FlytBase, Inc., a Physical AI platform company, announces that Shell's offshore robotics team is running the world's first autonomous drone-in-a-box operations on a floating offshore production facility in the Gulf of America. Shell and FlytBase shared the milestone on stage at the Energy Drone & Robotics Summit, part of InnovateEnergy Week 2026 in Houston, in a joint session titled "Drones for Energy Operations in the Age of AI: A New Operating Model."
When the cost of each flight collapses, drones become infrastructure
Speaking at the Summit, Nitin Gupta, Founder and CEO of FlytBase, described the shift underway. For as long as every drone flight needed a pilot on site, the economics justified only a handful of high-value inspections. Autonomous drone-in-a-box operations change that. When a drone launches on its own and AI processes what it captures at scale, the cost of each flight falls sharply, and operators fly far more often. The drone stops being an occasional tool and becomes part of the site itself, dispatched on demand, with one operator overseeing many docks across many sites.
The effect is not only cheaper inspection. As the cost per flight falls, a whole new class of routine work comes within reach — daily checks and frequent monitoring that were never worth a crewed flight, expanding both how often drones fly and what they are used for.
"When drones were flown by hand, every flight was costly, so operators used them sparingly. With autonomy and AI together, our customers now fly on the order of a hundred times more often, at a fraction of the cost per flight. Once you can collect data at scale and understand it at scale, a whole new world of use cases opens up, ones that were never worth a manual flight." — Nitin Gupta, Founder and CEO, FlytBase
Shell designed its deployment so the drone operates as a permanent part of the asset, launching from its dock, completing scheduled routes, and returning without a crew flown out for each flight.
The capability is running offshore now, supporting automated operator rounds, daily checks of flares, under-deck areas, sheens and general condition, conducted autonomously. Each mission returns structured information tied to the asset rather than a set of images, drawing on the orchestration and data intelligence of the FlytBase platform. Shell describes the result as safer operations with fewer crew in hazardous areas, and faster assessment after a weather event to support a quicker restart. Establishing autonomous flight over a live offshore facility called for a safety case of the highest standard, validated through more than fifty failsafe and geofence stress tests.
Shell intends to extend the capability to further offshore and onshore sites over time.