Critical national infrastructure is facing a generational challenge. To meet major project targets and the demands of ageing infrastructure, owner-operators need access to high quality data from across their asset base.
sees.ai offers an industry-first fully-supported, safe aerial data capture solution under a single licence. With our system, owner-operators can unlock the potential of BVLOS flight, conducting drone operations safely at network scale.
Our centralised system records every second of data from every autonomous flight – over a gigabyte of data per minute, per drone. With a comprehensive record from across the fleet, all stakeholders (from operators to regulators) get complete transparency and perfect insight.
We use this data post-flight to continuously improve system performance. This makes our system uniquely able to scale, safely.
We capture detailed, consistent 2D images georeferenced against a 3D digital twin. Operators can generate a real-time view of the condition of assets, in extreme detail and at network level. Plus, these perfectly repeatable images are optimised for AI/ML processing.
With decades of experience building integrated systems in safety-critical environments, sees.ai has mastery across the stack. Our expert team supports our clients to meet their needs – including continuous system improvements and assistance with regulatory challenges.
Our system unlocks economies of scale, making BVLOS flight more efficient than ever before. Data-driven insights enable operators to allocate resources more cost-effectively, while centralised supervision reduces the need for skilled pilots.
Electricity grid inspection and monitoring |
Remote close-quarter inspection means less work at height, lower costs and fewer emissions. |
Methane emissions monitoring |
Safer, faster, and more efficient environmental monitoring. Our technology allows operators to precisely locate dangerous gas leaks, to control their emissions and keep the environment safe. |
Offshore wind inspection and monitoring |
AI-powered autonomous inspection system for offshore wind turbines. |