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(Incorporated in Delaware)
We are a pioneer in fully adaptive and cognitive mission-level autonomous robotics and artificial intelligence (“AI”), delivering advanced solutions that enable safe, efficient, and scalable autonomy in complex, GPS-denied environments. Our mission is to deliver world-class autonomous robots to data-hungry industries to unlock new insights that drive smarter decisions. Leveraging proprietary Level 4B autonomy software and cutting-edge aerial and ground robotic systems, we empower industries, including mining, construction, critical infrastructure, and defense with real-time 3D mapping, data analytics, and autonomous navigation.
Founded in 2014 as a spin-out from the renowned General Robotics, Automation, Sensing and Perception Laboratory (“GRASP Laboratory”) at the University of Pennsylvania by Dr. Vijay Kumar, the Nemirovsky Family Dean for the School of Engineering and Applied Science and headquartered in Philadelphia, Pennsylvania, Exyn has developed a robust suite of hardware-agnostic autonomy software that allows aerial and ground robots to navigate and operate without human control, prior maps, or external infrastructure. Our solutions provide customers with the ability to rapidly digitize and analyze challenging environments such as underground mines, warehouses, tunnels, and contested battlefields, while improving safety, efficiency, and decision-making.
We are in the market with commercially-available and robustly field tested, full autonomy robots capable of completely self-directed flight and ground navigation in GPS-denied, communication-limited, and dynamic environments. Our platform is designed to integrate seamlessly with a wide range of robotic form factors, enabling original equipment manufacturers (“OEMs”), defense agencies, and industrial customers to extend and scale autonomy across diverse mission sets.
Our software for localization, autonomous navigation, and 3D map creation is ExynAI. Currently, we package ExynAI software modules within our hardware, Nexys, a modular mapping and autonomy payload that allows users to quickly capture highly accurate, colorized, real-time 3D point clouds in complex, dangerous, or inhospitable environments. Our unique technology is built upon the fusion of multiple sensor inputs that create a highly accurate real-time map, thus enabling autonomous flight and ground operations. Nexys-enabled robots are highly differentiated and robust, making them ideal and practical for complex industrial environments.
Our products are designed to serve customers of all sizes and complexity across multiple industry verticals, such as mining, construction, energy, geospatial, critical infrastructure inspection and defense. Whether packaged as Exyn branded products or via software as part of third-party systems, our Nexys product and our ExynAI software platform are easily integrated into existing business systems and processes, making them essential to a wide range of operators. As customers of our software deploy robotic systems at scale, the use of ExynAI enables them to not only save money and improve productivity, but in many cases to avoid needless “hazardous man-hours” and reduce environmental impact, thereby creating significant value across multiple categories.
Software
ExynAI is our proprietary mobile mapping and autonomy software that incorporates industry leading capabilities in simultaneous localization and mapping (“SLAM”), motion planning, and control. It enables autonomous navigation in unstructured, GPS-denied environments while simultaneously capturing a feature-rich, colorized digital twin that can be rendered in real-time. Running on our modular hardware product, the Nexys, ExynAI is a critical tool in the modern surveyor’s toolkit. ExynAI is also built from the ground up to be modular, platform agnostic, and open to third-party data streams, making it highly versatile and extensible. Now, with years of customer operations all across the globe in a variety of environments, we believe it is poised to become a core software component for the mapping and autonomous systems of the future.
Specialized modes for ExynAI give users the ability to quickly define mission types and create a high-level mission objective in seconds. The most common example of this is Exploration mode, which is built for venturing into the unknown, and is the most widely used mode by our autonomous navigation users via ExynAI. Operators can simply define an area of interest inside ExynView and then launch a mission for the robot to explore. Once the mission is started, ExynAI takes control to autonomously map the entire area without the need for a connection to ExynView or an operator in control.
On the capture and navigation side, ExynAI, when coupled with our SLAM-based light detection and ranging (“LiDAR”) scanning technology, delivers survey-grade 3D models without a pilot.
ExynAI is capable of consuming and analyzing a variety of data streams once the appropriate sensors are connected to Nexys while mapping. This can be a vital tool for first responders, for example, looking to capture gas sensor readings while creating a response plan or for simply overlaying Global Navigation Satellite System (“GNSS”) information on a digital twin; other examples of rich data additions are radiation and depth. The Nexys autonomy and mapping ecosystem, which includes Nexys, ExynAI, ExynView and the various accessories and supported systems, is built from the ground up to give operators a modular, mobile tool to collect real world data and transform it into accurate, actionable digital twins.
Since 2016, ExynAI has performed thousands of completely autonomous flights traveling around the world, proving our autonomous navigation and mapping can safely complete missions in the most challenging environments where and when operators need it the most.
Note: Net loss and revenue are for the year that ended Dec. 31, 2025.
(Note: Exyn Technologies, Inc. priced its unit IPO at $7.75 – the low end of its recently revised range of $7.75 to $8.75 in the prospectus – and sold 2.5 million units – the number in the prospectus – to raise $19.4 million on Thursday night, May 14, 2026. Each unit consists of one share of stock and one warrant to buy one share of stock. This is a NASDAQ listing.)
(Background: Exyn Technologies, Inc. revised its unit IPO’s price range on May 11, 2026, in an S-1/A filing to $7.75 to $8.75 – up from its original range of $6.00 to $8.00 – and kept the number of units to 2.5 million units, the number in the S-1/A filing on April 14, 2026, when the company originally disclosed its unit IPO’s terms. Background: Exyn Technologies, Inc. disclosed the terms for its IPO – a unit offering of stock and warrants: 2.5 million units at a price range of $6.00 to $8.00 to raise $17.5 million – according to its S-1/A filing dated April 14, 2026. Background: Exyn Technologies disclosed its plans for its IPO – a unit offering of stock and warrants – in an S-1/A filing without disclosing the terms on April 8, 2026. Each unit consists of one share of stock and one warrant to buy one share of stock. Background: Exyn filed its S-1 for its IPO on March 19, 2026.)
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