AI Aerial turns active warehouses, laboratories, pilot sites, and production facilities into versioned spatial data for robotics deployment teams.
Deployment teams often begin with drawings that are incomplete, outdated, or disconnected from the way a facility operates today. The missing information may include changed layouts, unverified clearances, unknown floor transitions, blocked routes, missing infrastructure, and unrecorded interaction zones.
Many robots create their own runtime maps after arrival. Those maps don't answer the pre-deployment questions:
A structured record of facility conditions that shape a robot deployment.
Each engagement is scoped around a defined facility area, robot or robot class, and intended workflow.
Robotics OEM field-operations and deployment teams. Robotics integrators and solutions engineers. Warehouse, manufacturing, laboratory, and facilities operators. General contractors and tenant-improvement teams. Simulation teams needing structured real-world base geometry. EHS and robot-safety professionals.
Strongest use cases: new robot pilot, pilot-to-fleet expansion, brownfield warehouse deployment, new robotics lab, major layout change, CAD/BIM reconciliation, pre-installation coordination.
Matterport reports Pro3 raw depth accuracy of approximately ±20mm at 10 meters. It supports visual context, broad planning, documentation, and scan-to-BIM. It is not industrial metrology and should not be used alone for tight docking interfaces, guarded cells, precision fixtures, or safety-critical clearances.
Each proposal identifies intended use, capture method, dimensions requiring higher confidence, inaccessible areas, proposed verification method, and work requiring a licensed surveyor, engineer, or metrology provider.
Facility data can reveal layouts, equipment, production processes, access systems, and operational vulnerabilities. Security requirements are established before capture and may include NDA, approved processing methods, customer-approved storage and retention, role-based access, image redaction, separation of deliverables from public demos, controlled deletion, and offline processing when cloud is not approved.
AI Aerial provides facility capture, documentation, scan-to-BIM, spatial-data organization, observed-condition reporting, and project coordination. Unless separately contracted through qualified professionals, our work does not constitute land surveying, industrial metrology, structural/electrical/fire/network engineering, floor testing, robot programming, functional-safety certification, code compliance, or final deployment approval.
The service supports feasibility review, remote coordination, facility planning, engineering handoff, stakeholder alignment, and change history — before and during deployment. It complements, not replaces, the robot's runtime map.
Yes. We compare supplied files with the facility as it operates today. If existing files are current and suitable, capture scope can be reduced.
No. We document conditions and organize evidence. Qualified integrators, EHS professionals, engineers, and robot-safety specialists conduct the risk assessment and make safety determinations.
We prepare base geometry and structured handoff data. Collision behavior, materials, sensors, physics, robot models, and sim-to-real validity require additional preparation by the customer or a qualified simulation partner.
Send the available facility plan, intended task, robot dimensions, and target schedule. We'll return an initial data-gap list, proposed capture plan, deliverables, schedule, and fixed pilot price.
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