Data at the Edge. Decisions at Mission Speed.
VAULT is Loft Federal’s secure mission execution layer for multi-orbit space architectures, connecting sensing, processing, tasking, scheduling, and mission handoff at the edge.
Government space architectures are increasingly constrained by fragmented data, ground centric latency, and limited trust in autonomous recommendations. VAULT is designed around those failure points.
VAULT moves mission processing, tasking logic, confidence generation, and secure handoff closer to the payload.
Mission data arrives from different sensors, buses, nodes, and partners with different formats, timing, metadata, and confidence levels. VAULT acts as the onboard normalization and fusion layer, preparing data for mission use instead of simply downlinking bulk collection.
Traditional tasking, collection, processing, exploitation, and dissemination workflows are too sequential for time sensitive missions. VAULT starts with the mission outcome and orchestrates sensing, processing, prioritization, routing, and handoff at the edge.
Autonomous recommendations must be explainable, bounded, and tied to evidence. VAULT supports confidence scoring, digital rehearsal, validation logic, human authorization gates, and mission assurance records so operators can trust the recommendation before delegating action.
VAULT is the executable mission layer that connects partner sensors, space vehicle interfaces, secure processing, tasking logic, and operational handoff pathways.
Discuss VAULT →Autonomy, tasking, scheduling, decision support, collection management, and mission workflows.
Fusion, analytics, cueing, prioritization, compression, routing, evidence capture, and mission products.
Filtering, RF and EO/IR processing, track formation, confidence scoring, and AI enabled analytics.
Sensor ingestion, APIs, metadata conditioning, bus interfaces, cross domain handoff, and ground integration.
Authentication, encryption, access control, cyber hardening, secure boot, partitioning, and failsafe logic.
Common interface stack to enable commercial bus lines applied to complex mission sets.
VAULT compresses the path from collection to tasking by moving mission processing and autonomous execution closer to the sensor.
VAULT is more than a space data center or a generic algorithm hosting layer. It is mission compute integrated with payloads, spacecraft interfaces, tasking rules, security controls, and operational handoff pathways.
Execute decisions locally at the edge to reduce latency and maintain mission tempo.
Plan, prioritize, and orchestrate tasks across distributed assets.
Protect sensitive data, mission workflows, and payload operations.
Use decentralized compute to support performance across the battlespace.
Correlate multi source data in real time for mission relevant insight.
Synchronize sensors, platforms, and mission software for unified execution.
Integrate and evolve through defined interfaces and standards based architecture.
Eliminate vendor lock. VAULT is built to support distributed mission architectures across LEO, MEO, or GEO. VAULT is the mission payload approach for hosted sensors, proliferated assets, and rapid contested environments.
Support rapid collection, onboard prioritization, resilient tasking, and direct mission product generation across distributed constellations.
Extend mission processing, secure interfaces, and edge autonomy into higher energy orbits where latency, persistence, and resilience matter.
Turn hosted payload opportunities into operational mission assets through onboard processing, payload control, and secure mission handoff.
Integrate with selected buses, partner sensors, prime architectures, and government mission systems without forcing a single closed stack.
Talk with Loft Federal about VAULT enabled mission autonomy.