Embedded systems · Prototyping · Product development

Your Technical Challenges. Our Engineered Solutions.

We take on the electronics, firmware, integration, and prototype work behind the technical issue holding up your product.

Talk through your project See where we fit
Engineering support for developing or improving a productMetro Detroit, Michigan

Where projects get stuck

One unresolved technical issue can affect the whole system.

An unresolved interface, board, or control question can affect the rest of the product—issues rarely stay in their own lane. We start by identifying what’s unclear and which parts of the design depend on it.

  1. 01
    A subsystem is undefined.

    The product needs electronics or firmware, but what they must do—and how they connect to the rest of the system—is still unclear.

  2. 02
    Integration risk is spreading.

    Power, timing, signals, packaging, or a connector choice can affect board layout, firmware behavior, and enclosure fit—triggering revisions elsewhere in the design.

  3. 03
    A concept needs evidence.

    A prototype, feasibility study, or test setup can show what works, what remains uncertain, and what to investigate next.

What we do

You bring the product objective. We take on the engineering work.

You may know what the product needs to do without knowing the best way to get there. We help frame the engineering question and take on the work needed to address it.

01

Prototypes & Feasibility

Compare architecture options and technical risks when the path is uncertain, or use a focused prototype to test critical behavior and interfaces before the next design decision.

02

Electronics & PCB Design

Meet functional and performance requirements while accounting for signal integrity, component cost and lifecycle, environmental constraints, upstream and downstream interfaces, and physical fit from the start.

03

Software & Firmware

Develop firmware and software that fit the hardware and the wider product, with attention to timing, control, fault response, communications, and testability.

04

Embedded AI

Evaluate sensor signals and data quality, choose where inference runs, and connect model outputs to hardware, firmware, and product behavior.

05

Mechanical & Interconnect

Develop enclosure and interconnect details with assembly and service in mind, including mounting, cable routing, connector access, and supplier-facing design information.

Engineering across interfaces

Develop the part. Understand the whole.

A subsystem cannot be designed in isolation. We work through the electrical, software, physical, and test interfaces that determine how it fits the product.

ElectronicsPower and I/O signals set constraints for board layout, control code, and the interfaces around them.
Embedded softwareDrivers, timing, and fault response depend on the hardware and the contracts at each interface.
Physical integrationEnclosure geometry, mounting, and cable routing affect board placement, connector access, and service.
Test & toolsTest access and tools define what can be observed, debugged, and checked against the criteria for the work.

How the work moves forward

Bring us the problem. We’ll scope the work and carry it through.

We scope the problem together, then choose the right path: investigate critical unknowns when needed, or move into the agreed design, prototype, or test work.

01 / Scope

Scope the work and estimate the cost

Work with you to define the project objectives, interfaces, constraints, schedule, and budget.

Output
A proposal with detailed scope and pricing for client approval
02 / Define the path

Assess risks and plan the work

Compare approaches and assess feasibility or technical risk where the project calls for it.

Output
Risk and feasibility findings with recommended next steps
03 / Develop

Design and develop

Carry out the electronics, firmware, mechanical-interface, prototype, or test-tool work scoped for the project.

Output
Design files, source code, a functional prototype, or a test tool
04 / Deliver

Test and hand off

Check the work against project objectives and requirements, document the results, and discuss any next steps we can support.

Output
Test results, project documentation, and any updates to design artifacts

We establish a meeting cadence and keep your team current on progress, decisions, and issues.

The handoff

Work your team can take forward.

Your team receives the project documentation, technical artifacts, and open issues captured during the work. If integration is in scope, we handle it; if not, you can use the handoff independently or bring us in to scope integration support.

  • Requirements, assumptions, and trade-offs
  • Risk and feasibility findings
  • Schematics, code, CAD, and PCB layout files
  • A functional prototype or subsystem design, with test results and findings
  • Interface control documents, project documentation, BOM, open issues, and suggested next steps

Illustrative examples; scope defines deliverables.

Start with the technical need

Bring us the blocker. Let’s work through it.

Tell us what the product or subsystem needs to do and where the engineering question stands. You do not need a finished specification to begin the conversation.

If you know the timing or other constraints, bring those too. We can discuss the next scoped step together.

Discuss a project