Granted U.S. Patent
Covers aspects of a fuel-powered unmanned aircraft architecture developed for long-endurance operation.
Inspect farther.
Revisit only where
evidence demands.
KEROSYS creates inspection recipies for electric grids using long range drones.
One persistent
record per grid component, covering lengthy routes and dispatching targeted revisits
whenever evidence is incomplete.
66KV TRANSMISSION CORRIDOR
FIELD FLIGHT #241
CLOSED-LOOP ELECTRICAL GRID INSPECTION
Cross flight change detection.
Adaptive multi-aircraft compilation.
Distinguishes real deterioration from different camera angles, lighting, seasons, sensors and aircraft. Converts remaining evidence requirements into missions for the most appropriate long-range or close-inspection aircraft.
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1
Model the grid
Give every structure and component a persistent identity and history.
-
2
Check the evidence
Define and verify the angles and image quality required for inspection.
-
3
Assign the revisit
Turn unresolved evidence into a task for the right aircraft.
-
4
Verify the record
Close the requirement while preserving uncertainty and audit history.
INSPECTION TWIN
A persistent record
for the physical grid.
Select a component to inspect its evidence state. Then replay a targeted revisit to see how a second aircraft closes an unresolved requirement.
INSPECTION TWIN
NETWORK
GRID SEGMENT 04
Verified
Uncertain
Revisit
Finding
1Asset Centric
Evidence remains attached to the physical component and not a folder or isolated flight.
2Aircraft Aware
Different aircraft contribute to the same unresolved inspection objective.
3Uncertainty Aware
Missing evidence stays explicit instead of being mistaken for a healthy asset.
4Auditable
Every image, rule, decision and revisit remains traceable in the final record.
KEROSYS FLIGHT SYSTEMS
Aircraft built around the mission.
A flight-systems family spanning proven electric platforms and purpose-built endurance architectures.
FLIGHT TESTED
01 / 04
BUILT SYSTEM / FLIGHT IMAGE
Swipe or use arrows
Readiness labels distinguish flight-tested systems from development aircraft and patent-backed architectures.
UTILITY INSPECTION
From aerial imagery to inspection evidence.
Hover to inspect
COMPONENT-LEVEL ANALYSIS
Transformer component inspection
Bushings, cooling hardware and leak-check regions.
- 6
- components identified
- 1
- condition check
- 0
- critical flags
Flight control and computer vision software were validated in a major electrical distribution in North Bangalore, India.
COMPANY
Built through invention, software, and hands-on testing.
KEROSYS is building enterprise software for persistent aerial inspection of electrical power grids by connecting aircraft, operators, and evidence in one workflow.
Samanth Mottera
Purdue computer engineering graduate building KEROSYS across flight software, autonomous systems, aircraft integration, and product development.
LinkedIn profile
Built and tested in the lab
Aircraft, control software, test systems, and mission workflows are developed together through hands-on prototyping in Bangalore, India.
Help close the grid inspection loop.
If you plan, fly, review, or procure electrical grid inspections, we want to understand where evidence is lost, repeated, or left uncertain.
Best suited for
- Electric utility inspection teams
- Transmission and distribution asset managers
- UAS program and field operations teams