Tech Demonstrator | HeliosWerks

Helios Control v4.0 Tech Demonstrator is an operational prototype running now.

The constraint reasoning engine, predictive digital twin, graduated autonomy modes, and multi-asset coordination are all working in closed-loop simulation. This is TRL 4 -- demonstrated feasibility, validated performance, ready for Phase II hardware integration. This Is Not a Mockup.

Status: Active Development

Application Areas: Earth, Moon, Mars Surface Operations, Cislunar and Cismartian space, Multi-Agent Mission Coordination, Mission Assurance

What the Demonstrator Shows

Mission Dashboard: Real-time telemetry from 5 simultaneous assets. Battery, oxygen, CO2, comm latency, radiation -- all live. Asset map with trail history and hazard overlays.
Constraint Engine: Live conflict detection panel showing active conflicts, resolution actions, and autonomy rate. Watch the engine detect and resolve a battery-critical conflict in under a millisecond.
Graduated Autonomy: Switch between Monitor Only, Recommend, and Supervised Autonomy modes and watch the system behavior change measurably across identical fault scenarios.
Digital Twin: 60-minute forecast curves for battery, communications, and mission risk. Inject a solar storm and watch the forecast update in real time.
God's Eye View: Full 3D solar system view with Sun through Mars, tracked assets with orbital parameters, zone buttons, asset search, and clickable detail panels.
Command Queue: Earth-Moon communications latency model with realistic 1.28-second delay, IN_TRANSIT acknowledgment tracking, and blackout-period command blocking.

Request a Demo
We demonstrate Helios Control to NASA program managers, CLPS providers, and Space Force researchers on request. The system runs on a laptop and can be demonstrated from anywhere.
Contact: contact@helioswerks.com

HELIOS CONTROL TECHNOLOGY DEMONSTRATOR

Supervisory Autonomy for Multi-Agent Space Operations

The Helios Control Technology Demonstrator is a prototype mission operations platform designed to support future lunar, cislunar, and planetary exploration missions. The system combines autonomous monitoring, digital twin forecasting, mission visualization, and operator oversight into a unified supervisory autonomy framework.

VISUALIZATION & OPERATOR AWARENESS
• Integrated mission dashboard
• Surface and orbital operational views
• Real-time mission monitoring
• Communications network awareness
• Forecast status visualization
• Mission health visualization
• AI recommendation display
• Risk color coding and alerting
• Operational decision transparency
• Human-machine teaming interface

SURFACE OPERATIONS
• Autonomous rover tracking and monitoring
• Multi-agent surface asset coordination
• Hazard zone detection and visualization
• Dynamic route planning and rerouting
• Hazard proximity assessment
• Exploration target management
• Communications topology monitoring
• Asset health monitoring and status tracking
• Mission event simulation and response

ORBITAL OPERATIONS
• Real-time orbital asset tracking
• Earth and lunar orbital visualization
• Orbital health assessment
• Line-of-sight monitoring and prediction
• Orbital communications network visualization
• Dynamic relay handoff management
• Multi-node communications coordination
• Orbital transfer path visualization
• True anomaly tracking
• Orbital asset status monitoring

DIGITAL TWIN & FORECASTING
• Mission rehearsal and simulation
• Scenario-based mission analysis
• Predictive mission forecasting
• Mission outcome projection
• Communications performance forecasting
• Resource utilization forecasting
• Failure mode evaluation
• Risk projection and assessment
• Future-state mission modeling
• Operator decision support forecasting

SUPERVISORY AUTONOMY
• AI-generated mission recommendations
• Autonomous anomaly detection
• Mission risk assessment
• Operator-in-the-loop decision support
• Confidence-based AI recommendations
• Autonomous corrective action proposals
• Mission approval workflow
• Supervisory autonomy monitoring
• Mission assurance support

• MISSION MANAGEMENT

• Mission health assessment

• Mission coordinate input/display
• Mission timeline management
• Timeline replay capability
• Event logging and retention tracking
• Event categorization and review
• Mission status monitoring
• Forecast timeline visualization
• Operator review indicators
• Historical mission playback
• Mission audit trail support

What the Demonstrator Shows

Mission Dashboard: Real-time telemetry from 5 simultaneous assets. Battery, oxygen, CO2, comm latency, radiation -- all live. Asset map with trail history and hazard overlays.

Constraint Engine: Live conflict detection panel showing active conflicts, resolution actions, and autonomy rate. Watch the engine detect and resolve a battery-critical conflict in under a millisecond.

Graduated Autonomy: Switch between Monitor Only, Recommend, and Supervised Autonomy modes and watch the system behavior change measurably across identical fault scenarios.

Digital Twin: 60-minute forecast curves for battery, communications, and mission risk. Inject a solar storm and watch the forecast update in real time.

God's Eye View: Full 3D solar system view with Sun through Mars, tracked assets with orbital parameters, zone buttons, asset search, and clickable detail panels.

Command Queue: Earth-Moon communications latency model with realistic 1.28-second delay, IN_TRANSIT acknowledgment tracking, and blackout-period command blocking.

Request a Demo We demonstrate Helios Control to NASA program managers, CLPS providers, and Space Force researchers on request. The system runs on a laptop and can be demonstrated from anywhere. Contact: contact@helioswerks.com

Request a Demo
We demonstrate Helios Control to NASA program managers, CLPS providers, and Space Force researchers on request. The system runs on a laptop and can be demonstrated from anywhere.
Contact: contact@helioswerks.com