UAVs & aerial systems
Evidence-led validation for autonomous flight, inspection and field operations.
PAMIR
An engineering-led framework for turning real-world autonomous-system data into repeatable validation evidence.
DATA. VALIDATION. REAL-WORLD IMPACT.
Applications
One validation layer across aerial, robotic, industrial and mobile autonomous systems — built around evidence, not black-box claims.
Evidence-led validation for autonomous flight, inspection and field operations.
Repeatable evaluation for machines operating in complex real-world environments.
Validation evidence for safety-critical and operational autonomous workflows.
Evidence layers for next-generation mobile autonomous systems.
Technology
PAMIR connects controlled testing, operational telemetry and repeatable evaluation into an evidence-led validation workflow.
Controlled test environments.
Real-world log collection.
Repeatable benchmark runs.
Measurable, inspectable outputs.
Confidence for field operations.
Validation / evidence
PAMIR v0.1.0 is frozen behind a reproducible validation gate. External clean-log checks are published separately as supplemental evidence, without changing the frozen detection policy or CI semantics.
Built for evidence
PAMIR is designed to turn autonomous-system telemetry into structured evidence for engineering review, external validation and pilot deployment.
Roadmap
The technical baseline remains frozen while external evidence, pilot readiness and productisation advance on separate tracks.
Investors
PAMIR is being prepared for pilot deployment and the next stage of product development. Funding language remains framed as a target until a round is formally opened.
Investor contact →