Aerox is an enterprise inspection and reporting service that transforms drone-captured imagery into actionable insight for solar, wind, and industrial operations — combining autonomous flight, survey-grade processing, and advanced analytics so organizations see more clearly, understand faster, and act with confidence.
The core of Aerox is not simply drone inspection — it is the conversion of thermal, RGB, biofouling, and custom detection data into clear maintenance priorities, operational workflows, and defensible reporting. We help renewable asset owners reduce avoidable losses, protect long-term yield, lower inspection and maintenance costs, accelerate time-to-repair, and improve visibility for technical, financial, and executive stakeholders.
Critical infrastructure operators face a fundamental visibility gap: manual inspections are dangerous, expensive, and infrequent, and by the time a problem is found on the ground it's often too late. Aerox exists to close that gap with continuous, scheduled inspection visibility.
A candid photo of the Aerox field team on-site — pre-flight checks, controller in hand, plant infrastructure in the background.
Every flight and every model is designed to produce insight, not just imagery.
Survey-grade capture and georeferencing, down to sub-2cm ground sample distance.
Built on modern cloud-native architecture and smart automation, designed to scale with the industry.
Enterprise-grade delivery, from flight planning through executive-ready reporting.
Repeatable, standardized data collection that stakeholders can build decisions on.
Deep photogrammetry, computer vision, and cloud infrastructure expertise underpin every product.
The Aerox platform roadmap is structured so each phase builds on a proven foundation — from core inspection workflows to a full enterprise digital-twin platform.
Core platform, ingestion pipeline, orthomosaic processing, and web-based map viewer.
Object detection, vegetation encroachment models, measurement tools, and automated alerting.
3D & point cloud visualization, change detection over time, and additional thermal/structural detection models.
Flight planning & mission management, digital twin visualization, on-site processing, and multi-region deployment.
