Glair deploys swarms of autonomous cleaning robots via aerial drones to maintain solar farms and skyscraper facades — at a fraction of the cost and time of traditional methods.
Two massive, fast-growing markets. Both still solved with ropes, scaffolding, and lift equipment.
Solar farms lose a significant portion of their energy output annually without regular cleaning — in the fastest-growing sector of US power production.
Skyscraper facade cleaning is a massive annual market still run on ropes, scaffolding, and lift equipment. High cost, slow throughput, no modern solution.
A swarm of Glair drones doesn't just replace a crew — it replaces the entire operation.
Each drone-robot pair cleans and moves to the next surface in under a minute. At scale, a fleet covers thousands of panels in a single session.
Deploy one drone or one hundred. The system is designed from the ground up for coordinated multi-drone operation across large installations.
Solar farms, high-rise facades, skylights. If it's glass and it's dirty, a Glair drone can reach it — without scaffolding, without delay.
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This page constitutes a formal public disclosure of the Glair autonomous drone-deployed glass cleaning system, including the method of aerial robot deployment, surface docking via extendable drone arm, vacuum adhesion, and autonomous retrieval. First published June 3, 2026. Patent applications forthcoming. All rights reserved.