Startup Granted FAA Waiver Allowing One Pilot to Fly Up to Six Drones at Once

The drones provide security and use AI to extract information from video footage.

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Sunflower Labs

Sunflower Labs, creator of the Beehive autonomous security drone system, today announced it has received an FAA waiver allowing one pilot to operate up to six drones simultaneously - a regulatory milestone that clears the path for large-scale autonomous security deployments.

The company's new one-to-many authorization increases the operational efficiency of the Beehive system and provides a clear regulatory path for larger deployments across commercial, industrial and residential properties.

Because each Beehive drone can fly up to eight hours per day, six simultaneously flying aircraft can support at least 18 deployed systems per pilot.

“Autonomous security only becomes transformative when it can scale,” said Alex Pachikov, co-founder and CEO of Sunflower Labs, in a statement. “This waiver allows our team and our piloting partners to operate multiple drones at once while maintaining the safety and oversight standards required for real-world deployment. This makes autonomous aerial security practical and economical for our customers.”

Sunflower Labs also has launched AI Insights, a set of intelligent features that acts as a layer for the Beehive system and uses a combination of custom-tuned models deployed in Sunflower Labs’ backend to extract more useful information from drone imagery and footage.

AI Insights expands beyond basic object classes such as people, vehicles, and animals to detect a broader range of subclasses and site-relevant conditions, ranging from delivery vans and RVs to fire, vandalism, and other anomalies.

The system also analyzes the broader scene to provide more complex context. For example, AI Insights can help determine whether people on site appear to be residents, workers, pedestrians, delivery personnel, or unknown individuals. These detections can be sent to security teams through descriptive voice alerts, giving operators clearer situational awareness when operating multiple systems at the same time.

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