Custom electronics development — from concept to production
Discuss your projectWe develop electronics and PCBs, embedded firmware and RTOS, Embedded Linux systems, industrial controllers and HMI. You can start with a specification, an idea, a prototype or an existing board.
What do you need to build, recover or replace?
You do not need to know the exact engineering term. Choose the situation closest to your project and see how we approach it.
Develop a new electronic device
From an idea or specification to a working prototype and production package.
Explore →replacementReplace an unavailable board
Preserve the required connectors, interfaces and system behavior.
Explore →missing documentationRecover schematics from a PCB
Reconstruct circuitry and component information from a physical sample.
Explore →redesignModernize existing electronics
Resolve reliability, lifecycle or production issues in the current design.
Explore →softwareDevelop or stabilize firmware
Drivers, algorithms, RTOS, communications, diagnostics and update.
Explore →automationDevelop a custom industrial controller
I/O, field buses, control logic and HMI integration for equipment.
Explore →Engineering services for electronic products and industrial systems
We can develop a complete device, take responsibility for a single engineering stage, or reconstruct and replace an existing product.
Custom Electronics Development
Architecture, schematics, PCB, firmware, prototype and production-ready design.
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Embedded Firmware
MCU bring-up, drivers, RTOS, protocols, diagnostics and firmware update.
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Embedded Linux
Bootloader, kernel, device tree, BSP, Buildroot/Yocto and product services.
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Industrial Controllers
Custom control hardware, I/O, field interfaces, firmware or Linux and HMI integration.
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Electronics Reverse Engineering
PCB reconstruction, component identification, interfaces, schematics and behavior.
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Schematic Reconstruction
Readable schematics and BOM recovered from a physical PCB sample.
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Compatible PCB Replacement
Documented functional replacement for discontinued or unavailable boards.
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Import Substitution
Component and module redesign around available, maintainable parts.
Learn more →From requirements to a controlled engineering result
Each stage has defined inputs, deliverables and acceptance criteria.
Functions, interfaces, environment and constraints.
Hardware/software boundaries and technical choices.
Schematics, PCB and embedded software.
Assembly, bring-up and measurements.
Functional and interface testing.
Source, manufacturing and test package.
Industrial controller based on NXP i.MX6ULL
Hardware platform, PCB and Embedded Linux engineering for an industrial controller with field interfaces.
Discuss your engineering task
Describe the device, current project stage and target result. A short brief, PCB photos, interface list or problem description is enough for an initial review.