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Exyn Technologies is a pioneering tech company based in Philadelphia, US, specializing in autonomous robotics and artificial intelligence (AI).
Founded in 2014, the company has been at the forefront of developing ground-breaking solutions that enable robots and drones to navigate and collect data in complex, GPS-denied environments.
The company’s full-stack solution enables flexible deployment of single or multi-robots swarms that can intelligently navigate and dynamically adapt to complex environments in real-time. This enables industries like mining, industrial inspection, and construction to benefit from a single, integrated solution that can capture high fidelity data sets in a safer and more efficient way.
Exyn’s mission is to revolutionize industries through autonomous solutions that improve efficiency, safety, and productivity. The company’s team of engineers, roboticists, and AI specialists are dedicated to pushing the boundaries of what’s possible in the realm of autonomous flight.
Powered by ExynAI, their robots – the ExynAero and ExynPak – can autonomously explore dynamic, complex environments beyond visual line of sight without the need for prior maps, GPS, or any wireless infrastructure.
The proprietary SLAM (Simultaneous Localization And Mapping) algorithm can intelligently navigate through changing environments while displaying a high-fidelity 3D point cloud to the operator when communications are available. Once an autonomous mission is complete, survey teams can then quickly process high-fidelity 3D point clouds for further analysis.
LiDAR-based SLAM is an innovative technology that combines two important capabilities: mapping an unknown environment and navigating within that environment in real-time. The technology involves the use of a LiDAR sensor, which emits laser pulses to detect and measure the distance to surrounding objects.
Exyn’s multi-sensor data fusion autonomy engine enables drones to navigate and adapt to complex, dangerous environments in real-time — all without GPS or a human pilot. Custom sensor integrations are available to overlay a variety of readings, such as radiation, gas monitor, IR, heat maps, chemical detection, convergence monitoring, and more.
Exyn’s robots are currently being used worldwide, performing surveys and inspections across a variety of industries including mining, construction, and inspection. Exyn’s AI is platform agnostic, meaning it can be deployed onto almost any robotic platform including aerial, ground-based or other modalities. They’ve successfully deployed to over a dozen airframes with more in development.
Autonomous robots are a powerful tool that can be used to both resurrect old mines while pushing the mining industry forward with safe, more efficient surveying tools.
Equipped with advanced sensors and AI, these robots can navigate hazardous environments, collect data, and create comprehensive 3D maps faster and more accurately than human surveyors. Not only do they mitigate the risk of human exposure to potentially dangerous conditions, but they also streamline the exploration process, paving the way for a new era in the mining industry.
Exyn is committed to creating a future where autonomous systems can safely and efficiently perform tasks in any environment. By harnessing the power of AI and robotics, Exyn is transforming the way industries operate and shaping the future of autonomous flight.
Exyn Technologies has been recognized for its innovative contributions to the field of robotics and AI. The70+ person team is comprised of experts in the core areas of autonomy including control, perception, motion planning, state estimation, multi-sensor data fusion, and simultaneous localization and mapping, and includes former members of the Navy and Air Force, dozens of advanced degrees, and DARPA veterans with a combined 150+ years of autonomy experience.
Equipped with an autonomous drone, survey teams can stand safely away from dangerous areas while capturing a complete map of ongoing mining operations. In even more dangerous scenarios, search and rescue teams can send the ExynAero into unknown areas in search of survivors or possible entry and exit points to give them maximum situational awareness.
The ExynPak is the perfect tool for capturing feature rich, high-fidelity, colorized 3D point clouds that can be used as digital twins for synthetic training environments and other AR/VR applications. A portable SLAM capture device can produce these digital twins in a fraction of the time it would take a traditional total station.
The mining industry has long been a poster child for necessity driving innovation, with most mines operating with one (or few) portals or shafts and a deep want for hazards to be mitigated.
Rupert Resources, a Canadian-based gold exploration and development company, were planning a potential restart of a historic gold mine in Central Lapland in Northern Finland.
Dundee Precious Metals Inc. (DPM) is a Canadian-based, international gold mining company engaged in the acquisition, exploration, development, mining, and processing of precious metals.
In 2019, geologists at Ascot Resources, a Canadian mining company specializing in silver and gold, began investigating an old mine in the Big Missouri Ridge that had been left inactive since the 1940s.
Autonomy is the ability to think for yourself and be self-reliant—the capacity of self-governance or self-determination. There are different areas of autonomy, but the one we're most concerned with is personal autonomy -- the capacity to decide for oneself and pursue a course of action in one’s life.
Dundee Precious Metals and Exyn Technologies, a pioneer in multi-platform robotic autonomy for complex, GPS-denied environments, celebrated their five-year partnership with a technology demonstration and educational event at the STEM center (Science, Technology, Engineering and Mathematics) of St. Paisiy Hilendarski Secondary School, in the town of Zlatitsa, Bulgaria.
If you're a surveyor in the field, or the lead in charge of multiple ongoing projects, it can be difficult to track all the new advancements in geospatial mapping technology. And nowadays it feels like there are more tools capable of capturing more data than ever before.
In 2019, geologists at Ascot Resources, a Canadian mining company specializing in silver and gold, began investigating an old mine in the Big Missouri Ridge that had been left inactive since the 1940s.
Dundee Precious Metals Inc. (DPM) is a Canadian-based, international gold mining company engaged in the acquisition, exploration, development, mining, and processing of precious metals. In 2003, after extensive due diligence, DPM acquired two gold mines in Bulgaria.
Rupert Resources, a Canadian-based gold exploration and development company, were planning a potential restart of a historic gold mine in Central Lapland in Northern Finland.
The great philosopher Plato once said “Necessity is the mother of invention,” and every once in a while, there is a bright example that embodies this perfectly.
Together Exyn and Trimble Demonstrate a Groundbreaking Solution to Increase Efficiency and Safety Across Complex GNSS-Denied Construction Environments
The ExynAero ushers in a new era of aerial autonomy with a cutting-edge system that maps industrial environments without a pilot.
Exyn Technologies, a pioneer in autonomous aerial robot systems for complex, GPS-denied industrial environments, has announced it has achieved the highest documented level of aerial autonomy.
Exyn has announced a partnership with Easy Aerial enabling Exyn to integrate their autonomy into a robust airframe capable of reaching new heights.
Exyn Technologies, a pioneer in multi-platform robotic autonomy for complex GPS-denied environments, and NSS Canada, a mining industry supplier dedicated to innovation, have expanded their footprint with Jaguar Mining in response to a growing demand for autonomous robots to capture critical data in complex, GPS-denied environments underground.
A completely modular 3D mapping solution designed to reduce time to capture, increase safety, and drive efficiency for challenging, complex, or dangerous environments.
