Condition monitoring node
Sensor, processing and wireless in one small unit, built for battery or mains operation with alert-ready outputs.
Prototype & firmware included
Ready-made electronics solutionsProven platforms,
Proven platforms,
your product on top.
Start from a reference design we have already engineered — a monitoring node, a motor control module, an IoT gateway, a power module — and skip the parts of the roadmap you do not need to rediscover. Adapt it, or use it as delivered.
- Reference hardware
- Adaptable firmware
- Manufacturing-ready files
Why start from a platform?Why rebuild from scratch
Why rebuild from scratch
what already works?
Most electronics projects do not fail because the idea is wrong. They fail because power, protection, layout and firmware details were re-derived from scratch, late, under schedule pressure.
A reference platform moves those solved problems to the start. You inherit a reviewed power budget, a known-good stack-up, working drivers and a test approach — and spend your engineering effort on what actually differentiates your product.
Still your design. Every platform is handed over with the files you need to own, modify and manufacture it.
- 01Faster to first working unit
Hardware and firmware risks are already addressed before your first build.
- 02Fewer expensive mistakes
Known-good protection, layout and driver patterns instead of guesswork.
- 03Lower engineering effort
Reuse where it makes sense and spend time where it counts.
- 04Production path included
BOM, test points and documentation travel with the design.
Solution catalogueProven systems,
Proven systems,
ready to adapt.
Each platform below has been engineered to a defined purpose. Pick the closest fit, then tell us what your application needs instead — that difference is where our work usually starts.
Motor control module
Driver, sensing and protection on a defined footprint, ready to adapt to your motor, supply and enclosure.
DC, stepper & BLDC options
Power module
Conversion, filtering and protection designed around a defined input range, load and thermal budget.
Derated for your environment
IoT & edge gateway
Connectivity, buffering and remote management for equipment that needs to report and be updated.
Wi-Fi, BLE, LoRa & NB-IoT
Not sure which platform fits? Describe your product →
What a deployable solution looks likeHardware, firmware and the files
Hardware, firmware and the files
to actually build it.
A platform is only useful if you can take it further. Every solution is scoped with production in mind, so what you receive is what your manufacturing partner needs.
What you receive
Design data, firmware and build documentation
Schematic and layout data, firmware source, a bill of materials, test points and assembly notes — so the design can be modified, reviewed and manufactured by your team or a partner we introduce.
How solutions are adapted
Interfaces, power, mechanics and firmware
Most adaptations touch one or two of these. We scope the change, flag anything that affects certification or lifecycle, and keep the delivered files consistent with the modified design.
From blueprint to live system
Adaptation in four steps.
A short, predictable path from “this is close” to “this is built and working”.
Fit check
We compare the platform against your interfaces, supply, environment and volumes, and list the gaps.
Output: gap list & effort estimateAdapt
Hardware, firmware and mechanical changes are implemented together against one reviewed plan.
Output: adapted design & firmwarePrototype
Units are built and brought up on the bench, with fixes fed back into the design rather than patched in firmware alone.
Output: validated prototypesHand over
Production files, BOM and documentation are released, and support continues if the product evolves.
Output: production package
Technologies
Built on supportable technology.
Solutions are only maintainable if the parts underneath them stay available. We choose for lifecycle, supply and support — and document the reasoning.
- EDA & simulationSchematic capture, SPICE, review rules
- PCB & signal integrityStack-up, impedance, SI/PI, DFM
- MCUs & SoCsARM Cortex-M, RISC-V, 8/16/32-bit
- Embedded LinuxBSPs, kernel, custom distributions
- RTOSFreeRTOS, Zephyr, control loops
- Wireless & RFWi-Fi, BLE, LoRa, Zigbee, NB-IoT
- Industrial busesCAN, LIN, RS-485, Modbus
- Test & complianceBring-up, environmental, EMC pre-scan
A solution also carries decisions about component lifecycle, alternate sourcing, test coverage and documentation. See the full technology expertise →
IndustriesSolutions built around
Solutions built around
your environment.
The same platform behaves very differently in a cleanroom, a rail carriage or an engine bay. We plan for the environment it actually ships into.
Automotive & railways
Load dump, vibration, temperature cycling and long maintenance intervals drive component and protection choices.
Industries we serveIndustrial & energy
Continuous operation, wide supply inputs and plant-level buses shape the interface and protection design.
Industrial electronicsHealthcare & defence
Safety, documentation discipline and controlled supply chain considerations come first.
Healthcare electronicsCapability examples
What adaptation looks like.
Illustrative scenarios, not published client case studies or measured results. Ask us about relevant experience for your product.
Illustrative · Monitoring platform
From bench node to fleet-installed device
Challenge: A working prototype needs to survive a workshop environment and report unattended.
Approach: Enclosure, power, connectivity and firmware hardened as one revision.
Explore our services →Illustrative · Motor control
Matching a driver to a new motor
Challenge: An existing module overheats with the customer’s motor and supply.
Approach: Re-derive the current path, protection and thermal budget, then re-test on the bench.
Explore motor drivers →Illustrative · Connected product
Adding remote updates to a shipped design
Challenge: Devices in the field need firmware updates without a site visit.
Approach: Bootloader, signing and rollback introduced without breaking the existing hardware.
Explore firmware development →Frequently asked questions
Solution questions.
How a platform is used, adapted and handed over comes up in every first conversation.
Ask about your requirements →What are these electronics solutions?
They are proven reference platforms and design blueprints — a condition-monitoring node, a motor control module, an IoT gateway and more — that shorten the path from idea to a working prototype. Each one can be used as delivered or adapted to your product.
Can a solution be customised for our product?
Yes. Every solution is a starting point. We adapt the interfaces, power budget, enclosure, firmware and documentation to your application, quantities and compliance needs.
Do you deliver the source design files?
Yes. Schematics, layout data, firmware source and the documentation your manufacturing partner needs are handed over as part of the agreed scope.
How do we start with a solution?
Pick the closest platform, share your requirements, and we will confirm what can be reused, what must change, and what the first prototype needs to prove.
Start your projectLet’s plan the right engineering
Let’s plan the right engineering
path together.
Have an idea, a board that needs attention or a design ready for production? Tell us what you are building and where you are today.
No complete specification needed. A short brief of your product and goals is enough to start.
What happens next?
- Share your product goal, application and current stage.
- Discuss the components, interfaces and constraints that matter.
- Agree a practical next step and the scope for a proposal.