Detect, dispatch, verify.

Skyello orchestrates physical agents — drones, inspectors, and autonomous systems — routing the right resource to the right location with the right mission based on what was detected, what regulation applies, and what evidence is needed.

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Anomaly Detected
SourceSatellite thermal scan
Location31.9686° N, 102.0779° W
AssetTank 4-A · Sector NW
Evaluating Context
Regulation40 CFR 60.18
EvidenceVisual + thermal verification
SeverityCRITICAL
DRN-482 Dispatched DISPATCHED
MissionThermal verification
ETA14 min
Altitude120m AGL
Verified — Compliant
RecordR-9103
StatusCOMPLIANT
ChainD-4471 → M-2847 → R-9103

Compliance software shouldn't stop at the screen.

Every compliance platform on the market does the same thing — it gives you a dashboard showing what's out of compliance and leaves the response to you. Someone has to read the alert, figure out who's available, decide what needs to happen, dispatch the right person or system, and hope the resulting evidence meets the regulatory standard.

That handoff between detection and response is where compliance programs fail. The gap isn't in knowing what's wrong. It's in closing the loop between knowing and verifying.

Every other platform
Compliance Dashboard
3 anomalies detected Unresolved
Tank integrity warning Unresolved
Waiting for manual response...
Skyello
Compliance Orchestration
3 anomalies detected Resolved
Mission generated
Agent dispatched
Evidence captured
Record filed

Skyello eliminates that gap. When the platform detects an issue — through satellite monitoring, sensor thresholds, scheduled inspection cycles, or AI analysis — it doesn't generate a notification and wait. It evaluates the detection against the regulatory context, determines what type of verification is required, identifies the best available physical agent, generates a mission with specific objectives and evidence requirements, and dispatches it. The loop closes automatically, and every step is documented with full regulatory traceability.

One orchestration layer for every type of agent.

Drones

Skyello generates and dispatches drone missions automatically in response to detection events or scheduled compliance cycles. Each mission includes GPS coordinates, flight parameters, sensor configuration, specific evidence requirements, and the regulatory obligation the mission satisfies. Drones capture high-resolution imagery, thermal data, LiDAR scans, and gas detection readings. Mission results flow directly into the compliance record with timestamps, geolocation, and sensor metadata. No manual mission planning, no separate drone operations workflow, no gap between detection and verification.

Drone Mission — Verification DISPATCHED
Anomaly SourceSatellite Detection
Location31.9686° N, 102.0779° W
Mission TypeThermal verification
SensorsRGB · Thermal · LiDAR
PriorityCRITICAL
Dispatch
Transit
Verify
Report
Inspection Mission INS-207
LocationTank Farm 3 · Bay 12
Regulation40 CFR 63.655(b)
Evidence Required
Visual inspection of seal
OGI camera scan (60s min)
Photo documentation
Digital signature

Inspectors

Human inspectors are dispatched through the same orchestration layer as autonomous systems. When a verification requires human judgment — visual assessment, olfactory detection, physical manipulation of equipment — Skyello routes the assignment to the nearest qualified inspector with the specific checklist, evidence requirements, and regulatory context for that task. The inspector receives the mission on their mobile device, executes the inspection guided by regulation-backed criteria, and captures evidence that flows directly into the compliance record. The platform treats human inspectors as agents in the system rather than as users of the system.

Autonomous systems

As robotic inspection platforms and autonomous ground vehicles become operational in industrial environments, Skyello's orchestration layer extends to any system that can receive a mission, travel to a location, capture data, and return results. The platform is agent-agnostic — the dispatch logic, evidence requirements, and compliance record generation work the same whether the agent is a drone, a human, or a robot.

Autonomous Patrol — ROB-031 IN PROGRESS
WP-01
WP-02
WP-03
WP-04
WP-05
Visual
Thermal
Gas
LiDAR
Battery78%
Distance1.2 km
Speed0.8 m/s
ETA22 min

How dispatch decisions are made.

When a detection event occurs, the platform evaluates four variables to determine the appropriate response.

01Regulatory Context
Citation40 CFR 60.18(c)(2)
Evidence TypeThermal + visual verification
Qualified PersonNot required — remote sensing eligible
FrequencyEvent-triggered
02Severity & Urgency
CRITICALImmediate response — active emission event
ROUTINESchedule within maintenance window
ANOMALYConfirm before escalation
03Agent Availability
DRN-482Available2.1 kmOPTIMAL
DRN-519In Mission
INS-207Available8.4 km
04Operational Constraints
Weather — Clear, 8 mph wind
Airspace — Unrestricted below 400 ft
Active ops — Blasting zone 500m NE (exclusion routed)
Safety zone — Clear, no personnel conflicts

Regulatory context

What regulation governs the asset or area where the detection occurred, and what type of evidence does that regulation require? Some obligations can be satisfied by remote sensing. Others require visual inspection by a qualified person. Others require specific instrumentation readings. The regulation determines the evidence standard.

Severity and urgency

Is this a critical finding requiring immediate response, a routine verification that can be scheduled, or an anomaly that needs confirmation before escalation? The platform classifies the detection and prioritizes accordingly.

Agent availability

Which physical agents are available, qualified for the mission type, and within operational range of the target location? The platform maintains real-time awareness of agent status, location, capabilities, and certification levels.

Operational constraints

Are there weather limitations, airspace restrictions, permit boundaries, active operations in the area, or safety exclusion zones that affect when and how the mission can be executed? The dispatch logic accounts for operational reality, not just regulatory requirement.

The result is that every dispatch decision is optimized across regulatory compliance, operational feasibility, and resource efficiency — and every decision is documented as part of the compliance record.

The compliance record is generated automatically.

Every physical agent mission produces a standardized compliance record — generated as the mission is executed, not assembled after the fact.

Compliance Record R-9103
Detection EventSatellite thermal anomaly — Tank 4-A, Sector NW
Regulatory Obligation40 CFR 60.18(c)(2) — Flare monitoring
AgentDRN-482 · Matrice 3TD · Cert: FAA Part 107
Evidence CapturedRGB: 4K · Thermal: FLIR XT2 · GPS: 31.9686° N
DeterminationCOMPLIANT Flare operating within parameters
Citation ChainD-4471 → 40 CFR 60.18 → M-2847 → R-9103

From detection to documented resolution.

Six steps. Fully automated. Every decision documented.

01

Detect

Satellite, sensor, or scheduled cycle identifies an anomaly requiring verification.

02

Evaluate

Platform matches the finding to the governing regulation and determines evidence requirements.

03

Select

Dispatch logic identifies the optimal agent based on type, proximity, and certification.

04

Dispatch

Mission is generated with GPS coordinates, flight parameters, and regulatory context.

05

Capture

Agent executes the mission and captures imagery, thermal data, or sensor readings.

06

Record

Compliance record is generated with full citation chain. Tamper-proof and audit-ready.

See how Skyello orchestrates physical agents across your operation.

Request a walkthrough showing how detection events trigger automated dispatch, evidence capture, and compliance record generation across your facilities.