embedded Microservices
A Foundational Technology for the Digital Marketplace in Embedded Systems
Embedded Microservices are the core building blocks of the new digital marketplace for embedded systems.
They bring the flexibility, modularity, and scalability of cloud software into the embedded world, enabling devices to evolve securely, efficiently, and autonomously.
Each Microservice is a self-contained, independent executable that represents a single, clearly defined functionality, such as connectivity, cryptography, storage, or AI inference.
Microservices are individually deployable, securely isolated, and fully authenticated, allowing device vendors to integrate and update features without rebuilding or redeploying entire firmware images.
Unlike traditional approaches, Embedded Microservices operate with minimal complexity and maximum freedom. Developers can use any programming language or toolchain, and every Microservice remains platform-agnostic — ensuring seamless portability across architectures, including the smallest microcontrollers such as Arm Cortex-M0.
Security is built into the foundation. Each Microservice runs within an access-controlled, cryptographically verified environment, ensuring that services cannot interfere with one another or access unauthorised system resources. This architecture provides a trusted foundation where third-party and vendor-developed components coexist safely.
Embedded Microservices deliver native machine code performance with real-time determinism, ensuring no compromise between flexibility and efficiency. Updates are smaller, faster, and secure, reducing both manufacturing costs and operational complexity.
This is the foundation of a new generation of embedded systems, modular, trusted, and intelligent by design.
A world where devices can securely evolve, where innovation is shared and monetised, and where every product is built with confidence from the first line of code.
While these advanced features offer unprecedented modularity and security, the technology maintains high computational efficiency. As native machine code executables, Embedded Microservices operate without the overhead of runtime interpretation or virtualization. This design ensures that systems maintain deterministic, real time performance, making the technology suitable for mission critical applications where timing and resource optimization are mandatory.
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