We design and develop embedded systems and associated electronics, enabling customers to focus on their domain-specific product development. From complex system requirements or initial concepts, we create prototypes and manufacturable solutions, ensuring all functional and non-functional requirements are met, including safety and security.
With our approach, we translate early-stage ideas and system requirements into clear subsystem, software and hardware specifications, prototypes and even a production ready product. By closely aligning with customer needs throughout the process, we deliver embedded solutions that meet the highest standards for performance, stability, safety and security.
To reduce development lead times, we often use off-the-shelf components where appropriate. For greater flexibility, we have developed two modular platforms that enable rapid customization with building blocks for connectivity, OTA updates and both digital and analog I/O expansion.
Support in analyzing communication protocols (e.g., CAN, ethernet, Bluetooth, BLE) to find root causes. Integration of hardware and firmware for interface standards to enable predictive maintenance capabilities.
Security integrated at firmware and hardware level, with secure boot mechanisms, use of Trusted Platform Modules (TPM), PKI infrastructure to ensure authenticity and integrity, securing a future-proof foundation of the product.
Structured system design in accordance with CE, Functional Safety (ISO/SIL/ASIL), RED Directive, and the Cyber Resilience Act (CRA). Support in the execution of risk assessments onto Proof Of Concepts and prototypes.
Development and qualification of Board Support Packages (BSP’s), boot firmware, device drivers and security for various hardware environments, fully aligned with Linux and Zephyr ecosystems.
Architecture, schematic design and board layout of electronic systems. Creation of POC, proto and production ready electronic products, compliant to safety, EMC and RF regulations.
Support in analyzing communication protocols (e.g., CAN, ethernet, Bluetooth, BLE) to find root causes. Integration of hardware and firmware for interface standards to enable predictive maintenance capabilities.
Security integrated at firmware and hardware level, with secure boot mechanisms, use of Trusted Platform Modules (TPM), PKI infrastructure to ensure authenticity and integrity, securing a future-proof foundation of the product.
Structured system design in accordance with CE, Functional Safety (ISO/SIL/ASIL), RED Directive, and the Cyber Resilience Act (CRA). Support in the execution of risk assessments onto Proof Of Concepts and prototypes.
Development and qualification of Board Support Packages (BSP’s), boot firmware, device drivers and security for various hardware environments, fully aligned with Linux and Zephyr ecosystems.
Architecture, schematic design and board layout of electronic systems. Creation of POC, proto and production ready electronic products, compliant to safety, EMC and RF regulations.
A modular control platform designed as a flexible foundation for product development across various domains.
The platform provides essential embedded control features and is intended to accelerate the development process by avoiding repetitive design tasks.
It offers integrated secure remote accessibility, supports over-the-air (OTA) updates, and is compliant with common connectivity standards, including Ethernet, Bluetooth, BLE, and Wi-Fi.
The modular architecture enables product-specific customization through predefined building blocks or customer-specific functional modules.
Security mechanisms are embedded at both firmware and system level, supporting secure data transmission and platform integrity throughout the device lifecycle.
The NERP platform can be expanded with cloud connectivity options, advanced diagnostics features, and digital and analog input/output modules, providing flexibility for different application requirements.
A modular Battery Management System platform developed to accelerate battery system development and integration.
The platform is based on a BMU (Battery Management Unit) and CMU (Cell Monitoring Unit) architecture and includes extensive connectivity options and configurability for different battery chemistries and pack designs.
It is compliant with automotive (ASIL C/D) and industrial (SIL2) functional safety standards, ensuring safe and reliable battery operation.
Advanced functionalities include improved state-of-charge (SoC), state-of-health (SoH), early detection of thermal runaway conditions and detailed diagnostics to support predictive maintenance strategies.
Secure cloud connectivity enables remote diagnostics, monitoring, battery passporting, and firmware updates over-the-air (OTA).
The modular design allows customization to meet specific customer requirements, supporting integration of proprietary algorithms and control strategies, including tailored low-volume solutions.
System integration services and functional safety support are available to assist in certification and deployment.
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