Transforming defense operations with autonomous mission systems
Trusted Partners
Our MissionOS
MissionOS is an autonomous mission infrastructure platform designed to rapidly orchestrate distributed defense systems across complex and contested environments.
It integrates advanced technologies—such as autonomous spacecraft operations, robotic system coordination, secure communications, and AI-driven mission planning—into a unified operational layer that allows multiple assets to act as a coordinated network.
By transforming individual technologies into mission-ready capabilities, MissionOS enables national security organizations to deploy resilient, fast-responding autonomous systems for applications ranging from space operations and infrastructure protection to multi-domain defense missions.
Raptor
Raptor is an autonomous co-orbital platform built for the Orbital Warfare and Space Domain Awareness missions the USSF Objective Force requires.
Derived from Arche Orbital Systems' commercial RPO heritage, Raptor delivers machine-speed autonomous proximity operations, close-range inspection, and a reversible-to-escalating effects architecture — without generating long-lived hazardous debris.
Its modular design integrates electro-optical and passive RF sensors, robotic servicing tools, and an open data interface enabling machine-to-machine connectivity with USSF C2 systems on tactical timelines. Operating individually or in formations through MissionOS, Raptor contributes to the Find-Fix-Track-Target-Engage-Assess kill chain while sustaining the on-orbit refueling and servicing capability a protracted contested environment demands.
Raptor bridges commercial and defense missions: Arche's servicing heritage sustains the technology base; Xtratyon's defense foreground IP delivers the autonomous proximity and characterization capabilities space superiority requires.
Built on the deterministic and supervisory intelligence framework of Arche Halo Dynamics Lucid, Nexus enables real-time command, control, and collaboration of diverse assets—from ground and aerial robotics to space-based systems—within a unified operational architecture. By combining deterministic AI for reliability with adaptive learning for dynamic environments, Nexus provides resilient, mission-aware autonomy, allowing defense operators to deploy and manage coordinated autonomous networks with precision, security, and operational confidence.
Nexus
Nexus is a multi-layer, heterogeneous AI orchestration platform designed to coordinate autonomous robotic systems across complex and contested defense environments.
Sentinel-Bio
Sentinel-Bio is an AI-driven bio-defense intelligence platform designed to detect, model, and respond to emerging biological threats in real time.
Built on the computational biology and multi-layer modeling capabilities of Arche Omix Core, Sentinel-Bio integrates genomic, environmental, and epidemiological data to identify anomalies, predict pathogen evolution, and assess potential impact across populations and operational environments. As part of the MissionOS ecosystem, it extends beyond analysis by enabling coordinated response—informing decision-making, triggering autonomous systems, and supporting rapid countermeasure development. Sentinel-Bio provides defense and security agencies with a proactive, scalable capability to anticipate and mitigate biological risks in an increasingly complex and uncertain threat landscape.
Our Impact
500K
Acres
Surveyed
98%
Client
Satisfaction Rate
30%
Average Resource Savings for Clients
5M
Data Points
Collected Daily
Orchestrating autonomous missions at scale
MissionOS provides a unified operational layer that enables distributed defense assets to function as coordinated, intelligent systems. By integrating planning, decision-making, and execution across domains, it allows operators to deploy resilient, fast-response capabilities in complex and contested environments. MissionOS reduces operational latency, enhances situational awareness, and ensures mission continuity under dynamic threat conditions.
Coordinating autonomous systems in real time
Nexus is a multi-layer AI orchestration platform that enables seamless coordination of heterogeneous robotic and autonomous systems. By providing deterministic and adaptive control across distributed assets, Nexus enhances operational efficiency, scalability, and reliability. It allows defense forces to deploy synchronized robotic networks for logistics, surveillance, and mission execution in complex and high-risk environments.
Rapid response in orbit
Raptor is an autonomous co-orbital platform built for Orbital Warfare and Space Domain Awareness missions. It delivers machine-speed proximity operations, close-range characterization, and reversible-to-escalating effects without generating hazardous debris. Raptor strengthens space resilience by denying adversary co-orbital approaches and sustaining critical assets across contested orbital environments.
Anticipating biological threats before they emerge
Sentinel-Bio delivers real-time bio-defense intelligence by detecting, modeling, and predicting biological threats across diverse data sources. It enables early warning, risk assessment, and rapid response planning, helping defense agencies mitigate emerging biological risks. By integrating with operational systems, Sentinel-Bio transforms biological insight into actionable defense capabilities.
Autonomous mission infrastructure for national security
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