Designed for production
Manufacturing constraints enter the architecture before they become expensive changes.
Product engineering + manufacturing
Make ideas
physical.
We build the hard part between a promising concept and a product that works in the real world.
Strategy, electronics, mechanics, firmware, AI and production, brought into one accountable build system.
Direct production accessEngineering + manufacturing under one teamNo broker. No sourcing layer. No handoff.See inside the build system ↘
ODMOEMJDMElectronicsMechanical engineeringFirmwarePhysical AINPISMTInjection moldingODMOEMJDMElectronicsMechanical engineeringFirmwarePhysical AINPISMTInjection molding
What we are
We engineer it.
We build it.
We own the factory.
One team carries the product from architecture to the factory floor. Direct engineering decisions, direct production feedback, and no middle layer between the people solving the problem and the people building the product.
One build.
Five stages.
A disciplined path from an unresolved problem to a production-ready product. Every stage produces evidence for the next.
01 / DEFINE
Product architecture
Requirements, risk, system choices and commercial constraints.
02 / ENGINEERIntegrated R&D
Electronics, mechanics, firmware, connectivity, AI and server development.
03 / PROTOTYPEBuild to learn
CNC, 3D printing, PCBA, tooling studies and fast physical iteration.
04 / VALIDATEProve the system
Functional verification, reliability, DFM and certification planning.
05 / SCALENPI + production
SMT, molding, assembly, quality systems, yield and controlled ramp-up.
Deep where
it matters.
Specialists work as one product team, so disciplines do not hand problems downstream.
AI hardware · built in-house
Intelligence,
under production control.
AI hardware succeeds when compute, thermal design, power, sensing, firmware and manufacturing are resolved as one system.
INTERACTIVE PRODUCT TWINMOVE TO INSPECT
SELECTED SYSTEMComplete product architectureSelect a point to inspect an engineering layer.
Feedback without translation
Production findings move directly back to the engineering team responsible for the design.
Measured at every release
Test coverage, yield, reliability and revision control inform each production decision.
One accountable operator
Engineering, tooling, SMT, assembly and NPI remain under direct operational control.
Built directly.
Accountable globally.
International product programs structured for clear communication, documentation and production control.
United States
Development support for robotics, AI hardware, connected devices and industrial technology teams.
Discuss a US program ↗Europe
Programs planned around documentation, traceability and certification readiness.
Discuss a European program ↗Australia
Direct engineering and manufacturing for responsive product development and production execution.
Discuss an Australian program ↗Meet the build
where it is.
Start from a sketch, a flawed prototype, or an existing product that needs a better path to scale.
From zero
For founders defining a new category or technical system.
- Product architecture
- Integrated R&D
- Prototype + validation
From stuck
For teams facing reliability, cost, performance or supplier problems.
- Technical audit
- Redesign + DFM
- Production recovery
From working
For validated products preparing for reliable production.
- NPI planning
- Tooling + test systems
- Ramp + quality control
Start a build
Tell us what
you are building.
Share the product, current stage and hardest unresolved problem.