Mirrodyn is becoming a studio and product platform for AI-powered visual inspection. The first product direction is Mirrodyn Inspect, a local-first station for image capture, checks, evidence, and reporting.
Mirrodyn
A coming local-first inspection platform for camera-based product and condition checks.
It is for teams that need repeatable visual checks in packaging, returns, logistics, refurbishing, rentals, and other physical workflows.
Visual inspection gets more useful when the station captures consistent evidence, explains the result, and can be adapted without rebuilding the whole product.
The problem
Manual inspection can be inconsistent, and generic AI demos often stop at a prediction without enough evidence for an operator to trust or review. Physical workflows need clear capture conditions, visible checks, and stored results.
The solution
Mirrodyn Inspect uses a controlled camera station to capture images, run deterministic checks and AI-assisted anomaly or damage analysis, then return a pass/fail or condition result with visual evidence and a stored report.
Controlled camera station capture
Deterministic packaging checks
AI-assisted anomaly and damage analysis
Pass/fail or condition result with visual evidence
Stored inspection session and report
Recipe-based adaptation for multiple workflows
Capture station
- Canon R8 capture setup
- Controlled lighting
- Fixed fixture
- Brown-glass bottle demo
Application
- Python backend
- HTMX-style local UI
- Local-first operator workflow
Inspection engine
- Deterministic checks
- AI-assisted anomaly analysis
- Damage and condition analysis
- Recipe configuration
Evidence
- Inspection sessions
- Result records
- Visual evidence
- Stored reports
Mirrodyn is not being framed as a broad cloud platform first. The useful first version is a single-station local product with a polished operator UX, reliable capture conditions, and evidence that makes the inspection result understandable. Bottle Final Check and Condition Scan share the same core so the second demo becomes configuration and capture logic instead of a separate product.