One inspection program for assets too dispersed to walk. Unleash Live automates the capture and grades what it finds, so aging networks and new renewable sites stay reliable without adding field crews.
Inspect vast networks and growing renewable portfolios at scale, without adding headcount.
Orb inspects the network, wind and solar farms on a schedule. Prism monitors continuously on the cameras already inside your substations.
Cracked insulators
Cross-arms and pole-top equipment
Pole condition across the feeder network
Tower structure and corroded fittings
Conductors and spans
Insulator string damage
Transformer oil leaks
Bushings and cooling plant
Switchgear and busbars
Perimeter and access control
Panel hot spots
Cracked and damaged panels
Vegetation around the arrays
Blade leading edge erosion
Blade cracks and surface defects
Tower and nacelle condition
Vegetation encroachment and clearance risk
Energized structures crews cannot safely approach
ROI & benefits
More defects found per cycle, fewer repeat site visits, and critical faults identified overnight, without adding field crews.
High performance AI
91% increase
F1-Score for precision and recall
Defect identification
300% increase
Increase in the first year, against helicopter-based inspection
Rapid identification
<24hrs reduction
Overnight identification of critical faults for prioritized remediation
Faster, safer inspections
40–60% reduction
Reduction in inspection cycle time against manual methods
Field team efficiency
25–40% increase
Inspection programs expanded without additional field crews
Figures from deployed utility transmission and distribution networks. Results vary by asset class, capture standard, and inspection cycle.
Why choose Unleash Live
Define your poles, towers, spans, substations, turbines, and solar arrays, set capture profiles per asset class, and schedule once. Every mission inherits the same standard, giving you one consistent record across every feeder, corridor, site, and inspection cycle.
AutoFly, Unleash Live's mission control software, flies each mission to the same standard, capturing every conductor, insulator, pole-top, turbine blade, and panel at the same angle and altitude. Media syncs from the field, tagged to its asset and ready to analyze.
Explore AutoDockOn the sites you return to most, from substations to wind and solar farms, AutoDock launches the mission from a dock already in place, with no crew on the ground. Operators fly it from any authorized browser, or let the schedule run it. The capture standard and the record it writes to are the same as a crewed flight.
Explore featureComputer vision trained on utility and renewable asset classes reads every capture, detecting faults like cracked insulators, corroded fittings, blade defects, panel hot spots, and vegetation encroachment, and grading severity across the full dataset. Experts review the results, confirm the analysis, and refine the AI App's accuracy with every pass.
Explore MobiusMobius is where your own team builds and governs detection models. Store captures, build datasets, and train against your asset classes, your construction standards, and the fault types your engineers already know, from pole hardware to blade surfaces, then ship the severity thresholds and event logic with the model rather than waiting on a separate build.
Explore PrismInside the fence line the assets do not move, so they do not need to be flown. Prism reads the cameras already installed at your transmission and distribution substations, watching transformers, bushings, and cooling plant for the faults that develop between inspection cycles, and routing them to the same record as everything Orb captures in the field.
One record per asset, holding its full history. Each inspection, detection, and action writes back to it, so you can see how your network and generation portfolio are trending across inspection cycles, and what's actually getting worse, not just what's most recent.
Findings and work orders flow straight into SAP PM, IBM Maximo, and ESRI ArcGIS, with an API for everything else. Orb fits the EAM, ADMS, and GIS stack your teams already run.
Automated inspections across the network and your renewable portfolio. Repeatable condition capture on assets spread over thousands of miles of right of way and across your wind and solar farms, flown to the same standard each cycle.
Continuous monitoring inside the fence line of your transmission and distribution substations. Running coverage of the high-value sites where a fault is worth catching the moment it appears rather than at the next inspection.
Most start with Orb across the dispersed assets: the poles, towers, spans, and corridors of the network, and the turbines and panels of your wind and solar farms, flown with AutoFly and launched unattended from a dock with AutoDock on the sites you return to most. Prism covers the fixed infrastructure inside the substation fence line, where cameras are already installed and the assets do not move. Mobius is for teams who want to build and govern their own detection models. All of it writes to one Asset Passport per asset, through one set of integrations.
Yes. Orb is hardware-agnostic and works with major commercial drone platforms, so your existing fleet and pilots integrate without hardware replacement. Prism is camera-agnostic and connects to the fixed CCTV, PTZ, and IP cameras already installed at your substations.
No. Deployment can be cloud, on-premise, edge, or hybrid, confirmed during implementation against your security and data residency requirements.
Through Asset Passport, one record per asset that holds its full history. Each inspection, detection, and action writes back to it, whether it came from an Orb flight over a line, turbine, or panel array, or a Prism camera inside a substation, so a condition can be followed from the first finding to the repair.
We work with you on new detection models that are built, trained, and deployed as AI Apps through Mobius, Unleash Live's development environment for building AI Apps. You can build against your own asset classes and fault types, or bring existing models and run them alongside.
A first deployment is scoped to one feeder, one corridor, one wind or solar site, or one substation, not the whole network. You prove the result where it's measurable, then expand across sites and asset classes from the same deployment.
SAP PM, IBM Maximo, and ESRI ArcGIS out of the box, with additional integration pathways available via API.
Unleash Live is ISO 27001 and GCC certified. Role-based access control, encryption at rest and in transit, and full audit logging, with compliance documentation available on request.
Combine drone automation, computer vision, and geospatial data into one connected inspection workflow across your network and generation sites.
