Product
A concept build for aircraft-centered maintenance continuity, mission events, parts status, and readiness visibility. It is not certified, not production-ready, and not an authority for flight release.
Every discrepancy, corrective action, and release decision attaches to a tail number and stays with it across workspaces and deployments.
Red X, Red Dash, and Red Diagonal states carry explicit release meaning, including which conditions block flight and which require controller acknowledgement.
Open parts requirements surface before mission planning, not after an aircraft has already been assigned.
Mission SOE captures the sequence of a sortie: assignment, acknowledgements, route type, execution, and outcome.
Operator currency and qualification context sit alongside the aircraft record used for the assignment.
Route type is a first-class field, so expendable profiles are modeled as normal operations rather than exceptions.
Batch aircraft creation and lightweight binders fit short-life airframes without forcing a full inspection history.
Exportable readiness and maintenance reports built for briefings, handovers, and program reviews.
Each aircraft has a binder that persists across workspaces: identity, profile, configuration, discrepancy history, corrective actions, and mission outcomes. Recoverable airframes and disposable FPV lots use the same continuity model at different depths.
Maintenance state is expressed with explicit symbols so release meaning does not depend on interpretation. Blocking and non-blocking conditions are separated, and acknowledgement requirements are tracked against the assigned mission.
Mission SOE records the operational sequence: assignment, acknowledgements, route type, execution notes, and outcome. Missions link back to the aircraft record so history stays coherent.
Planning reads current aircraft condition, parts blockers, and operator qualification before an assignment is confirmed, so readiness problems surface before the flight line.
Parts requirements are tracked as blockers against the aircraft, making supply constraints part of the readiness picture rather than a separate spreadsheet.
Readiness and maintenance reports are generated for briefings, handovers, and program reviews. On the desktop application these export natively; in the browser demo, exports are previews only.
The prototype is local-first. Workspace data stays on the operator's machine, with encrypted workspace files and desktop persistence handled by the desktop application rather than a hosted service.
Try the interactive demo on synthetic sample data, then tell us where the workflow does or does not fit your program.