DeepSea HUB
Ocean-Based Digital Infrastructure Leveraging Natural Ocean Cooling
for Maximum Efficiency and Infinite Scale
DeepSea HUB
DeepSea HUB is a pioneering ocean-based digital infrastructure currently under joint development by University of Texas
Dallas and VL Offshore, funded by the U.S. Department of Energy’s ARPA-E program.
Key Advantages
• Passive Ocean Cooling: Utilizes natural ocean cooling, achieving very low PUE and zero WUE, drastically reducing the operating costs. • Modules-at-Sea: A framework built for rapid, phased expansion in the open ocean, allowing scalability to match demand. • Ultra-Low Latency: Strategic coastal positioning near metropolitan hubs for real-time AI and edge computing. • Integrated Energy Storage: Co-design with battery energy storage system (BESS), maximizing power stability and efficiency. • Agile Logistics: Innovative deployment and module retrieval methods eliminating the need for expensive, specialized heavy-lift vessels. • System Reliability: High-tension vertical mooring minimizes movements to provide the stable, "land-like" subsea platform required for sensitive hardware in ocean environments. • Wind-Enhanced Redundancy: Co-location with offshore wind creates a hybrid power model that stabilizes grid load and ensures uninterrupted operation.Core Technical Innovations
• Decentralized Production: We circumvent limited shipyard capacity through modular manufacturing, enabling faster, distributed deployment. • On-Water Assembly: Direct on-water assembly of modules reduces land-space requirements and streamlines the supply chain for a faster time-to-market. • Mission-Critical Blue Power: Our proprietary MarsVAWT (Vertical Axis Wind Turbine) power generation system features a low center of gravity for maximum floating system stability in extreme maritime conditions. This off-grid solution provides reliable, cost- effective power to remote ocean facilities.Path Forward
Following successful VAWT validation in wind/wave basin, we are transitioning to scaled lab-testing of the DeepSea HUB and our high-efficiency rotors. These trials will confirm long-term operational reliability and power delivery integrity.Partnering
We are seeking strategic partners and visionary investors to help co-develop the future of AI-ready, subsea infrastructure. We invite collaboration in subsea cooling, server architecture, networking, monitoring, subsea cabling, and sea trials.
© Copyright to VL Offshore LLC
DeepSea HUB
Ocean-Based Digital Infrastructure Leveraging Natural
Ocean Cooling for Maximum Efficiency and Infinite Scale
DeepSea HUB
DeepSea HUB is a pioneering ocean-based digital
infrastructure currently under joint development by
University of Texas Dallas and VL Offshore, funded
by the U.S. Department of Energy’s ARPA-E program.
Key Advantages
• Passive Ocean Cooling: Utilizes natural ocean cooling, achieving very low PUE and zero WUE, drastically reducing the operating costs. • Modules-at-Sea: A framework built for rapid, phased expansion in the open ocean, allowing scalability to match demand. • Ultra-Low Latency: Strategic coastal positioning near metropolitan hubs for real-time AI and edge computing. • Integrated Energy Storage: Co-design with battery energy storage system (BESS), maximizing power stability and efficiency. • Agile Logistics: Innovative deployment and module retrieval methods eliminating the need for expensive, specialized heavy-lift vessels. • System Reliability: High-tension vertical mooring minimizes movements to provide the stable, "land- like" subsea platform required for sensitive hardware in ocean environments. • Wind-Enhanced Redundancy: Co-location with offshore wind creates a hybrid power model that stabilizes grid load and ensures uninterrupted operation.Core Technical Innovations
• Decentralized Production: We circumvent limited shipyard capacity through modular manufacturing, enabling faster, distributed deployment. • On-Water Assembly: Direct on-water assembly of modules reduces land-space requirements and streamlines the supply chain for a faster time-to- market. • Mission-Critical Blue Power: Our proprietary MarsVAWT (Vertical Axis Wind Turbine) power generation system features a low center of gravity for maximum floating system stability in extreme maritime conditions. This off-grid solution provides reliable, cost-effective power to remote ocean facilities.Path Forward
Following successful VAWT validation in wind/wave basin, we are transitioning to scaled lab-testing of the DeepSea HUB and our high-efficiency rotors. These trials will confirm long-term operational reliability and power delivery integrity.Partnering
We are seeking strategic partners and visionary investors to help co-develop the future of AI-ready, subsea infrastructure. We invite collaboration in subsea cooling, server architecture, networking, monitoring, subsea cabling, and sea trials.
VL Offshore
VL Offshore