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US Naval Academy Announces New School Focused on Super Intelligence, Information Warfare, and Robotics and Autonomous Systems, Names Dean Capt Mathias Roth

Monday, October 19th, 2026


Photo By Petty Officer 1st Class Robert Baldock

ANNAPOLIS, Md. — The United States Naval Academy (USNA) announced a major academic restructuring today that will establish both a standalone school for computing, cybersecurity, super intelligence, robotics and autonomous systems and a standalone school of engineering. Transitioning from the former School of Engineering, Computing and Weapons, this strategic division formalizes the presence of the Information Warfare (IW) community at the U.S. Naval Academy and creates a dedicated organizational hub to advance critical capabilities in emerging technologies. The restructuring is expected to be complete by Summer 2027.

The new School will consolidate the departments of Electrical and Computer Engineering; Weapons, Robotics, and Control Engineering; Computer Science; and Cyber Science, which will continue to be physically housed in Hopper Hall. As part of this realignment, the Center for Cyber Security Studies will be renamed the Center for Cyber Security and Emerging Technology, and oversight of USNA’s Special Security Office (SSO) and Information Warfare pipeline activities will transition directly to the new School.

“This new school represents a massive leap forward for both the Naval Academy and the broader Information Warfare enterprise,” said U.S. Naval Academy Superintendent, Lt. Gen. Michael Borgschulte. “By aligning our world-class computing faculty, cutting-edge Hopper Hall infrastructure, and operational community leadership under this School, I am establishing a premier focal point to drive the Navy and Marine Corps’ institutional priorities in SI, robotics, and autonomous systems, which will lay the foundation for tomorrow’s naval leaders.” In keeping with the Academy’s leadership model where School Deans and Division Directors are post-command O-6 officers dual-hatted as service community leaders, the new Dean will serve as the Senior Information Warfare community leader at the U.S. Naval Academy. Borgschulte chose U.S. Navy Capt. Mathias Roth, to serve as the inaugural Dean of the School.

A 2002 Naval Academy graduate with a Bachelor of Science in Oceanography, Roth earned his Doctorate in Physical Oceanography from the Naval Postgraduate School in 2016. He brings a powerful mix of operational, technical, and manpower expertise to the role, having begun his career as a Surface Warfare Officer aboard USS Preble (DDG-88) as the Auxiliary Officer, followed by subsequent sea time aboard USS Bonhomme Richard (LHD-6) and USS Essex (LHD-2). He later gained deep insight into community force structure while serving as an Information Warfare detailer in Millington, Tennessee. Roth’s command experience includes leading Information Warfare Training Group (IWTG) Gulfport and commanding Fleet Numerical Meteorology and Oceanography Center (FNMOC) in Monterey, California.

“Capt. Roth is the perfect leader to establish the new School,” said U.S. Naval Academy Provost, Dr. Samara Firebaugh. “He is an absolute rockstar, with an outstanding reputation as a thoughtful and well-spoken leader. This initiative is central to our efforts to modernize our curriculum in order to produce officers who are equipped to operate in a warfighting environment that is being rapidly reshaped by super intelligence, robotics, and autonomous systems.”

Capt. Roth will report to the U.S. Naval Academy this October where he will lead the transition team for this initiative.

The establishment of the School parallels information warfare and robotic and autonomous systems integration initiatives in the Fleet, ensuring these foundational capabilities are woven into every warfare domain, kill chain and training pipeline. Midshipmen will graduate with deck-plate relevant skillsets and technological literacy needed to lead hybrid units, master technical advancements, operate ethically and build combat resilience.

The U.S. Naval Academy is a prestigious four-year service academy that prepares midshipmen morally, mentally, and physically to become professional officers in the naval service. More than 4,400 men and women representing every state in the U.S. and several foreign countries make up the student body known as the Brigade of Midshipmen. U.S. News and World Reports has recognized the Naval Academy as the #1 top public school, #3 national liberal arts college, and #5 best undergraduate engineering programs. Upon graduation, midshipmen earn a Bachelor of Science degree in a choice of 26 different subject majors and go on to serve at least five years of exciting and rewarding service as commissioned officers in the U.S. Navy and U.S. Marine Corps.

Story by Elizabeth Wrightson 
United States Naval Academy

Future Focused: Vice Chief of Staff of the Army Details Army Autonomy Advancements

Wednesday, October 14th, 2026

WASHINGTON — General Christopher LaNeve, Vice Chief of Staff of the Army and Acting Chief of Staff of the Army, has selected U.S. Army Futures and Concepts Command for redesignation as U.S. Army Futures and Autonomous Systems Command (FASCOM).

Gen. LaNeve’s decision follows the release of Acting Secretary of the Army Adam Telle’s Army Autonomous Initiatives memo on October 1. “This goes beyond drones,” said Gen. LaNeve. “FASCOM will pioneer operational concepts that harness autonomous capabilities across all warfighting functions.”

Led by a three-star general officer, FASCOM will consolidate, integrate and ultimately accelerate the work of the Combat Capabilities Development Command, Medical Research and Development Command, 75th Innovation Command, Joint Modernization Command and the Transformation Decision Analysis Center. This change unifies expertise that the new Portfolio Acquisition Executive for Autonomy will depend on to meet Acting Secretary Telle’s directive to rapidly integrate autonomous technologies across the Army.

One of the first challenges Gen. LaNeve issued to FASCOM was to develop corps-level autonomous capabilities. Each of the Army’s five corps will test equipment, evaluate tactics and make recommendations on accomplishing autonomous mission sets. This approach leverages experimentation to validate concepts that can then be scaled across the Army, according to Gen. LaNeve. As this top-down approach is pursued, the Vice Chief of Staff noted that he will continue “clearing the way for Soldiers to innovate and solve tactical problems with the tools they have on hand.”

The Army’s autonomous development plan includes the testing of an autonomous fires battery and autonomous watercraft company in I Corps, an autonomous armored reconnaissance company in III Corps, an autonomous breaching company in V Corps, autonomous aerial ISR and lift companies in XVIII Airborne Corps, and the pairing of manned and unmanned rotary wing aircraft in 8th Army. This last experiment, initially conceptualized at the Army Aviation Center in Fort Rucker, Alabama, gives attack aviation pilots direct control of UAS sensors to enable over-the-horizon targeting and synchronize manned-unmanned fires. “Fort Rucker is unique in that we can bring together warfighting experts and cutting-edge commercial capabilities to test technology the way we intend to fight it. To ensure that we move swiftly to achieve the Army’s autonomy goals, as of today Fort Rucker will serve as our UAS Autonomy Center of Excellence,” said Gen. LaNeve.

The Vice Chief of Staff’s direction to FASCOM also includes the creation of capability-based formations centered on autonomous long-range fires, protection, tanks, logistics and obstacle breaching. These capabilities were specifically selected for their role in enabling operational maneuver and are aligned to the four elements of convergence, strike, close battle, and endurance outlined in the operational warfighting guidance released by the U.S. Army last week.

Notably, these experimental formations will receive some of the Army’s first 390A Robotic Technicians. The move, first announced by Gen. LaNeve at the Maneuver Warfighter Conference in September, expands the assignment of trained autonomy and robotics specialists beyond special operations units to more swiftly proliferate expertise across the force.

“We’ve got to change our approach from bolting on technology to rethinking how we fight,” declared Gen. LaNeve. “Acting Secretary Telle and I see things the same way. Technology doesn’t fight; Soldiers do. Our job is to get them the best kit; theirs is to make it lethal. It’s that magic between industry, leadership, and Soldiers that keeps our Army ahead of anyone looking to do America harm.”

By U.S. Army Public Affairs

US Department of Veterans Affairs Selects CLEAR for New Pilot Initiative to Modernize the Veteran Experience on VA.gov

Sunday, October 11th, 2026

First-of-its-kind effort to close the gap between the benefits Veterans have earned and the benefits they receive

NEW YORK, Oct. 7, 2026 — CLEAR (NYSE: YOU), the secure identity company, announced today that the U.S. Department of Veterans Affairs (VA) has integrated CLEAR1, CLEAR’s secure identity platform, as part of a pilot to reimagine the Veteran experience across digital and physical touchpoints. The pilot provides a new, fast, simple, and secure way for Veterans to create or access their VA.gov account—online or in person at select VA Medical Centers.

VA serves a community of roughly 17 million living U.S. Veterans and operates the nation’s largest integrated health care system, serving 9.1 million enrolled Veterans each year. VA.gov is the critical digital connection to the care, benefits and services Veterans have earned, but that connection begins with the ability to create and access a VA.gov account. As part of VA’s broader modernization effort, the CLEAR1 pilot will make that first step simpler and more consistent, whether a Veteran begins online or at a VA facility.

Beginning today, Veterans can select CLEAR to create or access their VA.gov account. After a quick, one-time setup, future sign-ins take just seconds with a selfie. Veterans who prefer in-person support, do not have a smartphone, or face connectivity challenges can enroll with CLEAR Ambassadors using CLEAR Pods at six participating VA medical centers in Brooklyn, New York; Washington, D.C.; Palo Alto, California; Decatur, Georgia; Orlando, Florida; and San Juan, Puerto Rico.

Behind that experience, CLEAR1 uses multi-layered verification that combines biometrics, government-issued identification and trusted data sources to establish confidence in the person accessing the account. That assurance is increasingly important to combat fraud, waste, and abuse among benefit access. Federal agencies reported an estimated $186 billion in improper payments in fiscal year 2025 across 64 programs. At VA, the Government Accountability Office found that the Beneficiary Travel Program alone accumulated an estimated $1 billion in improper payments between 2018 and 2024, including confirmed cases of fraud. Verifying that the right person is receiving the right benefit is the first line of defense, and every dollar recovered is a dollar available to the roughly 17 million Veterans who deserve support and resources after their service.

In anticipation of the pilot’s launch, CLEAR invited Veterans to test CLEAR’s VA.gov sign-in experience and provide feedback. Cheffren C., a U.S. Army Veteran said: “My transition from military service to civilian life was tough, and the VA has been supportive of me as a veteran all along the way. I see the VA investing in this new technology with CLEAR, and that it’s only going to bring these benefits to veterans and their families faster and easier. It’s comforting to know the same technology and company I trust from travel is available for veterans accessing VA benefits.”

“I use VA.gov for health care, and when I was first separating, I was logging into the website basically every week,” said Erik B., a U.S. Navy Veteran who also tested CLEAR on VA.gov. “The sign-in experience with CLEAR is very easy to use. I had assumed there would be more steps or paperwork needed, so I was very impressed with how quick and easy it was. Often when signing in to systems, you have to keep track of different usernames and passwords. What I love about CLEAR is that all goes away. It’s a much more seamless process.”

Caryn Seidman Becker, CEO of CLEAR, said: “CLEAR’s mission is to make experiences safer and easier by securely connecting people to their true identity. We’re honored to work with the Department of Veterans Affairs to meet America’s Veterans and their loved ones where they are. Veterans earned these benefits, it should be easy for them to access them. Secure identity is the front door to care, and when that door works seamlessly and securely, Veterans get served faster and taxpayer dollars go where they belong.”

Verifying with CLEAR is free and optional. Veterans may continue using another sign-in method if they prefer, and choosing not to enroll will not affect their ability to access VA benefits or services. Veterans’ personal health information will remain with VA; CLEAR does not receive or access it through the identity verification process.

CLEAR has spent more than 16 years building identity infrastructure for the most highly regulated, highest-stakes environments in the country, from airport security checkpoints to health care. With over 43 million members, CLEAR is the leader in secure identity for the moments that matter most.

CLEAR1 is being deployed across federal health and civilian agencies, and CLEAR is under contract with the Centers for Medicare & Medicaid Services to modernize identity verification on Medicare.gov. CLEAR1 is Full Service certified by Kantara Initiative for NIST IAL2/AAL2 for its standard remote, self-service enrollment flow.

CLEAR is committed to privacy done right. Members are always in control of their own information, and the company does not sell biometric or sensitive personal data. There is no cost for Veterans to use CLEAR to sign in to VA.gov, enrollment is voluntary, and Veterans who choose not to enroll will continue to be served through existing VA processes. The VA and CLEAR will consider expanding this offering pending the results of this pilot program.

Qualcomm Government Technologies and OKSI Announce Collaboration to Deploy OMNISCIENCE Autonomy Software Portfolio

Thursday, October 8th, 2026

Partnership brings AI/ML-enabled autonomous capabilities to defense platforms, optimized for the Qualcomm® QCS8550 and scalable across Qualcomm’s IoT processor portfolio

LOS ANGELES — OKSI and Qualcomm Government Technologies, Inc. (QGOV), a division of Qualcomm Technologies, Inc., today announced a collaboration to deploy OKSI’s OMNISCIENCETM autonomy software portfolio on Qualcomm technologies. OMNISCIENCE delivers AI/ML-enabled capabilities through computer vision — including visual navigation, object detection and recognition, mission execution and more — purpose-built to bring autonomy to unmanned platforms operating in complex, communications-constrained environments. The software portfolio has been optimized for the Qualcomm® QCS8550 processor and is designed to scale across Qualcomm Technologies’ broader IoT processor portfolio, providing platform developers and defense system integrators with a flexible, production-ready path to deploying edge AI capabilities at scale. The collaboration will be showcased at the Association of the United States Army (AUSA) Annual Meeting 2026, taking place Oct. 12-14 in Washington, D.C.?

OKSI’s OMNISCIENCE is offered as either individual containerized capabilities or tightly coupled, interoperable modules providing next-level autonomy and adaptability to virtually any air platform. Users can operate truly autonomous missions. Qualcomm technologies deliver the on-device AI inference, computer vision processing and advanced image signal processor (ISP) capabilities that OMNISCIENCE relies on for real-time autonomous decision-making at the edge.

“With OMNISCIENCE on the Qualcomm QCS8550 processor, autonomy stops being a multiyear development program and becomes a design-in decision,” said Chris HolmesParker, CEO, OKSI. “Platform developers can source at volume against manufacturing infrastructure that already exists. They will be equipped to upgrade autonomy across a fielded fleet or stand up an entirely new product line from the same proven portfolio, moving at the speed of a software release and the scale of a production supply chain.”

The Qualcomm QCS8550 processor’s heterogeneous compute architecture supports dynamic performance and power scaling, enabling optimized size, weight and power (SWaP) profiles suited to space- and energy-constrained deployments. Platform providers leveraging Qualcomm processors with OMNISCIENCE benefit from an open Ubuntu Linux-based software environment with access to Qualcomm acceleration technologies and compatibility with widely used open-source AI and computer vision frameworks — reducing integration complexity and accelerating time to deployment. Together, OKSI and Qualcomm Technologies are enabling a new class of edge-intelligent autonomous platforms designed for reliable performance in the most demanding environments.

“The industry is entering a new era in which intelligent systems do more than respond — they understand context, make decisions and take action,” said Kim Koro, Senior Vice President, Qualcomm Government Technologies, Inc. “Making that vision real requires an ecosystem, efficient edge compute and platforms that can scale across devices and missions. Together with OKSI, Qualcomm Technologies is helping move autonomy beyond demonstrations and toward deployable, mission-ready capabilities that can operate across connected fleets and demanding environments.”

Rheinmetall and Breaker Join Forces to Bring Human Machine Teaming to Armoured Vehicles

Tuesday, October 6th, 2026

Rheinmetall and defence technology startup Breaker have signed a teaming agreement to bring human machine teaming to armoured vehicles. Breaker’s tactical orchestration agent will be integrated into the Australian Boxer Combat Reconnaissance Vehicle (CRV) through the platform’s open architecture, allowing the crew to control teams of autonomous systems by voice.

This marks a step change in armoured vehicle operations capability by combining crewed and uncrewed platforms to extend the Boxer’s reach and situational awareness without adding personnel. It will enhance survivability and lethality on the battlefield by reinforcing the Boxer crew with teams of robots, allowing them to stay entirely mission-focused.

The two companies worked together at impressive speed, integrating Breaker’s software into Rheinmetall Defence Australia’s simulator in a matter of weeks and demonstrating a working capability on the Boxer within six months of the first conversation.

In the demonstration to the customer, a single crew member with less than 30 minutes training, commanded a swarm of drones through the standard-issue microphone and headset in the Boxer, while simultaneously operating the vehicle and performing their regular duties. The demonstration provided clear evidence that seamless crewed and uncrewed collaboration can keep human operators safe on the front line.

Nathan Poyner, Managing Director, Rheinmetall Defence Australia said: “The Boxer CRV, delivered through LAND400 Phase Two, is the most advanced land platform in service with the Australian Army. Its open architecture makes integration of novel force multipliers, such as Breaker’s software, essentially ‘plug and play’.

“Integrating platforms with autonomy solutions is about enhancing crew survivability and mission effectiveness. What we’ve been able to demonstrate with Breaker, after only six months of working together, is a Boxer operator controlling autonomous systems with their voice as they would talk to any member of their crew.

“This achievement is testament to Rheinmetall’s open architecture approach and Breaker’s platform agnostic software.”

Michael Irwin, co-founder and co-CEO of Breaker said: “We’re thrilled to be partnering with Rheinmetall on the next generation of armoured vehicle operations. Boxer is a tested, validated, and integrated capability and Breaker’s tactical orchestration layer allows crews to work with teams of robots in a way they’ve never been able to before. This integration makes the Boxer more lethal and more survivable in the future fight with less crew. It makes every vehicle the centre of its own autonomous formation.

“This partnership shows how important it is for like-minded companies to work together. The world of warfare is changing very quickly. Collaboration is the only way to deliver capability at the speed of relevance.

“Warfighters at the front line need autonomy the most, and they have it the least. Our mission is to change that.”

Under the LAND400 Phase 2 project awarded in 2018, Rheinmetall is delivering 211 Boxer combat reconnaissance vehicles that are expected to be in service for the next 30 years. This partnership with Breaker has potential to expand across various capabilities and vehicle types, both in Australia and globally.

OKSI Announces Its Line Of Custom Intelligent Seekers For Missile Platforms And Precision Munitions

Thursday, October 1st, 2026

Passive, AI-enabled next-generation EO/IR seekers that deliver autonomous precision in GPS-denied and contested electronic warfare environments.

LOS ANGELES — Oct. 1, 2026 — OKSI, a defense leader in advanced artificial intelligence, computer vision and autonomous systems, announced its line of custom Intelligent Seekers, purpose-built to deliver autonomous precision in GPS-denied and contested electronic warfare environments.

OKSI’s Intelligent Seekers bring advanced electro-optical and infrared (EO/IR) sensing, computer vision and target recognition, along with tracking, terminal logic and guidance, navigation and control (GNC) algorithms directly on board weapon systems. They are a production-ready solution with low size, weight, power and cost (SWaP-C) that operates without GPS, laser designation or radio frequency (RF) communications from launch to impact.

Unlike traditional guided weapon systems that depend on external guidance or continuous designation, munitions equipped with OKSI’s Intelligent Seekers autonomously acquire, recognize, track and engage static or dynamic targets, with computer-vision algorithms engineered to hold performance even when traveling from low subsonic to hypersonic speeds.

Presently, laser-dependent systems are often limited to a single shot. Integrating onboard intelligence also enables lock-on-after-launch and rapid ripple-fire engagements that allow multiple munitions to be deployed in quick succession against multiple targets without continuous external designation.

“Modern electronic warfare has made single-shot, signal-dependent guidance a liability,” said Chris HolmesParker, CEO, OKSI. “Our Intelligent Seekers give munitions a passive path to target lock. They sense, detect, recognize, track and guide, all on board. That is what autonomous guidance should truly mean in a contested environment.”

ONE ARCHITECTURE. MULTIPLE MISSIONS.

OKSI’s Intelligent Seekers are built around a modular open systems approach (MOSA) and sensor open systems architecture (SOSA), combining a common software stack with a modular electromechanical architecture. Commercial compute modules, multiple sensor modalities, embedded AI, guidance, terminal logic and GNC can be configured to meet mission requirements without reengineering the underlying architecture for each platform. This enables faster integration, independently versioned and validated software, supply-chain flexibility and adaptability across platforms and concepts of operation.

The technology supports the U.S. Department of War’s full find, fix, track, target, engage, assess (F2T2EA) mission flow on board the munition while addressing the growing requirement for assured positioning, navigation and timing (PNT) and non-RF alternative PNT in GPS-denied and contested environments.

OKSI Intelligent Seekers support air, ground and surface applications across mission sets including counter-UAS, maritime strike, indirect fire, land attack and interception at speeds ranging from low subsonic to hypersonic.

Built for rapid integration and production, OKSI’s Intelligent Seeker line combines proven performance, low SWaP-C, open architecture, a robust supply chain and more than 35 years of engineering expertise to deliver adaptable intelligence across today’s and tomorrow’s precision weapon systems.

MEET OKSI AT AUSA 2026

OKSI will be at the AUSA Annual Meeting & Exposition in Washington, D.C., Oct. 12–14, 2026.

Attendees interested in learning more about OKSI’s Intelligent Seekers and integration capabilities are invited to schedule a meeting with the OKSI team.

To schedule a meeting, contact solutions@oksi.ai.

ORIGIN and Anduril Sign MoU on Counter-UAS Air Defense for NATO’s Eastern Flank

Friday, September 25th, 2026
  • Companies will explore integration of BLAZE, ORIGIN’s autonomous counter-drone interceptor, with Lattice, Anduril’s sensor-agnostic command and control platform;
  • Agreement includes joint testing and demonstrations in Latvia to assess how the combined technologies could contribute to a layered air defense against drone threats;
  • MoU signed as an outcome of a Latvian business trade mission, taking place in the United States during the official visit of the President of Latvia.

LOS ANGELES (25 September 2026) — Anduril, a US defense technology company building autonomous systems and command and control software, and ORIGIN, a defense technology company building autonomous unmanned aerial systems, have agreed to explore how their technologies could work together to strengthen the deterrence posture of NATO’s eastern flank. Under the memorandum of understanding, they will explore the integration of Anduril’s Lattice software platform with BLAZE, ORIGIN’s autonomous counter-drone interceptor, to offer a layered counter-UAS capability in support of Latvia’s air defense. The MoU was signed during a Latvian business trade mission organised by the Investment and Development Agency of Latvia (LIAA) as part of the official visit by the President of Latvia, Edgars Rink?vi?s, to the United States.

Lattice is Anduril’s software platform for fusing data from disparate sensors and unmanned systems into a single layer, giving operators real-time visibility across a battlefield and the ability to task connected assets such as sensors and vehicles. Under the MoU, ORIGIN and Anduril will explore how BLAZE connects into that layer alongside deployed radars and other sensors, working toward a concept of operations for counter-UAS missions.

The two companies have agreed to joint testing, demonstration and validation activity in Latvia, alongside concept of operations development, data sharing and mission-effectiveness assessment for counter-UAS profiles. For end users, the collaboration points toward interceptors that do not operate in isolation from wider defense infrastructure. As threats become more networked, systems that can plug into a shared command and control layer are becoming a requirement rather than an advantage for operators assembling holistic air defense capabilities.

Martins Marenis, Commercial Director of ORIGIN, said: “We are here to work alongside industry leaders and innovators to build C-UAS systems that genuinely help empower NATO allies. Integrating BLAZE with Anduril’s Lattice platform means our interceptors operate as part of a connected system, giving allied forces better visibility and faster response against evolving drone threats. That is what modern air defense requires, and it is what smaller nations along NATO’s eastern flank need to defend their own airspace effectively.”

The MoU between ORIGIN and Anduril was signed as an outcome of a Latvian business trade mission to the United States, organised by the Investment and Development Agency of Latvia (LIAA) and taking place alongside the President’s official visit. The mission runs through 27 September and covers New York, Los Angeles and San Diego, bringing together representatives of companies and organisations across four sector tracks, including defense and dual-use technologies.

“The cooperation memorandum between ORIGIN and Anduril is a significant outcome of this trade mission. ORIGIN has come to the United States with defence technologies developed in Latvia and a clear proposal for cooperation, and the memorandum confirms Anduril’s interest in developing this cooperation. For Latvian companies, the objective is to develop joint projects with US partners, secure orders and attract investment, and LIAA will continue to help move this work forward,” said Ieva J?gere, Director of LIAA.

NestAI to Bring Adaptive AI into Electronic Warfare Platforms

Saturday, September 19th, 2026

Saab and NestAI partner to build defence systems that keep improving after they are fielded.

NestAI has entered a partnership with Saab to bring adaptive AI into selected parts of Saab’s electronic warfare platform. The capability is developed through NestOS, NestAI’s adaptive operating system for modern battlefield operations. For European armed forces, it marks a step toward sensor systems that do not just perform at delivery but continue to improve throughout their operational life.

Saab’s sensor technology, which already sets a high standard in the field, serves as the first step in a broader model for bringing adaptive AI into production defence systems. Developed with NestOS, the partnership adds an AI layer that optimises both performance and production efficiency, taking a proven product family to a new level of capability. The result is a system that continuously learns from operational data and adapts to changing conditions.

Speed and adaptability matter in today’s security environment. As threats evolve faster than procurement cycles, the ability to update and improve deployed systems without new hardware has become a strategic priority for armed forces across the continent. This collaboration represents a broader commitment to pioneering Nordic AI excellence in defence, built to deliver adaptive AI capability at speed without compromising the rigour that defence applications demand.

Under the partnership, Saab’s sensors will continue to improve over time, drawing on operational data processed through NestOS.

“European defence systems are fielded for decades. The threats they face change in months. Most systems have no way to close that gap after deployment. This partnership is about changing that, building the infrastructure for defence capability that evolves with the threat, not against it”, says Peter Sarlin, Founder and Executive Chairman, NestAI

“Saab and NestAI are bringing together leading defence and AI expertise to strengthen Nordic and European capability. By combining operational knowledge with advanced artificial intelligence, we are exploring how to lay the foundations for the next generation of secure, sovereign and mission-critical capabilities”, says Mikael Adelsberg, Chief Digital Officer at Saab.