Quanmo
OBSERVE AND ANALYSE
SMARTER DECISIONS. LESS HUMAN INTERVENTION.

Co-pilot for Satellite Operations

Traditional satellite operations require constant human monitoring and decision-making, creating cognitive burden and scaling challenges. Quanmo's AI Co-pilot transforms this paradigm by providing intelligent, autonomous assistance that augments your team's capabilities.

Operate 3x more satellites with the same teamReduce operator cognitive load by up to 60%65% faster anomaly response time18% improvement in mission productivity

Why Traditional Approaches Fall Short

1

Cognitive overload — Operators manually monitor thousands of telemetry points and make complex decisions with limited decision support

2

Siloed expertise — Critical knowledge remains with individual operators rather than being captured in systems

3

Rigid operations — Traditional command sequences lack adaptability to changing conditions and unexpected events

4

Scaling limitations — Operations team size must grow almost linearly with constellation size, making large constellations prohibitively expensive to operate

Satellite Operations Dashboard
TEAM EFFICIENCY
5xmore satellites per operator

How the AI Co-pilot Works

Our AI assistant continuously analyzes telemetry, understands mission context, and provides intelligent support.

Intelligent Assistance Workflow

Data Ingestion
Real-time telemetry streams
Analysis
AI models & reasoning
Recommendations
Actions & insights
Execution
Assisted or autonomous
The Quanmo Co-pilot continuously processes telemetry data, builds context awareness of your mission and systems, applies AI analysis, generates recommendations, and can either assist operators or autonomously execute approved actions.

AI Co-pilot Interface

Co-pilot Assistant
Active
Operator
Show me power subsystem status for SAT-3
Co-pilot
SAT-3 power subsystem is nominal. Battery is at 82% capacity with 37.8W current draw. Solar array efficiency is 97%. I've noticed a minor 2.3% increase in power draw from the communication subsystem over the past 72 hours - this is within expected parameters but I'll continue monitoring it.
Operator
Schedule a power subsystem calibration for next available downlink
Co-pilot
I've scheduled a power subsystem calibration for SAT-3 during the next available downlink pass at 14:35 UTC over Singapore ground station. The procedure will take approximately 8 minutes and has been added to the command queue for your approval.
Proactive Recommendations
Optimize Data Downlink Schedule
High Impact
Forecasted cloud cover over primary ground stations suggests rescheduling downlinks from SAT-2 and SAT-5 to alternative stations for optimal data recovery.
Battery Charge Cycle Optimization
Efficiency
Adjusting depth-of-discharge parameters for SAT-1, SAT-3, and SAT-4 could extend battery lifetime by an estimated 14% based on current usage patterns.
Imaging Operation Opportunity
Opportunity
Favorable weather conditions over target region Alpha-7 present an unscheduled imaging opportunity for SAT-2 with 94% probability of clear imagery.

Operational Efficiency

See how organizations are transforming their operations with AI assistance

23% more imaging time

Constellation Optimization

Increased effective imaging time through intelligent scheduling and resource optimization.

84% faster resolution

Rapid Anomaly Resolution

Reduced mean time to resolution for complex anomalies from hours to minutes.

5x operational capacity

Operations Team Efficiency

Enabled operations team to manage 12 satellites with the same headcount previously required for 2.

Capabilities

How our AI Co-pilot transforms satellite operations

AI-Driven Decision Support

Intelligent assistance and recommendations for complex operational decisions

  • Machine learning models trained on satellite operational data
  • Contextual recommendations based on mission objectives
  • Operational alternatives with probability-weighted outcomes
  • Continuous learning from operator decisions and feedback
  • Resolution pathways for complex anomalies

Autonomous Operations

Automate routine tasks and workflows to reduce operator workload

  • Automated health checks and status monitoring
  • Routine command sequence execution
  • Parameter optimization for orbital maneuvers
  • Automated report generation and distribution
  • Configurable automation guardrails and approvals

Natural Language Interface

Interact with your satellite systems using conversational language

  • Query complex telemetry without specialized syntax
  • Issue commands using natural language instructions
  • Ask questions about system status and operational history
  • Generate reports through conversational requests
  • Context-aware interactions that understand mission objectives

Performance Optimization

AI recommendations to maximize mission effectiveness and efficiency

  • Power consumption optimization across operational modes
  • Data collection and downlink scheduling efficiency
  • Payload utilization maximization recommendations
  • Orbit maintenance strategy optimization
  • Long-term trend analysis for system performance

Ready to Transform Your Satellite Operations?

Experience how AI assistance can dramatically improve your team's capabilities while reducing operational overhead.