Aviation Intelligence on
Enterprise Infrastructure
NovaBridge connects AirNova's airline-native AI with Palantir Foundry's data mesh — giving carriers the best of both worlds without locking into either.
Bi-directional sync • Event-driven • Vendor-neutral
Infrastructure is a commodity.
Aviation logic is the moat.
Palantir excels at data plumbing — ingestion, transformation, governance. But it knows nothing about FTL rules, MEL constraints, IROPS recovery, or crew fatigue models. AirNova fills that gap.
Palantir Foundry
Enterprise data infrastructure handling ingestion, transformation, and pipeline orchestration across airline data sources.
- ACARS, ADS-B, and IoT sensor data pipelines
- Ontology object types for flights, crew, and aircraft
- Data transforms and pipeline scheduling
- Access control and data governance
NovaBridge Connector
Bi-directional sync layer translating between Palantir's generic ontology and AirNova's aviation-native data model.
- OSDK connector for airline-specific object types
- Real-time event bridge (Foundry ↔ AirNova)
- Schema mapping for MELs, FTL, and IATA messaging
- Conflict resolution and data reconciliation
AirNova Intelligence
Domain-native AI modules delivering aviation-specific decision support that generic platforms cannot replicate.
- NovaRecovery — IROPS resolution engine
- NovaMaintain — predictive MRO intelligence
- NovaCrewAI — fatigue-aware rostering
- Nova Copilot — natural language ops queries
From Foundry data
to operational decisions
NovaBridge maps Palantir's generic ontology objects to AirNova's aviation-specific domain model, enriches them with operational context, and feeds them to the AI decision layer.
Ingest & Map
Foundry objects (flights, aircraft, crew) are mapped to AirNova's airline ontology via the OSDK connector.
Enrich with Domain Context
AirNova overlays FTL rules, MEL constraints, fatigue scores, and IATA messaging formats onto raw data.
AI Decision Layer
NovaRecovery, NovaMaintain, and NovaCrewAI process enriched data to generate operational recommendations.
Action & Write-Back
Decisions push back into Foundry via AIP actions, triggering downstream workflows in carrier systems.
Integration, not dependence
Palantir Optional, Not Required
Carriers without Foundry use NovaFoundry as a standalone data layer. No vendor lock-in.
Airline-Owned Data
All operational data remains within the carrier's infrastructure. AirNova processes, never stores.
Domain Logic Stays in AirNova
FTL rules, MEL constraints, IATA messaging — the aviation IP lives in our layer, not the infrastructure.
Value Capture at the Application Layer
Palantir provides plumbing. AirNova provides the decisions. Switching cost lives where the domain knowledge sits.
Where AirNova sits in the stack
Decision support, recovery, crew management, MRO intelligence
IROPS recovery, fatigue modelling, predictive maintenance, NLP safety
Ontology mapping, event sync, OSDK connector, schema translation
Ingestion, pipelines, transforms, governance, storage
ACARS, ADS-B, DCS, rostering, MRO, AIMS, AMOS
Key insight: Palantir captures value at the infrastructure layer. AirNova captures value at the application and domain AI layers — where switching costs and airline-specific IP create defensibility. Carriers can use either infrastructure without re-implementing their operational intelligence.
The operating system for aviation —
on any foundation.
Whether your carrier runs Palantir Foundry, a custom data warehouse, or nothing at all — AirNova delivers the same aviation intelligence.