Launch
The drone leaves its dock on schedule, or in response to an approved alert.
Veyl Physical / Drones
Autonomous drone inspection for critical infrastructure.
Veyl Physical is a managed autonomous drone inspection and site-monitoring system. It launches from a dock, captures RGB and thermal data, verifies what changed, and returns a usable report.
See how it works
Mission profile
01 / 03
Substation thermal inspection
- Route
- Repeatable
- Sensors
- RGB + thermal
- Output
- Verified report
Scene Substation and PV array
Payload RGB + radiometric thermal
Pass Repeatable and scheduled
Output Verified finding
The system
A managed drone-in-a-box system from launch to verified report.
Veyl combines proven aircraft, autonomous missions, thermal and visual sensing, and human oversight. We run the system. Your team sets the site priorities and approves the rules.
Inspect
It flies a repeatable route, captures RGB and thermal data, and flags what changed.
Verify
Exceptions are reviewed against site rules before they become operational decisions.
Report
Your team receives the finding, the source evidence, the location, and the next action.
Operating envelope
Every deployment is defined before it flies.
Nothing about the mission is improvised in the air. The aircraft, the route, the sensors, and the limits are agreed and written down first.
- Aircraft
- Proven commercial airframe and dock
- Sensors
- RGB and radiometric thermal
- Mission
- One site, one repeatable route
- Cadence
- Scheduled, plus approved alarm response
- Oversight
- Licensed remote pilot, named site owner
- Deliverable
- Finding, evidence, location, next action
Veyl Physical is pre-deployment. These are the boundaries the first pilot is scoped to, not results we have published.
Initial missions
Autonomous drone inspection, thermal inspection, and site security.
One platform can begin with a narrow inspection route and expand into persistent site awareness as the evidence grows.
01 / Grid reliability
Autonomous drone inspection for substations, power lines, and transmission assets.
Repeatable thermal and visual capture makes change visible across flights, not just within a single inspection.
02 / Energy
Thermal drone inspection for solar farms, pipelines, and industrial equipment.
Cover large sites with consistent sensor angles, flight paths, and evidence.
03 / Site monitoring
Drone-in-a-box site security for perimeter patrol and alarm response.
Launch, stream the scene, document what changed, and return to dock.
Field guide
What makes a drone inspection operationally useful.
A flight is not the outcome. A useful inspection makes the route, measurement conditions, evidence, and decision repeatable enough for an operator to act on.
Repeat the route
Use defined viewpoints, altitude, sensor angles, and capture timing so changes between missions are interpretable.
Control the measurement
Record environmental and sensor conditions that affect RGB and radiometric thermal imagery.
Preserve the evidence
Keep the source image, asset location, timestamp, comparison point, and review history together.
Name the decision
Define who reviews an exception and what maintenance, security, or follow-up action it can trigger.
How thermal drone inspection works
Radiometric thermal cameras record temperature patterns across an asset. Those patterns can surface heat anomalies in electrical equipment, solar modules, pipelines, roofs, and industrial machinery. A thermal anomaly is evidence for review, not a diagnosis by itself. Load, weather, emissivity, viewing angle, distance, and sensor settings can all change the reading.
Why autonomous inspection needs a defined operating envelope
Autonomy does not remove aviation responsibility. In the United States, commercial drone operations must follow the applicable FAA rules. Some missions, including operations beyond visual line of sight, may require specific authorization or a waiver. Veyl scopes the flight plan and approval path before a pilot begins. See the FAA’s current Part 107 guidance.
What the final inspection report should contain
Each finding should include the affected asset, precise location, source RGB or thermal evidence, comparison to the approved baseline, confidence or review status, and the next action. Veyl keeps that output tied to the mission that produced it.
Veyl Physical is selecting first pilot sites. This field guide describes the operating standard for the proposed system, not published customer performance.
Managed autonomy
We handle the system, not just the software.
Veyl begins with proven commercial aircraft and sensors, then adds the mission logic, operating controls, and data workflow needed to deliver an outcome. Who owns what is explicit from the first flight.
01 / Veyl operates
We deliver the inspection system and keep it working.
- HardwareAircraft, dock, batteries, and maintenance
- AutonomyMission planning and flight autonomy
- CaptureSensor calibration and capture quality
- ReviewChange detection and analyst review
- ContinuityReporting, retention, and revalidation
02 / Your team decides
You set the boundaries and remain in control.
- ScopeWhich sites and assets are included
- ControlThe approval boundary and the stop rules
- ThresholdWhat counts as an exception
- ResponseWhat action a finding triggers
- ExpansionWhether the workflow expands
The first pilot
One site. One mission.
One measurable result.
StatusSelecting first sites
We start with one valuable, repeatable mission. Together we set its limits, run it, verify the result, and decide whether it deserves to expand.
Discuss a pilot-
01
Choose the mission
Select one high-value inspection or monitoring route.
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02
Set the limits
Map the site rules, risks, approvals, and stop conditions.
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03
Run and verify
Repeat the mission and validate every finding.
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04
Decide what expands
Use the result to decide whether the workflow grows.
Common questions
What is autonomous drone inspection?
Autonomous drone inspection uses a preplanned mission, commercial aircraft, and visual or thermal sensors to inspect an asset repeatedly with consistent routes and evidence. Veyl manages the aircraft, mission, review, and report as one system.
What infrastructure can Veyl inspect?
The initial scope includes substations, power lines and transmission assets, solar farms, pipelines, industrial equipment, logistics sites, and large critical-infrastructure perimeters. Every pilot starts with one site and one bounded mission.
What can thermal drone inspection detect?
Radiometric thermal imagery can reveal temperature differences that may indicate hot electrical components, underperforming solar modules, or abnormal industrial equipment. The exact detectable conditions depend on the sensor, environment, and approved inspection rule.
How does drone-in-a-box site security work?
A drone stays protected and charged in an on-site dock. It can launch for scheduled perimeter patrols or an approved alarm, stream visual and thermal context, document what changed, return to the dock, and recharge.
Does Veyl provide drone mapping or surveying outputs?
Where the mission requires them, Veyl can scope georeferenced imagery, change maps, orthomosaics, or 3D site models. Any survey-grade deliverable is defined separately with the required controls and qualified professionals.
How much does autonomous drone inspection cost?
Cost depends on the site size, route, sensor package, flight cadence, operating constraints, and required outputs. We begin with one scoped site and one measurable inspection or monitoring mission before anything expands.
Do you manufacture the drone?
Not initially. We begin with proven commercial aircraft and sensor hardware, then focus on autonomy, data, operations, and mission reliability.
Who is accountable for the flight?
Flights run under a licensed remote pilot and the site's approved operating rules. Autonomy works inside a defined envelope, and a named person stays accountable for the decision to fly.
What happens to our imagery and data?
The capture, findings, and reports belong to you. Retention window, storage location, and access are agreed in writing before the first flight.