Inspection and data capture.
Small supervised route, condition imagery, local notes, and report output for infrastructure or facility checks.
First proof lane
Platform architecture
Pilot architecture, not model hype.
Aerosyn will not sell unfinished renders as product. The public platform story is the decision system: choose the job, map the autonomy loop, define safety gates, then select or build the machine body.
Platform lanes.
These are decision lanes, not claims that a finished product is ready. They help match a customer problem to the smallest useful pilot.
Facility rounds and logistics.
Operator-assisted routes, alerts, inventory checks, handoff points, and local event logs.
Operations laneIndustrial workcell support.
Fixed station checks, QA capture, machine-side reporting, and repeatable operator-assist workflows.
Factory laneRough terrain inspection.
Outdoor assets, drains, corridors, uneven ground, and supervised evidence capture.
Field laneConstrained manipulation research.
Human-in-the-loop tool or object interaction only after a precise safety and test boundary exists.
Prototype laneExtreme environment research.
Only for grant, government, or expert-reviewed settings where safety authority and site controls exist.
Grant laneSelection rubric.
The body follows the job. If the proof can be captured with a small sensor rig, do that before committing to custom mechanics.
RiskCan a supervised test reduce human exposure without creating a larger hazard?
DataWhat evidence proves the workflow improved: imagery, events, defect tags, route logs, or reports?
ControlWhat does the robot do, what does the operator approve, and what stops the system?
FundingWhat milestone would justify a paid pilot, prototype build, or grant submission?