Rebuild the event, not just the chart.
PAMIR structures operational logs into an investigation sequence: what changed, when it changed, which signals matter and what evidence can be retained.
PAMIR turns operational telemetry into repeatable, inspectable evidence — from incident reconstruction to pilot-ready validation.
Validation becomes difficult when logs, incidents and test results live as disconnected artifacts. PAMIR creates a repeatable engineering path from operational telemetry to findings that can be inspected, reproduced and carried into pilot decisions.
Structured to support engineering investigation and evidence creation without changing the autonomous system's control logic.
Flight logs, telemetry, simulation outputs and test artifacts.
Recover event context, sequence and relevant signal relationships.
Frozen policy and thresholds produce comparable validation runs.
Results are retained as reproducible engineering evidence.
Move from technical finding to a controlled validation pathway.
PAMIR structures operational logs into an investigation sequence: what changed, when it changed, which signals matter and what evidence can be retained.
A controlled baseline enables the same case to be evaluated again without silently changing thresholds, policies or semantics.
Validation evidence is structured so engineering teams, partners and pilot stakeholders can inspect what was tested and how the conclusion was reached.
PAMIR is designed around telemetry and post-test evidence, not one airframe, robot or vehicle category.

Flight-log reconstruction, state transitions, sensor consistency and repeatable validation workflows.

Evidence workflows for robotic cells, automated machinery and engineered operational environments.

Validation evidence for increasingly software-defined mobility and autonomous vehicle systems.
The current PAMIR baseline is deliberately conservative: a frozen reproducible v0.1.0 validation gate, a hard CI corpus and a supplemental external clean-log validation batch.

v0.1.0 frozen and reproducible.
Three clean cases completed with PASS results.
Structure validated material into a pilot-facing technical evidence package.
Apply the workflow against a partner-defined validation problem.
PAMIR is an autonomous-systems validation initiative of PAMILANGA LIMITED, developed around reproducible engineering evidence, external validation and pilot deployment.
PAMIR is advancing from a reproducible technical baseline and external validation evidence toward pilot deployment, while building toward a €250k–€500k pre-seed round.