Duality AI, the company behind the Falcon digital twin simulation platform, announced a contract award from the XM30 Program Office, the U.S. Army’s team building the next generation successor to the M2 Bradley infantry fighting vehicle. In response to the escalating threat of drone warfare, the XM30 Advanced Capabilities team is developing a robust counter-drone AI Target Detection and Recognition (AiTDR) system to reliably safeguard personnel and troops aboard the vehicle. To achieve this goal, the Army’s Project Linchpin team for AI and Machine Learning capabilities, in coordination with the Army Research Lab (ARL), will leverage synthetic data generated in simulation from virtual sensors in Falcon. Working with Duality in a digital-first approach will streamline the development and tuning of the critical AiTDR model well in advance of the physical system coming online.

Employing digital twin simulation at the earliest stages of the AiTDR project will enable the XM30 team to preemptively address major development challenges, leading to shorter timelines and lower costs of field deployment. With Falcon, the team will generate vast varieties of high-quality training data, determine optimal sensor configurations, and test model performance in high-fidelity simulated scenarios. Awarding this contract to Duality AI continues the digital-first approach announced at the program’s outset, and builds on the successful strategy of opening the door for industry teams that are not traditional U.S. combat vehicle prime contractors.

“Accomplishing these critical early steps with digital twins is vital for a viable future of field-deployable AI systems,” said Michael Taylor, co-founder and Chief Product Officer of Duality AI. “Falcon’s complete control over simulation environments gives the Army ability to train and test the AiTDR model in complex conditions, explore varied drone detection scenarios, and validate potential solutions in simulation before the physical hardware is even ready for field testing.”

Entrusting mission-critical AI systems like the AiTDR with safeguarding soldiers’ lives demands consistent accuracy and reliability with little room for error. Delivering this level of performance requires high-quality training data in varieties and volumes that are simply not feasible to source in the physical world. Fortunately, Duality’s work across industry and government applications, including in the DARPA RACER challenge, is proving that digital twins are free of this limitation. Results from diverse customers are already showing that synthetic data from digital twin simulation is not only quicker and more cost-effective to generate but can also rival and improve the results obtained from real-world data.

With Falcon, the ARL team will be able to compose and simulate any scenarios they require — any drone, any environment, any visual conditions — and generate the needed data with any of Falcon’s virtual sensors. Using this data, the team will first deliver an AI model that functions while communicating with the Falcon simulator, and then continue to refine the performance of this first-generation algorithm by both improving the model and refining the simulation approach in collaboration with Duality’s AI engineering team. In the latter stages of the project, the team will assess broader applications of digital twin simulation in Falcon for addressing their expanding roster of AI/ML training data needs.

“We are thrilled to work with the Project Linchpin and ARL teams to push the possibilities of AI defense systems for the U.S. Army,” says Duality CEO and co-founder, Apurva Shah. “The XM30 digital-first approach to AI model deployment is farsighted and precisely the type of system development approach for which Falcon’s digital twin workflows have been designed. The XM30 program is transforming how tomorrow’s military technology is developed and we’re honored that Falcon is contributing to that future.”

OVES Enterprise, a Romanian company specialized in the development of complex software solutions for the defense, aerospace, and cybersecurity industries, has signed a strategic memorandum with MSI Defense Solutions, a U.S.-based integrator of advanced tactical systems for land and naval defense. MSI is a longstanding partner of the U.S. Department of Defense and is known for its expertise in stabilized weapon platforms and counter-drone and missile defense solutions.

The strategic partnership aims to integrate the capabilities of OVES Enterprise’s Nemesis AI platform into MSI’s next-generation defense systems, including EAGLS C-UAS with OVES Enterprise’s expertise in AI and software engineering, the partnership addresses an urgent global challenge: even the most advanced conventional defense systems are struggling to counter emerging threats, particularly autonomous drones.

Recent conflict zones have exposed the growing limitations of traditional defense technologies when faced with agile, fast-moving, and hard-to-intercept threats such as autonomous drones. In this new era of warfare, In today’s evolving battlespace, the integration of advanced AI with the speed and precision required in C-UAS weapon systems is essential to achieving operational effectiveness. EAGLS is designed to operate independently or as part of a larger defense network, using proven components like 360° radars, laser-guided rockets, and remote weapons stations. The integration of Nemesis AI transforms this platform into a fully autonomous counter- threat solution. Nemesis AI processes large volumes of data in real time, recognizing, classifying, and anticipating complex threats to support tactical decisions at a speed unattainable by traditional systems.

“EAGLS was designed as a lightweight, mobile, and radar-enabled counter-UAS system — but integrating Nemesis AI takes it to another level. By fusing radar with real-time visual recognition and onboard AI decision-making, we’re enabling faster, more precise threat classification and engagement. This is about shortening kill chains, reducing operator burden, and delivering an affordable, autonomous layered defense solution that can outpace emerging drone threats at the  tactical edge”, said Nguyen Trinh, CEO of MSI Defense Solutions.

The partnership will lead to the development of a fully AI-driven system capable of intercepting threats using visual sensors alone, with no reliance on radar or GPS – a capability currently unavailable in this configuration on the global market.

OVES Enterprise will implement an advanced sensor fusion solution – “super sensor fusion” – combining RGB, thermal, and neuromorphic cameras to detect and recognize incoming threats in real time. Once identified, Nemesis AI will classify the threat, notify the Battle Management System (BMS), and generate recommendations on the optimal interception method based on the available arsenal.

The entire system will be powered by dedicated AI hardware developed specifically for this partnership, engineered to handle high data volumes at speeds beyond those of conventional systems.

Simultaneously, the platform will enable intelligent turret movement control, delivering significantly higher speed and precision than traditional mechanical systems. With these  capabilities, MSI EAGLS systems will be able to intercept next-generation drones – fast,  autonomous, and missile-evading – using only visual data and artificial intelligence. In an industry 

where performance is critical and response time can determine the success or failure of a mission,  this type of system sets a new technological standard.

“This collaboration confirms OVES Enterprise’s strategic direction and the maturity of the Nemesis AI platform. From the outset, our goal was to build a scalable technology with relevance in the most demanding operational scenarios, not just in controlled tests. Our discussions with MSI started from an urgent, real-world need: to counter attack types that current systems fail to intercept. We’ve demonstrated that we can deliver more than a recognition tool – we offer a complete platform that analyzes, decides, and acts at the pace required on the ground. Nemesis AI is now proving to be a versatile technology – usable in drones, turrets, and integrated defense systems – and this partnership is a key step in consolidating our international position as a defense AI solutions provider”, said Mihai Filip, CEO of OVES Enterprise.

Sentrycs, a leader in Protocol Manipulation-based counter-drone technology (often referred to as Cyber over RF), and Xtend, a leader in AI-powered, human-guided autonomous platforms and operating system (XOS), are proud to announce a strategic partnership aimed at transforming drone security and remote operations for defense and security applications. This collaboration brings together Sentrycs’ advanced counter-drone solutions with Xtend’s unique technology, enabling customers to accelerate the threat mitigation cycle, ensure an unparalleled level of protection, and significantly enhance operational efficiency in high-stakes environments.

In today’s rapidly evolving technological landscape, the threat posed by unauthorized drones has become a significant concern for defense and special forces operations. The partnership between Sentrycs and Xtend aims to address these challenges by integrating their advanced technologies to offer a robust, comprehensive solution that enhances both security and operational capabilities.

The integration of Sentrycs’ counter-drone systems with Xtend’s autonomous platforms and operating system (XOS) creates a powerful synergy that enhances the capabilities of both technologies. This partnership provides a seamless interface for operators to detect, track, identify, and mitigate drone threats while managing remote operations with precision and efficiency.

“Our collaboration with Xtend represents a unique approach in advancing drone security solutions,” said Meir Avidan, VP of Business Development and Strategic Partnerships at Sentrycs. “By combining our expertise in counter-drone technology with Xtend’s innovative robotics, we are able to offer a comprehensive solution that addresses the evolving needs of our defense and special forces customers, ensuring their safety and operational efficiency.”

“Our mission at Xtend has always been to empower operators with the best tools to manage complex missions safely and efficiently,” said Aviv Shapira, CEO of Xtend. “Partnering with Sentrycs allows us to extend our capabilities in drone security, providing our defense and security customers with a more comprehensive and integrated solution.”

Both Sentrycs and Xtend are committed to continuous innovation and excellence in their respective fields. This partnership underscores their dedication to providing cutting-edge solutions that meet the highest standards of security and operational efficiency.

AI-powered system fills critical air defense gap, offering rapid deployment against loitering munitions and hostile UAVs Origin Robotics Launches AI-Driven Interceptor Riga-based defense startup Origin Robotics has announced the release of BLAZE, an autonomous counter-drone interceptor designed to neutralize fast aerial threats. Developed in response to the growing use of drones in global conflict zones, […]

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Partnership Combines UTM Technology and Regulatory Expertise to Advance Scalable Drone Integration by DRONELIFE Staff Writer Ian J. McNabb Belgian software developer Unifly, a global leader in Unmanned Aircraft Systems Traffic Management (UTM) technology, recently announced its successful acquisition of EuroUSC Italia, a leading advisory firm renowned for its expertise in drone regulation, safety, and […]

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Tariffs, Tactics & Transition Flights: The Drone Industry Enters a New Phase The Weekly Wings Podcast, May 7, 2025 In this episode of Weekly Wings, Paul Rossi and Terry Neff return from a brief hiatus to tackle a jam-packed lineup of updates shaping the drone industry and adjacent sectors. First up: U.S. drone tariffs 2025. […]

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There are two major players in the 360 camera market, Insta360 and GoPro. Both offer similar products but at much different price points, so which is better?

more… ]]> https://dronedj.com/2025/05/07/insta360-x5-vs-gopro-max-which-is-the-best-360-camera/feed/ 0 https://dronedj.com/2025/05/07/dji-drone-obstacle-sensing-module/ https://dronedj.com/2025/05/07/dji-drone-obstacle-sensing-module/#respond Wed, 07 May 2025 09:37:29 +0000 https://nikitaondrones.com/2025/05/07/dji-adds-supercharged-obstacle-detection-to-matrice-4d-drones/

DJI is pushing the limits of autonomous drone safety with its latest firmware update for the DJI Dock 3 and Matrice 4D series. This update introduces a new accessory: a LiDAR-based Obstacle Sensing Module that helps DJI drones avoid even the thinnest hazards in flight — including wires just 12 millimeters thick.

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Funding to Boost Production, Expand Internationally, and Advance Autonomous Aerial Systems for Defense and Industry Quantum Systems Secures Major Investment to Scale Aerial Intelligence Solutions Quantum Systems, a Germany-based developer of AI-powered drone platforms, has raised €160 million to expand global operations and scale production. The Series C funding round was led by Balderton Capital, […]

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SiFly to build drones designed like to perform like mini-helicopters By DRONELIFE Features Editor Jim Magill Many businesses have been slow to embrace unmanned aviation because what they really want is a vehicle with the flight endurance of a helicopter at the price of a drone, Logan Jones, chief business officer of drone start-up company […]

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