ORANGE ORBITSPACE CO.
Carbon Mission-Ops 2.0

The platform behind mission continuity.

An AI-native mission operations platform unifying observability, anomaly detection, incident response, risk intelligence, service quality assurance, and workflow automation for space networks.

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The Platform

Carbon Mission-Ops 2.0

AI-native mission operations software for constellation continuity, incident response, and operational resilience.

MODULE 01

Constellation Observability

Real-time visibility across satellite assets, ground stations, network links, routing paths, and service quality.

REFRESH
Sub-second
SCOPE
Multi-orbit
MODULE 02

Anomaly Detection

AI-assisted detection of unusual behavior, degraded performance, link instability, service risk, and mission-impacting events.

MODELS
Operator-tuned
SIGNALS
Multi-modal
MODULE 03

Incident Response Orchestration

Mission playbooks, escalation flows, event timelines, operator notes, and response recommendations in one command layer.

PLAYBOOKS
Configurable
AUDIT
Full trail
MODULE 04

Risk Intelligence

Continuity scoring, operational risk signals, predictive alerts, and impact analysis before incidents become mission failures.

SCORING
Continuous
HORIZON
Forward-looking
MODULE 05

Service Quality Assurance

Track the quality of mission-critical services across orbital infrastructure, ground systems, routing, and customer-facing workflows.

SLOs
Per-service
ALERTS
Policy-bound
MODULE 06

Autonomous Workflow Copilot

Human-approved automation for triage, root-cause analysis, recovery recommendations, reporting, and operational learning.

CONTROL
Operator-in-loop
ACTIONS
Reversible
Architecture

A unified continuity layer between orbital assets, ground systems, and mission operations.

LAYER 01
Space Network Data
Constellation metricsLink eventsService statusRouting dataGround station signalsOperational logs
LAYER 02
OOS Continuity Core
AI detectionRisk scoringEvent correlationMission contextWorkflow engineIncident intelligence
LAYER 03
Operator Command Layer
DashboardsAlertsPlaybooksRecommendationsReportingApprovalsMission timelines
LAYER 04
Mission Outcomes
ContinuityResilienceLower operational riskFaster responseStronger service reliability
Human-approved automation
Audit-ready workflows
Mission event timeline
Role-based access
Operator-in-the-loop controls
API-first integrations
Mission Command

Mission-control visibility for modern space operations.

Demo data shown for illustration. Real deployments connect to your constellation, ground systems, and operational workflows.

CONTINUITY SCORE99.94%
ACTIVE INCIDENTS2 OPEN
  • INC-2841Link drift · SAT-091P2
  • INC-2842Handoff lag · GS-PER-04P3
RISK HEATMAPLOW · 12
LINK DEGRADATION MAP
AI RECOMMENDATIONS
  • Reroute SAT-128 → GS-LUX-02 to maintain SLA
  • Pre-stage playbook RX-04 for upcoming pass
  • Increase telemetry rate on SAT-091 (8→16 Hz)
  • Notify Service Ops: maintenance window EU-2
MISSION TIMELINE · 24H
00:0006:0012:0018:0024:00
GROUND STATION STATUS
  • GS-SVL-01ONLINE
  • GS-LUX-02ONLINE
  • GS-PER-04HANDOFF
  • GS-TKY-07ONLINE
  • GS-RYD-03MAINT
SERVICE QUALITY INDEX98.7
ROUTING / HANDOFF
SAT-128→ GS-LUX-02
SAT-091→ GS-SVL-01*
SAT-204→ GS-TKY-07
SAT-317→ GS-RYD-03
POST-INCIDENT INTELLIGENCE

RPT-0418 · Root cause attributed to RF interference window over EU sector. Mitigation playbook RX-04 reduced MTTR by 41%.

DEMO DATA · ILLUSTRATIVE INTERFACE
MISSION CONTINUITY · ALWAYS ON

Keep orbital infrastructure running.

Orange Orbit Space Co. is building the AI mission continuity layer for the next generation of space networks. If your operations depend on satellite infrastructure, ground systems, links, routing, workflows, and service quality, OOS is built to protect continuity at mission scale.

Request Mission DemoContact Orange Orbit Space Co.