
Autonomous Inspection Platform
Software, in-house sensors and autonomous robotics that work without GPS and turn raw capture into audit-ready reports.
Inspection Operating Picture
Outcome: Reduced cycle time, repeatable evidence and defensible decisions.
Open architecture
Compose missions with TOPseven expert robotics and in-house payloads; integrate standard drones and equipment where appropriate.
Multi-asset
No matter which asset: Wind turbines, STS cranes, bridges or rollercoasters templates make capture comparable across assets and sites.
Integrated systems
The platform integrates control, payloads, and resource management to ensure a coherent mission execution and reporting outcome.
Template to task
Turn operator intent (coverage rules, component lists, severity scales) into a precise route and capture plan executed by autonomy under expert supervision.
Mission Cycle
01 Design playbooks
Establish asset-specific templates by encoding acceptance criteria and severity scales into the platform. This ensures 1:1 repeatability for every capture and assessment across your entire fleet.
02 Plan
Calibrate the mission to the actual asset geometry on-site. The system detects blade positions or structural segments to compute precise flight paths and lock in optimal payload settings before mission execution.
03 Operate
Autonomy executes the standardized route while the system manages the mission. SIGHT ensures optical clarity; BEAT runs contactless diagnostics; PULSE synchronizes support vehicles in real time.
04 Debrief & learn
Reports and digital signatures are archived into a defensible record. Use type-specific references to enable longitudinal trend monitoring over the asset’s lifetime.
Edge processing surfaces findings during the mission and verifies coverage before landing; syncing uses available bandwidth without blocking progress.
Clean APIs connect assets, work orders and document systems so evidence flows without manual formatting; third-party and legacy components can be integrated where needed.


