Adaptive Product Solutions
One development partner for every critical layer.
We can fill one specialized gap or carry the complete project from problem definition through a production-ready build.
End-to-end Capabilities
System Architecture
- New designs
- Integrations
- Equipment upgrades
- Future proofing
- CRA compliance
- Schematic and PCB layout
- Custom control panels and enclosures
- Prototyping
- Measurement devices
- Legacy equipment upgrades and integrations
- Embedded C/C++, RTOS and bare metal systems
- Dashboards, HMIs, and APIs
- Database and workflow automation
- E-commerce integrations
- Web and desktop applications
- AI Integrations (API and local)
- Short-run manufacturing and build support
- Production tooling and assembly fixtures
- Test / calibration equipment and software tools
- Supply chain support
PlanBuildControlLaunch
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Hardware
Electronics and mechanical systems built to specification.
We design and build electronics and mechanical assemblies in-house, providing integrated solutions with short lead times.
- Schematics, layout, PCBA, prototyping, and hardware bring-up
- Custom control panels and enclosures
- Measurement devices
- Legacy equipment upgrades and integrations
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Firmware & Software
Maintainable software for diverse applications
We anchor our approach to the objective.
- Embedded C/C++, RTOS and bare metal systems
- Dashboards, HMIs, and APIs
- Database integration and workflow automation
- Web applications
- E-commerce integrations
- AI Integrations, API and local
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Manufacturing Support & Tooling
Test, calibration and production support at every stage.
The final 10% of the project often requires 90% of the work. We help support the critial final stages, keeping the project on target when it matters most.
- Production tooling and assembly fixtures
- Test and calibration equipment
- Specialized equipment modifications
- Short-run manufacturing and build support
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System Architecture
System architecture begins at the interfaces.
Interfaces include mechanical mating features, communication protocols, and user interaction. Working from the interface looking out forces early consideration of each components role in the broader system.
- Formal design requirements
- Technology and component identification
- Validation test planning
- CRA compliance plannning
- Future proofing and obsolescence planning
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