Prototype directionsRepresentative POC categories
Illustrative intelligent hardware prototype
AI vision nodeCamera / Edge AI
Illustrative intelligent hardware prototype
Wearable AI deviceBattery / Sensor fusion
Illustrative intelligent hardware prototype
Industrial edge hubVision / Pilot path
Concept to manufacturable validation

De-risk your AI hardware idea before full production.

ProtoKicker helps AI hardware teams turn early concepts into testable POC prototypes, then move validated projects toward EVT, pilot production and a clear manufacturing handoff.

NDA, SOW, acceptance criteria and production intent from day one
PK / 01LIVE VALIDATION PATH
AI vision prototype
SENSINGEDGE AIPILOT READY
From ambiguity to evidence

A disciplined path for high-stakes hardware decisions.

We help you prove the questions that decide whether the product deserves the next engineering spend.

01

Submit the product brief

Share the user, AI function, physical constraints, timeline and production intent.

02

Scope the proof

We define the POC question, risk map, acceptance criteria, SOW and build path.

03

Build and integrate

Hardware, firmware, edge AI, sensing and demo software are developed as one system.

04

Validate and decide

You receive the prototype, test evidence and a clear route to EVT, pilot or stop.

Where we start

Intelligent devices built around the real user moment.

Camera, sensing, edge compute, firmware, AI behavior and production readiness are treated as one system.

01 / AI VISION

AI cameras and vision terminals

Pet, home, retail, creator, safety and industrial vision devices that need sensing, inference and a physical demo.

Vision / Edge AI
02 / MULTIMODAL

AI toys and wearable devices

Compact products combining camera, microphone, speaker, battery, wireless connectivity and AI interaction.

Voice / Vision
03 / PRODUCTION PATH

POC to pilot build

Translate validated learning into EVT, sourcing, test plans and small-batch readiness.

EVT / Pilot
Commercial engagement

Custom quote. Standardized process.

B2B hardware scope depends on technical risk and validation depth. We make the deliverables, boundaries and next decision explicit.

Feasibility review

Decide if the idea is buildable.

Paid scoping

Defined by SOW and acceptance criteria.

  • Product brief review
  • Architecture and risk map
  • Rough BOM direction
  • POC SOW and acceptance criteria
Request review
EVT / pilot path

Prepare for a repeatable build.

Project based

Defined by SOW and acceptance criteria.

  • Engineering iteration
  • BOM and supplier readiness
  • Small-batch planning
  • Manufacturing handoff support
Discuss production path
FAQ

Before we build, we make the decision clear.

Need a more detailed answer? Visit our full FAQ or submit your product brief.full FAQ or submit your product brief.

Why not publish a standard POC price?

Custom AI hardware cost depends on sensors, compute, form factor, software, model work, prototype count and validation depth. We keep pricing project-specific, but make the process and deliverables explicit.

Can you work with an early idea?

Yes. Feasibility review turns a loose concept into a buildable scope, risk map, acceptance criteria and next-stage plan.

What does a POC prove?

A POC should prove the decisive technical and product question: sensing, AI behavior, latency, power, demo workflow, user value or manufacturability direction.

What happens if the idea is not feasible?

You receive the risk evidence, alternative routes and a recommendation to revise, pause or stop before spending more.

Can you support after the POC?

Yes. Validated projects can move into engineering prototype, EVT, pilot production planning and manufacturing handoff.

Start with a product brief

Tell us what the prototype must prove.

Share the product category, AI behavior, physical constraints and production intent. We will review fit, risks and the right next engagement.

Prefer a conversation? Message us on WhatsApp

Product brief intake
WA