Accelerating feedback loopsbetween end users and systems
Every sortie generates evidence.Mantis reads it across the fleet not just asset by asset.Then turns it into readiness for the warfighter and the next iteration for the OEM.Any platform. Any domain.
Calibrating the right asset to a mission means weighing weather, terrain, operator performance, and mission profile all at once. Difficult for a single asset. Nearly impossible across a fleet. Mantis does it continuously, fleet-wide.
Hover a segment for provenance · hover FMC for the readiness projection
Platforms, figures, and insights shown are synthetic: illustrative sample data for demonstration only and not derived from any real fleet.
Close the loop across any OEM. Any domain.
Diagnostics
Per-flight & fleet-wide
Remaining useful life
Scored per component
Supply chain intel
Anticipates demand & sourcing risk
Agentic maintenance
Agent-drafted · full audit trail
Sustainment closes one loop. Feeding what happens downrange back to the people who build the aircraft closes the other.
firmware iteration
- 1Vehicle telemetry
- 2Operating envelopes + maintenance logs
- 3BOMs
- 4Parts degradation↳ OEM design &
firmware iteration - 5Shipping manifests
- 6Logistics routes
- 7Replenishment
Every signal off the vehicle flows through the same loop, so a shift in how a platform is flown becomes a change in what wears, what ships, and what gets staged before it's needed. Mantis closes that loop automatically, turning raw telemetry into fleet readiness. The same evidence closes a second loop the flightline never had: how parts actually perform downrange, routed back to the OEMs who build them. In days, not quarters.
The Platform
Five capabilities that turn a mixed-OEM fleet into a single, decision-ready system.
Cross-vendor data fusion
One normalized fleet view across every OEM and platform: air, ground, and sea. The telemetry pipeline reconciles vendor-specific log formats into a common schema, so commanders, maintainers, and analysts all see the same picture.
Warfighter-to-OEM feedback loop
How parts truly perform downrange flows back to the OEMs who build them, a signal that historically never made it off the flightline. The evidence behind it is captured per component: every flight is auto-evaluated against manufacturer envelopes (altitude, speed, temperature, voltage), each component carries a remaining-useful-life score, and fleet-wide pattern recognition aggregates motor, GPS, thermal, and battery signals to surface systemic issues before they ground assets. That same record is what shortens the distance between a failure in the field and a design change on the line.
Agentic decision support
Agents draft work orders, BOM suggestions, and root-cause analyses. Operators approve. Every state change is audited.
Closed-loop supply chain
Demand signals from work orders flow through BOM reservations, multi-supplier sourcing, and an animated material-flow view from supplier → inventory → fleet → retired. AI-assisted BOM build and component sourcing close the loop on procurement.
Drift detection + digital twin
A 12-week asset readiness twin projects fully- and partially-mission-capable status by team. MantisML tracks model confidence as fleet composition changes. When drift exceeds a threshold, operators review the signal trail and propose retraining.
Capabilities
From planning the mission to sustaining the fleet.
Mission planning
Plan AOIs, drop zones, and corridors on a live drawing surface. Place sensors, effectors, and threats with range-ring visualization and per-placement paths.
Fleet pattern recognition
Categorized diagnostic patterns across motor, GPS, thermal, and battery signals, aggregated fleet-wide to surface systemic issues before they ground assets.
GPS jamming & dead-zone analysis
Per-flight reconciliation of jamming and interference against a daily hotspot map, plus GPS dead-zone clusters linked back to the originating flight logs.
Per-flight diagnostics
Every flight auto-evaluated against manufacturer envelopes, with battery health, event annotations, and confidence-scored contributing factors.
Digital twin readiness
A 12-week asset readiness twin projecting fully- and partially-mission-capable status by team, so commanders can see readiness before it slips.
In-theater field capture
Tokenized, no-install field-tech links capture photo, video, and audio across motors, battery, airframe, and payloads, reconciled to flight logs.
Watch
Mantis thesis sizzle reel
Accountability
Every decision. Auditable.
Capability is table stakes. In regulated and contested environments, what matters is whether you can explain and defend every decision.
Bounded vocabulary
Contributing factors are drawn from a fixed, reviewable vocabulary, not free-form model output.
Calibrated confidence
Every ranked factor and agent suggestion carries a confidence score you can weigh.
Operator approval gate
Agents draft; operators decide. No autonomous state changes. Graduated autonomy by design.
Full audit trail
Every transition, comment, and approval is append-only and attributable.
Built for your domain
One platform. Three operating realities.
Keep revenue-generating fleets in the air.
Maximize uptime across mixed-OEM commercial fleets with per-component RUL, automated maintenance, and closed-loop parts supply.
- Part 107 go/no-go gating, waivers & COAs
- Operator currency & certification tracking
- Per-component remaining useful life
- AI-assisted BOM build & multi-supplier sourcing
Accelerating feedback loopsbetween end users and systems
We ingest and standardize telemetry from every OEM in your fleet, then close both loops: a unified real-time view that drives agent-drafted maintenance and the parts to keep it flying, and the field evidence that reaches the people who build it.
