In a groundbreaking development for marine technology, Beam has launched the world's first AI-driven autonomous underwater vehicle dedicated to inspecting offshore wind farms. This innovative technology has already proven itself by surveying the jacket structures of Scotland’s largest wind farm, Seagreen. This wind farm is a collaborative effort between SSE Renewables, TotalEnergies, and PTTEP.
The autonomous underwater vehicle signifies a major advancement in underwater robotics, offering a new era of effectiveness in conducting complex underwater inspections autonomously. It greatly enhances operational efficiency while significantly reducing the costs associated with these surveys and inspections.
Historically, inspections of offshore wind sites were manual and heavily reliant on human labor. Beam’s autonomous approach streams inspection data directly to onshore teams, allowing offshore personnel to divert their attention to more intricate assignments while cutting down inspection durations by as much as 50%. This reduction translates into marked cost savings and heightened efficiency.
Brian Allen, Beam’s CEO, expressed pride in deploying the vehicle: “We are thrilled to have achieved the deployment of the world’s first AI-driven autonomous underwater vehicle. Automation is set to transform offshore wind farm inspections and maintenance, driving down both costs and timelines.”
Beyond just efficiency improvements, Beam’s technology also upgrades inspection data quality by enabling 3D reconstructions of assets with accompanying visual data. This deployment is a vital step in Beam’s strategy for autonomous technology, with plans to expand this AI-driven solution across its fleet of DP2 vessels, ROVs, and autonomous underwater vehicles from 2025 onwards.
The Seagreen wind farm, operational since October 2023 and noted as the world’s deepest fixed-bottom offshore wind facility, benefits significantly from Beam's project. It offers crucial insights into the potential of autonomous technology for large offshore wind superstructures, aiding the understanding of marine growth and potential erosion on structures' foundations.
Matthew Henderson, SSE Renewables' Technical Asset Manager, remarked on safety and efficiency: “SSE is committed to ensuring safety in our operations, and Beam’s technology showcases how autonomous inspections can reduce the number of personnel required offshore, speed up planned activities, and gather detailed datasets for asset integrity planning.”
With Beam's AI-driven inspection technology ready to roll out on a larger scale in the upcoming years, this deployment aligns perfectly with the company’s mission to make offshore wind operations more efficient and cost-effective, contributing to the global energy transition.
Success at the Seagreen project not only exhibits the capabilities of autonomous technology in offshore wind inspections but also sets a precedent for safety, efficiency, and data quality, crucial for the sustainable and economical future of offshore wind energy.
As we look towards a future dominated by technological innovations, these advancements in AI-powered underwater inspection contribute to optimizing operations in numerous industries.
The Future of AI in Video Content Creation
In our digital era, video stands as the dominant medium for storytelling. Whether you're a brand strategist, content creator, or someone who loves sharing moments visually, producing high-quality videos is essential for capturing and retaining attention. Yet, traditional video production often demands significant time, money, and specialized skills.
This is where AI makes a compelling entrance.
AI-powered video generators are transforming the landscape by enabling users to convert simple prompts or images into studio-quality videos in mere minutes. AI video generator tools like Dreamlux that automate everything from animations and voiceovers to seamless scene transitions, democratizing video creation for all.
Among these innovations, AI is now able to simulate lifelike human motion—opening up new possibilities for dynamic storytelling.
Enter the World of AI Walking Video Generator
The AI Walking Video Generator is one of the most impressive developments in motion-based AI tools. It takes a static image of a person or character and animates them walking naturally through a scene, with realistic body movement, pacing, and perspective.
Whether you're creating content for fashion, storytelling, gaming, or digital avatars, this tool allows you to bring your subject to life without any filming or manual animation. The walking motion looks smooth and believable, making static portraits feel alive and mobile in just a few clicks.
With AI-generated motion, even a single photo can now tell a story in motion—turning still visuals into cinematic clips.
How to Use Dreamlux AI Walking Video Generator to Animate Movement
Follow the steps below to generate a realistic walking animation with Dreamlux.ai:
- Go to the official https://dreamlux.ai and click on "Templates"
- Select the "Free AI Walking Video Generator" from the template list
- Upload an image of the person or character you want to animate
- Click "Create", and let the AI Walking Video Generator produce a smooth walking sequence in just minutes
Dreamlux helps you turn a static photo into a lifelike walking video.
