UK ministers visited Ocean Infinity’s Southampton hub to witness its pioneering remote marine robotics, using the visit to launch the landmark Regulating for Growth Bill. This legislative reform aims to fast-track the commercial testing and deployment of autonomous maritime technologies, positioning the UK as a global leader in low-emission offshore operations.
Southampton, UK | July 16, 2026 – The UK’s push to modernize its maritime sector took center stage last week as Business and Trade Secretary Peter Kyle and Maritime Minister Keir Mather visited marine technology pioneer Ocean Infinity in Southampton.
The high-profile visit served as the launchpad for a major government announcement: the Regulating for Growth Bill. The landmark legislative reforms are designed to dismantle outdated regulatory barriers and establish cross-economy “sandboxes,” allowing pioneering maritime and digital technologies to transition rapidly from test environments to real-world commercial deployment.
Hands-On with the Future: Controlling the Seabed from Southampton
During a tour of Ocean Infinity’s state-of-the-art Operations Centre, where land-based specialists oversee and execute offshore tasks worldwide, Maritime Minister Keir Mather took active control of an underwater remotely operated vehicle (ROV).
Operating off the Norwegian coast, Mather successfully used a robotic arm to maneuver a node on the seabed with minimal guidance.
- Southampton Control Centre: Initiates and oversees the remote operation.
- Satellite Link: Relays real-time data and commands across borders.
- ROV on Norwegian Seabed: Receives the signals to execute the subsea task.
- Successful Execution: The robotic arm successfully maneuvers the seabed node.
The seamless demonstration highlighted a fundamental shift in how the maritime industry approaches offshore tasks. This is not merely about relocating operations from ship to shore; it is a total redesign of the workflows. By automating complex subsea operations, Ocean Infinity is building a framework where tasks that once required massive offshore crews can be executed safely by a new generation of onshore technicians. This model significantly lowers operational risk, drives down emissions, and creates highly skilled engineering roles on land.
Overcoming the Regulatory Bottleneck
Ocean Infinity has spent a decade proving the technical viability of its autonomous fleet, which includes fully uncrewed boats and lean-crewed vessels. However, as the technology matures, outdated legislation has increasingly become the primary hurdle to scaling these solutions commercially.
“We’ve overcome all of the technological challenges we’ve faced,” said Oliver Plunkett, CEO of Ocean Infinity. “But our success and our ability to continue to grow isn’t just a matter of technology. The role of people and regulation is just as important, probably more so… Regulation hasn’t moved as quickly.”
Plunkett emphasized that the Regulating for Growth Bill is the catalyst the sector has been waiting for:
“The first step towards fully commercial, safe, and long-term sustainable use of robotics in the maritime industry is a practical and fast way to test and prove these systems safely in the real world. These reforms are a fantastic step. They give companies like Ocean Infinity the confidence to continue to invest, scale, and deliver real capability from the UK into the global market.“
The Regulating for Growth Bill: What It Means for Shipping and Energy
The maritime industry has long complained that regulatory frameworks lag far behind the digital age. The new Bill directly addresses this gap through two main pillars:
- Cross-Sector Regulatory Sandboxes: The government will have the legal authority to temporarily relax or suspend specific regulations within controlled environments. If a technology, such as an uncrewed survey vessel or autonomous bunker barge, proves safe during these trials, the government can use secondary legislation to permanently adapt the law, bypassing years of parliamentary gridlock.
- A “Growth Duty” for Regulators: UK regulators will receive a statutory mandate to actively promote economic growth, innovation, and investment, forcing a cultural shift away from default risk-aversion.
| Regulatory Sandboxes | Statutory Growth Duty |
| • Controlled live testing | • Regulators must actively support innovation |
| • Fast-track to permanent legal authorization | • Reduced risk aversion |
Business and Trade Secretary Peter Kyle underscored the urgency of the reforms:
“Too often, innovative businesses face a regulatory system that was not built for the digital age and cannot move at the pace modern innovation demands. The Regulating for Growth Bill changes that, giving businesses a faster route from idea to market and ensuring every part of government is aligned to create the conditions for success.”
Maritime Decarbonization and Data Acquisition
For the offshore energy and marine bunkering sectors, the commercialization of autonomous fleets represents a major environmental and economic leap forward. By replacing large, emissions-heavy offshore vessels with smaller, lean-crewed robotic platforms, operators can dramatically slash fuel consumption, lower operational carbon footprints, and minimize risk to human life in harsh offshore environments.
As the UK positions itself to lead the global blue economy, the alignment of progressive regulation with world-leading autonomous technology suggests the future of offshore energy logistics and marine data acquisition is already unfolding onshore in Southampton.
About Ocean Infinity
Ocean Infinity is a purpose-driven marine technology company specialising in the development and deployment of robotics for large-scale subsea data acquisition. From day one, Ocean Infinity has been developing a range of innovative technologies to transform operations at sea, enabling people and the planet to thrive. Since its inception in 2017, Ocean Infinity has pioneered the use of autonomous underwater vehicles and has deployed fleets of robotic vehicles to play a vital part in some of the most ambitious offshore projects the industry has ever seen. Today, the company partners with governments, energy leaders, and scientific institutions worldwide, continuing to push the bounds of innovation to transform operations.
Source: Ocean Infinity