Event capture
Collect telemetry, alerts, operator notes, system logs and external conditions into a single evidence model.
AxoDen Grid Flight Recorder
Cyber-physical evidence concept
Replayable evidence for cyber-physical grid events.
Grid Flight Recorder
The Grid Flight Recorder concept applies Luminesce evidence architecture to power-grid and infrastructure events where technical, cyber and operational observations need to be reviewed together.
Why it matters
Grid events can spread across control systems, field devices, operator actions, telemetry, weather, market conditions and cyber signals. A post-event review needs to preserve the sequence and the uncertainty.
Sequence reconstruction
Separate known facts, inferred states, unresolved gaps and contradictory observations.
Resilience learning
Turn the record into practical controls, response changes and investment priorities.
Use cases
- Post-incident evidence review after outage, degradation or control anomaly.
- Cyber-physical tabletop exercise with replayable evidence capture.
- Grid resilience investment case where evidence needs to support prioritisation.
- Critical infrastructure assurance review across vendors, operators and regulators.
Pilot shape
A Grid Flight Recorder pilot is scoped around one event class and one review question, against telemetry and logs the buyer can release for review.
Input
A defined grid, SCADA, DER, microgrid or infrastructure event class, available telemetry/log sources, authority model and review question.
Build
Evidence schema, event replay model, uncertainty markers, authority-binding review and gap/contradiction checks.
Output
Replayable event timeline, evidence gaps, control recommendations and a decision on whether a fuller Grid Flight Recorder architecture is justified.