Fleet identity
Register each vehicle or drone with a persistent CPID, assurance level, sponsor, mission profile and lifecycle state.
Autonomous Vehicles & Drones
One control plane for autonomous mobility.
Operate a governed management layer for autonomous ground vehicles and drones with persistent machine identity, mission lifecycle, GNSS position, telemetry, geofences, AI software state, predictive health and audit evidence.
A WORKSPACE, NOT A SECOND PLATFORM
Keep mobility operations separate without fragmenting governance.
The workspace model gives autonomous vehicles and drones their own fleet, missions and operating context while sharing Solarion’s identity, software assurance, evidence and operator-control architecture.
IDENTITYCPID-boundEvery managed asset remains attributable.
OPERATIONSMission-awareApproval and active-state governance.
POSITIONGNSS + zonesLocation quality and boundary posture.
Operational capabilities
Built for the information operators need before autonomous systems are trusted to operate.
The workspace joins identity, mission authorization, software state and live observations into one reviewable operating picture.
Mission governance
Create, approve, activate, complete or abort missions with identity and operating-zone checks before state transitions.
GNSS operations
Monitor latitude, longitude, altitude, speed, heading, fix accuracy, satellite count and freshness.
Geofence posture
Configure approved circular operating zones and evaluate incoming position observations server-side.
Telemetry & link
Review battery, thermal state, AI latency, network RTT, signal strength, link state, anomaly rate and autonomy mode.
Software & evidence
Control AI package/deployment state per workspace and preserve hash-linked audit evidence for management actions.
Mission control lifecycle
Govern the mission without becoming the flight or drive controller.
Solarion manages authorization, state, evidence and operational context. Onboard autonomy and certified/OEM safety systems remain authoritative for physical motion.
01DRAFTDefine mission intent
→02VERIFYIdentity + zone + workspace
→03APPROVEAuthorize management state
→04OBSERVEGNSS + telemetry + link
→05PROVEComplete / abort + evidence
Reference workspace
Populated with operational demonstration assets from day one.
The installed Control Core provisions representative autonomous assets and missions so teams can exercise the full workflow before connecting production adapters.
GROUND / AV-01ACTIVE
Autonomous Ground Vehicle
Closed-site logistics asset with CPID identity, approved yard geofence, GNSS position, odometer context and governed AI packages.
- Mission
- Yard Logistics Transfer
- Zone
- Logistics Yard
- Mode
- Autonomous
AERIAL / DR-07ACTIVE
Inspection Drone
Infrastructure inspection UAS with altitude, vertical speed, satellite count, signal quality and mission-linked telemetry.
- Mission
- Facility North Inspection
- Zone
- North Facility
- Link
- Connected
AERIAL / DR-12DEGRADED
Survey Drone
Survey and mapping asset seeded with a degraded operating condition to exercise exception handling and operator review.
- Mission
- Roof Thermal Survey
- State
- Draft
- Review
- Required
Live route simulation
Track a ground vehicle or drone moving through a demonstration route.
The GPS Operations module can switch from the full fleet picture into a selected route simulation. Each playback step writes a fresh simulated GNSS/GPS observation, recalculates geofence posture and updates the map marker in real time.
Logistics Yard Transfer Loop
Receiving-to-staging closed-site route with speed, heading, odometer and operating-zone evidence.
- Distance
- 780 m
- Profile
- Supervised route
Facility North Inspection Circuit
Perimeter inspection circuit with changing altitude, GNSS satellite count, link state and mission-linked telemetry.
- Distance
- 1,120 m
- Profile
- Supervised flight
Roof Thermal Survey Grid
Grid survey route intentionally paired with degraded link telemetry so operators can exercise exception review.
- Distance
- 930 m
- Condition
- Degraded demo
Enterprise boundary
Control-plane authority is intentionally different from motion authority.
This architecture is designed to govern identity, software, missions, observations and evidence. It does not expose steering, braking, takeoff, landing, actuator, collision-avoidance, emergency-stop or safety-bypass commands.
SOLARION CONTROL PLANEIdentity · Mission · Policy · Telemetry · EvidenceEnterprise management authority
SEPARATIONONBOARD / OEM CONTROLLERNavigation · Motion · Safety · Emergency FunctionsPhysical operational authority
Autonomous Mobility Workspace
Open Mobility Workspace ↗Operate the management layer now.
Switch between Robotics Operations and Autonomous Vehicles & Drones from one portal. Administrators can add additional workspaces as the fleet architecture expands.