Stream freshness
Track the age of the latest authenticated robot observation and surface stale streams immediately.
Telemetry operations
Know what every robot is reporting—and when it stops.
Solarion Robotics™ turns robot telemetry into an operational layer for stream freshness, thermal state, battery health, runtime latency, network performance, anomaly signals and predictive fleet health.
FRESHNESS IS A CONTROL SIGNAL
A robot that reported ten minutes ago is not necessarily a robot you understand now.
The portal distinguishes live, delayed, stale and never-seen telemetry so operators can separate current machine state from historical assumptions. That distinction becomes critical as autonomous fleets scale across sites and network boundaries.
LIVE≤ 2 minutesCurrent operational observation.
DELAYED2–10 minutesConnectivity or edge pipeline review.
STALE> 10 minutesDo not assume current state.
Fleet observability
Operational telemetry designed around robot decisions, not dashboard decoration.
Thermal state
Observe CPU and motor temperature alongside fleet health and maintenance context.
Battery condition
Separate current charge from longer-term battery-health signals used in fleet planning.
AI runtime latency
Measure inference latency and anomaly rates as part of the deployed AI operating picture.
Network performance
Track robot-to-control-plane round-trip latency and identify connectivity degradation.
Predictive operations
Combine explainable telemetry factors into a maintenance-oriented health score without representing it as a safety classifier.
Operational loop
Observe. Qualify. Escalate. Preserve evidence.
Telemetry participates in an enterprise control loop with identity, software state and location context.
01INGESTAuthenticated edge observation
→02QUALIFYFreshness + signal quality
→03ASSESSHealth + anomaly posture
→04ESCALATEReview degraded assets
→05PROVEPreserve evidence
Edge telemetry contract
A compact operational record bound to machine identity.
Production integrations should authenticate every observation, use transport encryption, synchronize clocks and validate thresholds against the robot OEM and real fleet history.
{
"robot_id": 101,
"battery_pct": 82,
"motor_temp": 51.4,
"inference_latency": 63,
"network_rtt": 24,
"latitude": 43.6532,
"longitude": -79.3832,
"gps_accuracy_m": 2.8,
"status": "online"
}Robot Control
Open Telemetry Operations ↗Operate telemetry and GPS as one enterprise observability layer.
Review live stream freshness, fleet health, operating-zone state and route evidence from the same control plane.