HavocAI Achieves Groundbreaking Air-Sea Autonomy Milestone in GPS-Denied Settings
HavocAI, a trailblazer in maritime autonomy, has just marked a revolutionary achievement in the realm of autonomous operations. On December 11, 2025, in Troia, Portugal, the company conducted a live demonstration of air-sea autonomy that does not rely on GPS, a first in the world. This remarkable event showcased the seamless integration and real-time coordination of autonomous surface vessels (ASVs) and unmanned aerial vehicles (UAVs), all monitored through a pioneering unified command interface.
The demonstration involved a series of intricate maritime missions that proved the resilience of HavocAI's systems even in a GPS-denied environment. Conducted during conditions of international signal degradation, each platform was able to maintain operational performance by utilizing alternative navigation and timing solutions, highlighting an impressive level of technological advancement. The demonstration not only illustrated real-time sensor fusion across both air and surface platforms—enhancing Maritime Domain Awareness—but also included the identification and tracking of a designated target vessel, showcasing Automatic Target Recognition capabilities, followed by autonomous execution of the complete kill chain from detection to engagement.
This groundbreaking mission is especially critical for nations involved in contested littoral and open-sea environments, such as Ukraine and its partners. The demonstration underscored a vital reality for modern militaries: the ability to operate and engage effectively without stable connectivity to support their actions. In a rapidly evolving battlefield where combat units need to execute 'combined arms' operations seamlessly between air, sea, and ground systems, the insights gained from this exercise are invaluable. The imperative now is to harness these autonomous systems to create a network that can detect, track, and engage targets at machine speed—all with operators overseeing the process.
Paul Lwin, CEO of HavocAI, highlighted the significance of this demonstration, stating it solidifies the company's leadership position in next-generation autonomous maritime systems. This achievement brings to fruition capabilities that were previously confined to theoretical discussions or simulations. As the global defense landscape shifts towards distributed autonomy, HavocAI is proving that it can deliver operational, field-ready systems that redefine multi-domain coordination.
Moreover, this demonstration used Havoc Control, a centralized interface allowing a single operator to command, monitor, and synchronize multiple heterogeneous systems in real-time. The presence of observers from allied navies, defense innovation organizations, and multinational partners further emphasizes the recognition of this milestone as the most advanced public display of multi-domain maritime autonomy to date.
Founded in 2024 and headquartered in Providence, Rhode Island, HavocAI continues to lead the charge in collaborative maritime autonomy. The company is fast becoming the foremost supplier of advanced autonomous maritime systems to the U.S. military, boasting over 30 operational products and a versatile autonomy stack compatible with numerous platforms. This unmatched ability positions HavocAI well for the future, aiming to deploy thousands of autonomous systems across the Pacific by 2027.
In conclusion, HavocAI's recent successful air-sea autonomy mission sets a new benchmark for military operations in complex environments. The advancements realized here not only contribute to immediate operational capabilities but also pave the way for future innovations in defense technology that could reshape the art of maritime warfare.
The demonstration involved a series of intricate maritime missions that proved the resilience of HavocAI's systems even in a GPS-denied environment. Conducted during conditions of international signal degradation, each platform was able to maintain operational performance by utilizing alternative navigation and timing solutions, highlighting an impressive level of technological advancement. The demonstration not only illustrated real-time sensor fusion across both air and surface platforms—enhancing Maritime Domain Awareness—but also included the identification and tracking of a designated target vessel, showcasing Automatic Target Recognition capabilities, followed by autonomous execution of the complete kill chain from detection to engagement.
This groundbreaking mission is especially critical for nations involved in contested littoral and open-sea environments, such as Ukraine and its partners. The demonstration underscored a vital reality for modern militaries: the ability to operate and engage effectively without stable connectivity to support their actions. In a rapidly evolving battlefield where combat units need to execute 'combined arms' operations seamlessly between air, sea, and ground systems, the insights gained from this exercise are invaluable. The imperative now is to harness these autonomous systems to create a network that can detect, track, and engage targets at machine speed—all with operators overseeing the process.
Paul Lwin, CEO of HavocAI, highlighted the significance of this demonstration, stating it solidifies the company's leadership position in next-generation autonomous maritime systems. This achievement brings to fruition capabilities that were previously confined to theoretical discussions or simulations. As the global defense landscape shifts towards distributed autonomy, HavocAI is proving that it can deliver operational, field-ready systems that redefine multi-domain coordination.
Moreover, this demonstration used Havoc Control, a centralized interface allowing a single operator to command, monitor, and synchronize multiple heterogeneous systems in real-time. The presence of observers from allied navies, defense innovation organizations, and multinational partners further emphasizes the recognition of this milestone as the most advanced public display of multi-domain maritime autonomy to date.
Founded in 2024 and headquartered in Providence, Rhode Island, HavocAI continues to lead the charge in collaborative maritime autonomy. The company is fast becoming the foremost supplier of advanced autonomous maritime systems to the U.S. military, boasting over 30 operational products and a versatile autonomy stack compatible with numerous platforms. This unmatched ability positions HavocAI well for the future, aiming to deploy thousands of autonomous systems across the Pacific by 2027.
In conclusion, HavocAI's recent successful air-sea autonomy mission sets a new benchmark for military operations in complex environments. The advancements realized here not only contribute to immediate operational capabilities but also pave the way for future innovations in defense technology that could reshape the art of maritime warfare.
Topics Consumer Technology）
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