bootloader, device-driver, RTOS and Linux engineering across established semiconductor ecosystems.
- Texas Instruments
- STMicroelectronics
- NXP
- Infineon
- Microchip
- Renesas
- Qualcomm
- Intel
- AMD
- NVIDIA
- Nordic Semiconductor
- Realtek
Additional ecosystems: Broadcom, MediaTek, Analog Devices, Silicon Labs, onsemi, Marvell, Espressif Systems, Altera, Lattice Semiconductor, Efinix and SiFive — across Arm, RISC-V, x86 and FPGA platforms.
All product and company names are trademarks of their respective owners. References indicate technical capability only and do not imply partnership, customer status or endorsement. Feasibility is confirmed for each device, SDK, toolchain and hardware target.
Engineering capabilities
The difficult layer between a data sheet and a dependable device.
Domain-agnostic embedded engineering, security by design, delivered onsite or remotely.
BSP & platform enablement
First boot, boot chains, HALs, device trees, board support packages and low-level drivers.
Explore platform enablement 02 / RTOSZephyr RTOS & FreeRTOS
Board ports, drivers, subsystem integration, migrations and production firmware for constrained devices.
Explore RTOS engineering 03 / LINUXYocto, Buildroot & Embedded Linux
Linux BSPs, U-Boot, kernels, device trees, reproducible builds, updates and lifecycle ownership.
Explore Linux engineering 04 / FIRMWAREBare-metal, C/C++ & Rust
Low-level firmware, hardware abstraction, performance-critical code and safe platform modernisation.
Explore firmware engineering 05 / PHYSICAL AIPhysical AI, Robotics & ROS 2
Embedded foundations for intelligent machines: sensor interfaces, real-time integration and secure platform software.
Explore Physical AI enablement 06 / SECURITYSecure product firmware
Secure boot, signed updates, device identity, vulnerability handling and CRA readiness.
Explore device securityRobotics · Autonomous systems · Edge AI
Engineering the Embedded Foundation for Physical AI.
Intelligent machines need reliable software beneath their AI models. ArivEmb engineers the connection between sensors, actuators, real-time controllers and embedded computing—from first boot to hardware validation and secure field updates.
Explore Physical AI engineering →- Sensor drivers, BSPs and hardware bring-up
- Zephyr RTOS, FreeRTOS and measured real-time behavior
- Embedded Linux, Yocto and ROS 2 integration
- Secure boot, firmware updates and hardware-in-the-loop validation
Product security · 2026
Secure Boot certificates are changing. Is your device ready?
Microsoft's 2026 Secure Boot transition and Windows IoT support deadlines create real product-lifecycle questions. We help industrial OEMs assess exposure, validate the boot chain and engineer secure updates—without assuming every IoT device is affected.
Explore the Secure Boot 2026 assessment →- UEFI and Linux boot-chain readiness
- Hardware Root of Trust and secure firmware updates
- Windows IoT lifecycle and embedded Linux modernization
- Zephyr, MCUboot, Yocto and U-Boot engineering
From the heart of Germany
Built in southern Lower Saxony. Engineered for the world.
ArivEmb develops embedded technology from Adelebsen for international semiconductor and product teams. The BSFZ seal was awarded to Linumiz GmbH in connection with the certified research and development project “Embedded DX lokale KI-Plattform” under the German Research Allowance Act.
Explore the Embedded DX ecosystem →
How we work
One engineering thread from architecture to sustained product.
We join where the risk is highest, make the system observable, and leave behind a platform your team can own.
- 01
Understand
Hardware, constraints, baseline, decision points.
- 02
Architect
Interfaces, boot chain, threat model, lifecycle.
- 03
Enable
BSP, drivers, build system, application services.
- 04
Validate
Hardware tests, CI, performance and security evidence.
- 05
Sustain
Upstreaming, maintenance, training and handover.
Embedded DX
AI-assisted engineering with the evidence chain intact.
Embedded DX connects requirements, source, build output, hardware tests and review gates. It accelerates the work while keeping engineering responsibility with your team.
- Source traceability
- Review gates
- Hardware-in-the-loop validation
- Team-controlled workflows
Engineering in public
Upstream work is part of the delivery model.
Focused fixes, hardware enablement and measurable results contributed to the projects our industry depends on.
HPACK integer decoding
Fixed a signed-overflow edge case in the Zephyr network stack.
Zephyr #117141 ↗ MERGED · AUG 2026Fault-free serial DFU
Removed an unaligned MCUmgr frame read that faulted on ARMv8-M Baseline.
Zephyr #116813 ↗ UPSTREAM RESULTSMore engineering in public
Explore recent driver fixes, board enablement and their technical impact.
View contributions →Engineering enablement
Training on your hardware and your workflow.
Practical programs are adapted to the platform your engineers must ship and maintain.
Bring us the hard embedded problem
Hardware selected. Deadline real. Software path unclear.
Tell us the board, the software baseline and the milestone. An embedded engineer will reply.
Book an engineering call