Regina Technology deploys aerial drones and underwater ROVs as a subscription service — giving energy, defence, and agriculture operators access to autonomous robotics without the capital burden. Our system-agnostic software stack integrates with any existing hardware or data infrastructure.
Watch Regina's autonomous systems at work — from subsea ROV inspection to aerial survey operations.
The assets that power Britain require constant monitoring. Current options demand sending humans into harm's way or buying multi-million pound systems that only the largest operators can access.
Work-class ROVs and enterprise drone systems cost £2–5M to own and operate. Most operators cannot access this technology at all.
Sending divers and field engineers into harsh or hazardous environments is dangerous, increasingly costly, and untenable under modern safety frameworks.
When inspections do happen, data is rarely structured or acted on systematically — making the entire process reactive rather than predictive.
Regina targets three sectors where the cost of not inspecting is catastrophic — and where autonomous robotics has the greatest leverage.
Offshore wind turbine foundation inspection, subsea pipeline integrity monitoring, and oil & gas asset surveillance. Our ROVs operate in zero-visibility conditions where human divers cannot.
Autonomous perimeter surveillance, harbour security patrols, and ISR drone deployments for Ministry of Defence and defence contractor clients operating in contested or remote environments.
Precision crop monitoring, livestock tracking, irrigation inspection, and yield prediction using multispectral drone surveys — delivered as a per-hectare subscription to farm operators.
You subscribe to outcomes — structured inspection data and AI-generated reports. Regina owns, operates, and maintains the hardware. You receive intelligence.
We assess your assets, define inspection requirements, and configure the right platform — aerial drone, underwater ROV, or both.
Our autonomy stack executes missions without on-site pilots. Vehicles navigate, inspect, and return to base — supervised remotely.
AI models process sensor data in real time, flagging anomalies and generating structured inspection reports within hours.
Each mission improves the model. Your asset's digital twin grows more accurate over time, enabling predictive maintenance.
Our autonomy platform is grounded in UKRI-funded research into 3D underwater perception. A system-agnostic, physics-informed software stack that outperforms black-box approaches in the real-world conditions that matter.
Acoustic and visual odometry enables precise positioning underwater and in RF-contested environments.
Sonar-fused 3D point cloud generation allows structural inspection in turbid water where cameras are blind.
All AI inference runs on-board. No cloud dependency. Missions complete in zero-connectivity environments.
PINN-based architectures provide reliable outputs where purely statistical models fail in edge conditions.
Integrates with any existing hardware, SCADA systems, digital twin platforms, or sensor suites — no vendor lock-in, no rip-and-replace.
Each mission generates new training data that improves perception models across the entire fleet.
Robotics Software Engineer and Machine Learning Specialist. MSc Robotics, Heriot-Watt University. MSc Intelligent Control, University of Port Harcourt (Distinction).
"The technology to autonomously inspect the most critical infrastructure on earth already exists. The problem is that almost no one can afford to access it."
Regina Technology was founded on a single conviction: the robotics revolution should not be limited to organisations with eight-figure capital budgets. The same autonomous inspection capability used by the world's largest energy majors should be available to every operator — as a service, on a subscription.
Our technical foundation is built on UKRI-sponsored research at Heriot-Watt University's National Robotarium — one of the world's leading robotics institutions. There, we developed advanced 3D underwater perception systems for autonomous ROV operation in some of the most demanding offshore environments on the planet. That academic rigour is not a footnote — it is the backbone of everything we build. We are taking research-grade autonomy out of the laboratory and deploying it where it matters most: inspecting the subsea structures that underpin Britain's energy grid, monitoring the wind farms powering the net-zero transition, and surveying the farmland that feeds the nation.
Regina is UK-registered, Edinburgh-based, and targeting the North Sea energy corridor as its primary commercial launch market — one of the most technically demanding and highest-value robotic inspection environments in the world.
Whether you're an energy operator, defence contractor, or agricultural business — tell us your inspection challenge.
Tell us about your inspection challenge. We'll respond within 48 hours with an initial scoping proposal.
Regina Technology is currently raising its first commercial round. If you're an investor interested in deep-tech robotics for the energy transition, we'd like to speak with you.
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