For Canadian product teams

Qualify an Edge AI technology route before locking the architecture.

FlyPig AI turns a Canadian product requirement into architecture options, researched Taiwan technology candidates, visible risks and the questions required for a defensible next decision.

Useful starting input

Bring the constraints that shape the design.

A finished specification is not required. The engagement starts by separating known requirements from assumptions and unresolved engineering questions.

01

Application and operating environment

02

Compute, latency, power and thermal limits

03

Vision, sensing and connectivity requirements

04

Software, lifecycle, certification, cost, volume and timing constraints

Decision outputs

What the engagement produces.

The exact scope follows one product decision. Deliverables identify what appears viable, why, and what still requires direct verification.

Deliverable

Requirement brief

A shared statement of product intent, hard constraints, priorities and evidence still needed.

Deliverable

Architecture options

A comparison of viable compute, platform, vision and sensing routes—not a single premature part recommendation.

Deliverable

Candidate fit matrix

Researched Taiwan technologies compared by capability, maturity, integration burden, lifecycle and known risk.

Deliverable

Qualification questions

A concise list of technical and commercial questions to resolve with candidate suppliers or specialists.

Deliverable

Bounded introduction

When a credible match exists, an optional technical introduction with the question and relationship boundary stated clearly.

When this fits

Use qualification while meaningful architecture choices remain open.

This path is useful when a team is comparing edge compute, embedded platforms, vision or sensing options; reviewing a Taiwan solution; or preparing a more precise supplier conversation. FlyPig AI does not issue engineering sign-off, certification, legal advice or a substitute for prototype validation.

Define the next decision

Share the product intent, operating context and constraints already known.