01 / THREAT INTELLIGENCE
SentinelAI
AI-assisted detection and triage of potential anomalies across integrated mission telemetry and cyber signals.
DETECT ↗
AEGIS MissionOS
AI-native cyber intelligence, mission decision support, and cryptographic readiness — designed for the systems connecting ground to orbit.
EARLY-STAGE TECHNOLOGY OPEN TO TECHNICAL EVALUATION PARTNERS
MISSION NETWORK / CONCEPTUAL
01 / ORBITSpace systemstelemetry • health • signals
02 / GROUNDMission operationsanalysis • decisions • assurance
DESIGNED FOR CONTESTED ENVIRONMENTSGROUND ↔ ORBIT
THE CHALLENGE 01
Space operations are connected. Security is fragmented.
Spacecraft, ground systems, communication links, and edge-computing payloads are becoming an interconnected mission environment. A cyber signal can have operational consequences — yet cyber visibility and mission decisions often live in separate workflows.
AEGIS MissionOS is being built to bring those decisions closer together.
THE MISSIONDetect earlierSurface relevant anomalies
THE DECISIONAct with contextSupport operator judgment
THE FUTUREAdapt securelyPrepare cryptography to evolve
AEGIS MISSIONOS 02
One mission.
One intelligence layer.
A modular platform vision integrating cyber awareness, operational planning, and long-term cryptographic resilience.
02 / MISSION INTELLIGENCE
MissionIQ
Constraint-aware mission scheduling and decision support, designed to connect operational priorities with security context.
COORDINATE ↗
03 / CRYPTOGRAPHIC AGILITY
QuantumShield
Support for cryptographic inventory, transition planning, and post-quantum readiness for long-lived space infrastructure.
PREPARE ↗
EXPLORE THE ARCHITECTURE
A unified mission picture.
Move between the three intelligence layers to see how a security signal can become an informed operational decision.
SIGNAL SOURCES
◌ Satellite telemetry
⌁ Ground events
▤ Communications
✳
AEGISMISSIONOS CONCEPTUAL DATA FLOW
MISSION OUTPUTS
◇ Prioritized signals
▦ Mission decisions
◈ Readiness planning
SENTINELAI / DETECT
Identify the signal that matters.
A conceptual cyber-intelligence layer correlates unusual mission events and surfaces those requiring operator review.
ILLUSTRATIVE ARCHITECTURE · NOT A DECLARATION OF LIVE CONNECTORS OR DEPLOYED CAPABILITIES
MISSION COMMAND CENTER 03
From signal
to mission insight.
A unified view of mission context, risk signals, and operational priorities.
INTERACTIVE CONCEPT PREVIEW · SYNTHETIC DATA
SIMULATED ASSETS04Illustrative constellation
OPEN SIGNALS03 Awaiting review
MISSION WINDOWS06Sample 24h schedule
MODEL STATUSSandboxNo live telemetry
Threat intelligenceILLUSTRATIVE DETECTION WORKFLOW
Mission schedulingCONSTRAINT-AWARE PLANNING CONCEPT
PLANNING GOALRespect mission constraints
Show how scheduling decisions could account for resource availability, task dependencies, and security context.
OPERATOR CONTROLReview before execution
Recommended actions remain visible to authorized operators for review and approval.
AEGIS MISSIONOS / CONCEPT PROTOTYPEALL DEMO DATA IS SYNTHETIC
This preview communicates the intended operating experience. It is not connected to live spacecraft, customer systems, or production security infrastructure.
Discuss a technical walkthroughMISSION SIMULATION 04
One signal.
Four critical decisions.
Follow a fictional mission incident from the first unusual event through a human-governed response decision.
AEGIS / GUIDED SCENARIO● SYNTHETIC EXERCISE
✦
DEMO-02LEO ASSET
⌂GROUND-A
EVENT FEED / FICTIONALAn unexpected command pattern appears in a simulated telemetry stream.
SIGNAL RECEIVED01 / 04
INTERACTIVE WALKTHROUGH
Observe the anomaly
A command pattern differs from the baseline in a synthetic satellite telemetry fixture. The first step is to record the event, not assume an attack.
No real telemetry, commands, spacecraft connections, or automated protection actions are used in this simulation.
SYSTEM THINKING 05
Built for the
whole mission context.
A mission-aware approach that connects the operational environment with cyber analysis and accountable decisions.
01 / SIGNAL SOURCES
Understand the environment
Satellite telemetry, ground-system events, communication status, and approved mission data sources.
02 / AEGIS MISSIONOS
Connect intelligence
AI-assisted anomaly review, mission context, policy checks, scheduling, and cryptographic readiness.
◉ CONTEXT + CORRELATION
03 / OPERATOR OUTCOMES
Support the next decision
Prioritized signals, explainable recommendations, and human-governed mission workflows.
REFERENCE CONCEPT · Integration and deployment behavior depend on authorized data sources, operator policies, and validation.
WHO WE BUILD FOR 06
Mission-critical
by design.
Built around the priorities of organizations responsible for connected space infrastructure.
01
Satellite operators
Build a clearer picture of security signals and operational risk across satellite fleets and supporting infrastructure.
CONSTELLATION ASSURANCE ↗02
Defense & civil missions
Explore mission-aware cyber monitoring and decision support in tightly governed operational environments.
MISSION RESILIENCE ↗03
Space-edge computing
Plan for the growing need to protect orbital compute nodes, data services, and interdependent ground systems.
SECURE SPACE COMPUTE ↗OUR APPROACH 07
Ambitious mission.
Evidence-led development.
OrbitalSentinel is building from an early-stage prototype toward partner-led validation. We believe mission assurance technology should communicate its maturity, limits, and design assumptions clearly.
Explore an evaluation partnership01
Prototype-stage development
Capabilities presented here describe the product direction; operational performance is not implied.
02
Policy-governed response
Human review and permission-aware action are central design principles.
03
Integration-first thinking
Designed around authorized interfaces, mission constraints, and staged technical evaluation.
WORK WITH ORBITALSENTINEL 08
Let's validate
the mission together.
A structured path for organizations exploring AEGIS MissionOS, from an introductory discussion to scoped technical evaluation.
⌁
Explore a pilot
Discuss a defined use case, synthetic evaluation fixtures, and measurable technical questions.
Discuss evaluation▧
Design an integration
Explore interfaces, permitted telemetry, mission workflows, and deployment constraints before connecting systems.
Discuss integration◈
Advance the research
Identify joint validation questions in autonomous mission assurance, cyber resilience, and cryptographic agility.
Discuss collaborationWHAT TO EXPECTDiscovery → Scope → Evaluate → Review
These are proposed engagement pathways, not claims of existing contracts, certified readiness, or production deployments.
LET'S BUILD THE NEXT STANDARD 09
The mission is bigger
than one company.
We're looking for satellite operators, mission integrators, research collaborators, and strategic partners interested in evaluating the AEGIS MissionOS vision.
