Electronics and solution architecture
Technology selection, electrical schematics, component choice and technical documentation. For many clients, this scope acts as R&D electronics support from functional brief to a ready schematic package.
Our service page is structured so clients can quickly see where RED Electronics takes project responsibility and where we deliver the highest technical value.
Each area below represents a scope where RED Electronics can take full project responsibility. Select the one that matches your current stage.
Schematics, component selection and technical assumptions.
PCB design and integrationBoard layout prepared for prototyping and production.
Firmware and softwareControl software, system logic and integration.
High-level applicationsUser interfaces, dashboards and device configuration apps.
Prototypes and bring-upPilot series, functional tests and technical risk closure.
Testing and validationPreparation for certification and environmental product checks.
CybersecuritySecurity-by-design aligned with current regulations.
From functional analysis and technology selection to electrical schematics, PCB design and board implementation. Documentation is prepared so electronic prototypes can be launched with fewer iterations and device development stays ready for production scaling.
Technology selection, electrical schematics, component choice and technical documentation. For many clients, this scope acts as R&D electronics support from functional brief to a ready schematic package.
Board model and layout prepared for prototyping, with better coordination across hardware and software. Tools: KiCad, Altium Designer.
Control logic development, system integration and functional bring-up. We deliver embedded engineering on microcontrollers and embedded Linux platforms. For distributed systems, we also cover telemetry architecture and LoRa-based solutions using RTOS, Modbus, CAN, BLE, MQTT and PLC/SCADA ecosystems.
Firmware development and platform design for STM32, ESP32, NXP and other processors, including SoM-based embedded Linux systems. We work with RTOS environments, including FreeRTOS and Zephyr, planning architecture for stable deployment and future IoT production readiness.
Pilot assembly and first launch support with a strong focus on cross-layer integration. Controller programming, industrial communication and interface testing coordination reduce deployment friction.
This is the layer end users interact with every day. Desktop applications and industrial mobile applications support configuration, supervision and reporting. In practice these are control interfaces, dashboards, process visualization and telemetry tools for connected systems.
Operator interfaces built with LVGL: clear visuals, process monitoring, event handling and integration with firmware logic.
We build tools for device management, configuration and monitoring integrated through MQTT, REST API or Bluetooth.
Security requirements are addressed early, not added just before launch. This includes CRA readiness work and preparing products for IEC 62443, ETSI EN 303 645 and Cyber Resilience Act expectations.
Identification of attack vectors, risk evaluation and implementation of countermeasures adequate to the product security profile.
Preparation of technical documentation and project processes required by Cyber Resilience Act and IEC 62443-oriented audits.
Support in preparing products and documentation for certification workflows. CE-related tests, environmental validation, functional checks and EMC preparation help complete conformity activities and technical files needed for declarations and market readiness.
Guidance for certification preparation, pre-compliance checks and validation steps matched to product type and deployment context.
Complete documentation packages, conformity analysis and production files for new and existing products.
Not every client needs a full scope immediately. We separate common cooperation scenarios to define expectations faster.
Fewer iterations and interface risks — hardware and firmware are designed together, so cross-layer issues are caught before the board is built.
Shorter time from analysis to first prototype — a shared documentation and verification flow eliminates waiting between project phases.
Complete technical documentation ready for next stages — schematics, firmware and production files structured so your team or another contractor can take the project forward without gaps.
Support throughout the full product lifecycle — from concept through CE and CRA certification to serial production readiness.