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Collaboration explores how AI-driven mission planning and autonomous subsea systems can improve the deployment of distributed underwater sensing infrastructure.
HOUSTON and AUSTIN, Texas, Aug. 4, 2026 /PRNewswire/ -- Nauticus Robotics, Inc. (NASDAQ: KITT) ("Nauticus" or the "Company"), a developer of autonomous subsea robots and autonomy software, and Strangeworks, an advanced compute optimization company that transforms complex operational challenges into production decision systems, today announced a collaboration to explore optimization of the deployment of distributed fiber-optic sensing networks for maritime infrastructure protection.
The collaboration combines Nauticus' autonomous subsea robotics, autonomy software, and mission expertise with Strangeworks Aura™, an intelligent optimization platform that applies classical optimization, artificial intelligence, quantum-inspired algorithms, and quantum computing where appropriate to solve highly complex planning and operational problems. Nauticus contributes operational expertise in autonomous subsea missions, helping define the real-world constraints and objectives that make these optimization problems meaningful.
Distributed Acoustic Sensing (DAS) transforms standard fiber-optic cable into thousands of virtual acoustic sensors. Designing an effective sensing network, however, is not as simple as finding the shortest route. Each path affects coverage, sensing density, equipment requirements, and the network's ability to detect and track activity under different operating conditions. Aura™ will evaluate customized deployment strategies using the computational methods best suited to the problem, with the objective of placing sensing capacity where conditions require it while reducing unnecessary fiber, interrogator equipment, and deployment complexity.
The collaboration may also help identify future opportunities to apply advanced computational techniques beyond deployment planning. As distributed sensing networks generate increasingly large volumes of data, future efforts may explore how these same computational approaches can help process, organize, and interpret information collected from those systems.
"Aquanaut® and our Nauticus ToolKITT™ autonomy platform, combined with Strangeworks' advanced optimization capabilities, have the potential to dramatically improve how distributed sensing networks are designed, deployed, and maintained while reducing installation time and cost," said John Gibson, President and CEO of Nauticus.
"Autonomous systems create the most value when intelligent planning and execution work together," said Dr. Kjerstin "Kj" Easton, Vice President of Autonomous Software at Nauticus. "This collaboration will let us explore how advanced computational planning can complement autonomous subsea operations and help us better understand where these techniques can improve real-world deployment challenges. It also opens the door to future opportunities for making sense of the enormous amounts of data these sensing systems can generate."
"Aura™ was built to help organizations solve complex optimization problems by selecting the most appropriate computational approach for each challenge," said William Hurley, CEO of Strangeworks. "Working with Nauticus gives us an exciting opportunity to explore how those capabilities can support autonomous underwater systems tackling some of the world's most demanding operational problems."
The companies believe intelligent optimization is likely to become increasingly important as governments and commercial operators expand investments in protecting ports, subsea communications cables, offshore energy infrastructure, and other critical maritime assets. The collaboration is expected to explore future applications across port security, offshore energy, subsea telecommunications, environmental monitoring, and defense.
