GOVERNMENT&DEFENSE
Mission-hardened autonomy for contested orbital environments.
The Mission
When the Link Goes Down, the Mission Continues
Near-peer adversaries are investing heavily in counter-space capabilities. Ground-link denial, degraded communications, GPS jamming, directed energy weapons, and close-proximity operations are not hypothetical scenarios — they are active doctrine.
SYNAPSE was designed from the ground up for this environment. Every satellite carries its own autonomous decision loop. When ground links are severed, the constellation continues operating — classifying threats, coordinating defensive maneuvers, and maintaining mission integrity through distributed consensus.
The defense configuration enables threat-specific response chains including sensor shutter, reflective orientation, EMCON, frequency hopping, evasion maneuvers, and coordinated swarm defense — all executed at machine speed.
DEFENSE CAPABILITIES
Threat Classification
Classifies events across 20+ categories in real time — threats, anomalies, and operational events from close-proximity operations to directed energy weapons.
Contested Operations
Full mission continuity during ground-link denial, GPS jamming, and communication blackout conditions.
Autonomous Response
Configurable autonomy tiers from operator-in-the-loop to fully autonomous defensive maneuver execution.
Coalition Interoperability
Standard interfaces for allied space operations and joint force integration across classification domains.
Space Domain Awareness
Distributed sensor fusion across constellation nodes for comprehensive orbital picture generation.
Audit & Compliance
Complete decision audit trail with deterministic replay for post-mission analysis and policy compliance.
Compliance
Security-First Architecture
Security-First Design
Architected for controlled environments with configurable security overlays. Designed to meet government deployment requirements.
Compliance-Ready
Built with government security frameworks in mind. Audit-ready documentation and access controls for sensitive environments.
Zero-Trust Architecture
Every service authenticated. Every message signed. No implicit trust between constellation nodes.
Response Speed
From Detection to Response
T+0
Detection
Sensor fusion identifies anomalous behavior
Seconds
Classification
ML pipeline classifies threat family and confidence
Seconds
Decision
Task selector chooses optimal response type
<4s
Execution
Fleet-wide consensus and coordinated response
T+0
Detection
Sensor fusion identifies anomalous behavior
Seconds
Classification
ML pipeline classifies threat family and confidence
Seconds
Decision
Task selector chooses optimal response type
<4s
Execution
Fleet-wide consensus and coordinated response
Acquisition Pathways
Multiple Paths to Deployment
CRADA
Collaborative Research and Development Agreement with AFRL. Joint evaluation campaigns under realistic mission conditions.
SBIR/STTR
Small Business Innovation Research proposals for secure multi-source data fusion and adaptive space systems.
OTA
Other Transaction Authority for rapid prototyping and technology demonstration outside traditional FAR procurement.
Frequently Asked Questions
Discuss your mission requirements with our defense team.