From concept to certification.
RED Electronics designs electronic hardware, embedded software and automation systems for B2B companies. We deliver full-scope projects or support selected stages - tailored to your needs.
From schematics and PCB to firmware, control logic, prototype, testing and production-ready documentation.
Functional analysis, component selection, electrical schematics and PCB layout prepared for industrial conditions, EMC and serial production. We design PCB and documentation for predictable manufacturing and testing.
Embedded design for microcontrollers (STM32, ESP32, NXP) and SoM platforms. Work in embedded Linux and RTOS environments, including FreeRTOS and Zephyr. Peripheral support, communication stacks, bring-up and hardware integration.
Controller design, industrial interface engineering and automation systems for machinery and production lines. Integration with Modbus, CAN, PROFIBUS networks and SCADA systems.
Device integration with industrial networks and cloud platforms. BLE, Wi-Fi, MQTT, REST API protocols and LoRa device design for distributed systems. Power management for battery devices and IoT delivery from prototype to deployment.
Security-by-design approach aligned with IEC 62443. We implement encryption, secure boot, key management and vulnerability analysis as core project elements, not as post-launch add-ons.
Operator interfaces and user software: desktop applications, industrial mobile apps and control tools for configuration and supervision. Dashboards, process visualization and telemetry applications are part of the user-facing system layer.
Assembly and launch of pilot prototype batches. Functional, environmental and EMC testing. This stage also includes formal readiness: CE conformity assessment and technical documentation for implementation.
Modern industrial, IoT and medical devices face increasing cybersecurity regulation. RED Electronics applies a security-by-design approach where security is a design requirement from the earliest analysis stage.
The Cyber Resilience Act introduces mandatory cybersecurity requirements for many products in the EU. Implementing security-by-design now protects against costly redesign later.
We treat security as an engineering requirement: measurable, documentable and integrated into system architecture.
Every project runs in stages with clear decision points. This keeps scope, budget and technical risk under control throughout execution.
We identify business goals, functional requirements and environmental constraints. Then we define architecture and stage planning.
We select components and design schematics and PCB layout with EMC, thermal behavior and manufacturing requirements in mind.
We develop and test embedded software. Hardware and software are integrated and communication interfaces are validated.
Pilot batch assembly, first launch and elimination of key technical risks before production transition.
Functional, environmental and EMC testing. Support for CE-related activities and complete technical documentation.
You do not split the project between multiple vendors. Hardware, firmware and automation are handled in one engineering stream.
years of market experience
satisfied B2B clients
completed projects
competence areas: hardware, firmware, automation, applications, cyber
RED Electronics supports companies with in-house R&D teams and organizations building a technology product from scratch without their own engineering backend.
Send a short brief - what the device should do, in which environment it will operate and your target timeline. We will respond with suggested next steps.
Functional analysis and system architecture
Electrical schematics and PCB design
Firmware and embedded software
Automation and PLC/SCADA integration
Cybersecurity and security-by-design
Prototype, tests, CE support and documentation