Singapore's Robotic Navy Gets a Voice with New Acoustic Tech

SAN DIEGO, CA – February 12, 2026 – The Republic of Singapore Navy (RSN) is pioneering the next wave of maritime security, equipping its new fleet of autonomous patrol vessels with advanced long-range acoustic technology. In a deal that signals a major shift in naval operations, San Diego-based Genasys Inc. has secured a $2.0 million order to fit its remotely operated LRAD 950NXT acoustic hailing devices onto Singapore’s Unmanned Surface Vessels (USVs).

The move provides a powerful new capability to a naval force on the cutting edge of automation, effectively giving a voice to its robotic fleet. These USVs are now able to communicate, warn, and deter potential threats from a safe distance, a critical function in one of the most congested and strategically important waterways on the planet.

Singapore's Robotic Sentinels Take Watch

For years, the Republic of Singapore Navy has been at the forefront of integrating unmanned systems to address the unique challenges of safeguarding its maritime territory. The nation's Maritime Security (MARSEC) USVs are the culmination of this effort. These 17-meter autonomous vessels began operational patrols last year after undergoing exhaustive testing, including simulations covering over 12 million kilometers and more than 1,000 hours of real-world sea trials without human intervention.

Their primary mission is to patrol the Singapore Strait, a chokepoint for global trade where over 1,000 commercial ships pass daily. Operating alongside manned warships, the USVs provide an additional layer of surveillance and response, enhancing security while tackling one of the biggest challenges for modern militaries: manpower constraints. A MARSEC USV can be operated by a two-person team from a shore-based command center, a stark contrast to the 23 sailors required to crew a traditional Littoral Mission Vessel.

These robotic sentinels are not just filling a gap; they are often outperforming their human-crewed counterparts, demonstrating faster response times in trials. Equipped with an indigenously developed, AI-driven Collision Detection and Collision Avoidance (CDCA) algorithm, they can navigate the dense traffic of the strait safely and autonomously, adhering to international maritime regulations.

The Voice of the Unmanned Fleet

The integration of the Genasys LRAD 950NXT marks a significant enhancement of the USVs' capabilities. An acoustic hailing device is more than just a loudspeaker; it is a non-lethal deterrent and a vital communication tool. The LRAD system uses a tight, focused beam of sound to broadcast highly intelligible voice messages and warning tones over vast distances.

“This order will equip the first group of the RSN’s remotely operated USVs with LRAD’s advanced long-range, ship-to-ship and ship-to-shore communications capabilities,” said Richard Danforth, Chief Executive Officer of Genasys. He highlighted the system's new features, stating, “Now featuring gyro-stabilization, the 950NXT delivers strong, reliable performance in demanding maritime environments at distances out to 3,000 meters across various sea conditions.”

For a remote operator miles away in a control room, this technology is transformative. It allows them to project their presence and authority through the unmanned vessel. They can hail a suspicious boat, issue clear instructions to a vessel straying off course, or use a deterrent tone to de-escalate a tense situation—all without putting personnel in harm's way. This ability to “hail and warn, determine intent, safely interdict, and deescalate threat situations while mitigating the use of force” is precisely what makes the technology so valuable, according to Chris Roller, the company's Vice President for Asia Pacific.

A Strategic Imperative in a Global Chokepoint

The adoption of such advanced technology is not a luxury but a necessity born from the extreme conditions of the Singapore Strait. The waterway is a hotbed of maritime security challenges, from the persistent threat of sea robbery and smuggling to the sheer risk of accidents in the crush of traffic. The ability to investigate, communicate, and interdict without immediately escalating to lethal force is paramount.

The USV and LRAD combination provides a graduated response. An operator can first observe a vessel of interest with the USV's electro-optical sensors. If needed, they can use the LRAD to make contact and assess the situation. This remote engagement capability is crucial for distinguishing between a confused fishing boat and a genuine security threat, allowing for a measured and appropriate response in a complex geopolitical environment.

By deploying these systems, Singapore is not only protecting its own waters but also reinforcing its role as a steward of safe and secure passage for global commerce. This proactive, tech-forward approach to maritime security sets a new standard for nations facing similar challenges in vital sea lanes.

Charting a Course in the Booming Unmanned Market

For Genasys, this $2.0 million order is more than just a single sale; it is a strategic entry into the burgeoning unmanned defense market. The press release noted that “further orders are expected as the RSN expands its new USV fleet,” suggesting this initial deployment is the start of a longer-term partnership. With the global market for military uncrewed maritime vehicles projected to soar from around $1.8 billion in 2025 to over $32 billion in the next decade, establishing a foothold with a leading-edge navy like Singapore's is a significant corporate milestone.

The deal serves as a powerful case study, validating the LRAD technology for seamless integration onto autonomous platforms. While 26 international navies and coast guards already utilize Genasys systems on their manned ships, the Singaporean contract pioneers their application in the unmanned domain. Navies around the world are increasingly looking to automate “dull, dirty, and dangerous” missions like maritime patrol and mine countermeasures. As they do, the demand for reliable, remotely operated payloads for communication, surveillance, and deterrence will grow exponentially.

As Singapore’s silent, uncrewed patrols now find their voice, they are broadcasting a clear message to the rest of the world about the future of naval operations, and a new era of automated maritime enforcement has officially begun.