Commit Embedded unites advanced software, hardware and communications, BSP & RT applications, and RF expertise under one roof to deliver fully integrated, secure, and intelligent systems. We support the full lifecycle, from concept and system architecture through integration, validation, and mass production, turning complex requirements into reliable, production-ready embedded solutions.
Commit Embedded is a specialized division of Commit, built on its established core engineering foundation and strengthened through the integration of Commit Hardware and Commit RF Applications, adding advanced RF and intelligent real-time software capabilities under one roof.
Together, we deliver end-to-end embedded projects, tailored to your requirements. Commit Embedded is a services company with deep expertise across hardware development, operating systems, system hardening, and real-time (RT) application engineering.
From discovery and architecture through implementation, integration, and validation, we build reliable, high-performance embedded systems that operate in demanding environments. Trusted by defense, medical, and industrial leaders, we turn complex specifications into production-ready solutions, delivered as a complete, customer-specific engagement.
Delivering secure, high-performance embedded systems across the full lifecycle,
from concept and architecture through system integration, validation, and mass production.
From smart cards to complex telemetry and RF platforms, our comprehensive suite of products and engineering services provides the foundation for next-generation systems, delivering scalable, high-performance solutions from concept to mass production.Our multidisciplinary approach combines deep engineering expertise with system-level thinking, enabling the development of reliable, fully integrated platforms designed to operate in complex, high-demand environments.
Low-level software integration for custom platforms, enabling seamless communication between hardware and operating systems. From silicon bring-up to full platform enablement, we deliver robust, secure, and optimized BSP (Board Support Packages) solutions, ensuring stable system operation and efficient resource utilization in complex embedded environments.
Custom automated test systems and validation environments designed to ensure system reliability, compliance, and operational readiness across all lifecycle stages. We deliver scalable testing infrastructures that support development, system integration, and production, enabling consistent performance and reducing risk throughout the deployment lifecycle.
High-performance software systems designed for demanding real-time environments. We develop scalable, intelligent software platforms that integrate seamlessly with embedded hardware and RF systems, covering full-stack development, AI-driven capabilities, and advanced desktop and mobile applications, enabling efficient data processing and responsive system behaviour in complex, dynamic environments.

Mission-ready embedded platforms that combine real-time software, RF design, and embedded hardware for high-performance, fully integrated systems.

High-performance wireless and RF capabilities, including telemetry, antennas, microwave sub-assemblies, and embedded integration for deployed systems.

Custom BSP development, early-boot bring-up, and driver integration that accelerate chip launch and ensure robust platform enablement.

Embedded systems built for operational readiness, combining integration, hardening-oriented engineering, and custom testing and validation environments.

Secure embedded designs, smart card integration, and cryptographic hardware support are designed for highly compliant, reliable payment terminals and transaction infrastructures.

Safety-critical, compliant embedded engineering, from prototyping to turnkey diagnostic medical devices, ensuring high reliability, secure data, and rigorous validation.

Connected, resilient embedded systems engineered end-to-end for smart grid integration, power electronics, resource optimization, and monitoring in demanding environments.

Real-time software infrastructure for performance-sensitive workloads such as video and image processing, integrated with the embedded stack.