Modular Robotic Autonomy
for surveying and inspection

Rugged autonomy that empowers robots to intelligently navigate complex environments while gathering precise, feature-rich 3D models.

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Multi-Platform Robotic Autonomy

Autonomy Level 4

With the Nexys ecosystem, users can choose to equip their autonomy payload onto a aerial- or ground-based robotic platform.

Leveraging Autonomy Level 4 (AL-4), the operator simply sets the area to scan and the system determines its own route to ensure complete environmental coverage, detects the 3D environment, and identifies and reasons about obstacles and high-level objectives - even in GPS-denied, hazardous, and unilluminated environments.

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Why autonomous robots?

Our industry-leading autonomous intelligence powers robots to carry out safer missions and capture otherwise impossible to reach data without the use of prior maps, GPS, or existing infrastructure. 

Our autonomy also supports beyond visual line of sight (BVLOS) and out of range of communication flights, allowing the data to be collected onboard and streamed back to the user once back in range of communications. 

 Browse Autonomy Features

Consistent, Effortless Data Collection

Nexys autonomy empowers robots to navigate complex, dynamic environments without risking operator safety.
1. Select Mission
2. Explore BVLOS
3. Capture Accurate Data
4. Post-Process On-Site

 

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Point to Point
Mission Mode

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Exploration
Mission Mode
Simply select the best autonomy mode for your mission on the ExynView tablet. ExynAI takes over from there. For both aerial and ground-based autonomous vehicles, ExynAI will intelligently avoid obstacles and relentlessly try to reach its goals and finish its mission. 

Piloted by ExynAI, Nexys analyzes its environment and identifies the safest, most efficient route to capture a complete map whether in the air or on the ground. With all intelligence onboard, Nexys navigates beyond-visual-line-of-sight (BVLOS), outside of communications range, and without GPS. Unlike some lower forms of robotic automation, ExynAI will relentless pursue it's goals until it determines they're impossible and returns home. 

Nexys captures a robust map of any environment, with the ability to overlay custom sensor data on a real-time 3D map creating comprehensive, engaging, and actionable 3D visuals.

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Exyn sets the industry standard for high-speed post-processing. Survey teams process the data collected right on the tablet, as soon as Nexys returns home. Whether still onsite or back at a control center, the entire process takes place on the edge and out of the clouds.

Autonomous Robots Capture Critical Data

Autonomous mapping with ground-based robots maximizes human safety by optimizing efficient data collection. Our robots easily navigate complex environments, using onboard sensors and AI to accomplish the mission.

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Real-Time Object Avoidance
With an onboard SLAM engine, robots powered by Nexys autonomy adapt to dynamic environments, detect & avoid obstacles, adjust to sensor failures, and navigate obstructions like thin wires or people, all in real-time. onboard-intelligence
All Intelligence Onboard
Designed to operate beyond visual line of sight, Nexys can autonomously navigate complex, dynamic environments without the need of a prior map, GPS, or any existing wireless infrastructure. real-time
1 hour battery life
ExynAI's efficient planning algorithms mean robots powered by Nexys autonomy can explore farther and faster than the competition. Meaning our customers can capture more data, more coverage, with much less downtime. modular-software
Modular Design
Robots powered by Nexys' autonomy can perform autonomously in dangerous environments. And then the payload can be detached for manual mapping to capture a complete 3D model. data
Precise Data Visualization
Nexys captures a robust map of any environment, with the ability to overlay any sensor data on a real-time 3D map creating comprehensive, engaging, and actionable 3D visuals. pilotless
On site post-processing
Feature rich 3D point clouds can be cleaned, smoothed, subsampled, and even georeferenced into an existing coordinate frame on-site via a ruggedized tablet and ExynAI's robust SLAM algorithm.

Autonomous Mapping for
Mission-Critical Industries

Engineered for flexibility, Nexys uses advanced artificial intelligence and machine learning to adapt to virtually any industrial application.

Mining
Underground Cavity Monitoring Keep survey teams out of harm's way while capturing a complete map of an unknown underground cavity in a matter of minutes. Learn More
Construction
Building Information Modeling Track progress, avoid costly rework and protect your workers with survey-grade 3D maps of construction models in real-time. Learn More
geospatial
3D Mapping for Geospatial Surveying Nexys is an adaptable, cost effective, and accurate data collection solution for diverse geospatial applications. Featuring fast capture of survey data, post processing in the field for real-time visualization, and a variety of available configurations, Nexys is the right scanning tool for all your use cases. Learn More
Oil & Gas
Autonomous Infrastructure Inspection The Exyn Nexys offers a versatile, economical, and precise approach to data gathering across a range of needs in the oil and gas industries. Contact Us
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no pilot. no gps. no problem.

Aerial Autonomy

Learn more about our industry-leading autonomy and mapping ecosystem, built from the ground up for fast and accurate digital twin capture and post processing. 

Request a meeting with our team today.
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autonomy for anywhere

Terrestrial Autonomy

Exyn Nexys, powered by the industry's most advanced level of autonomy, enables our Level 4 Exploration Autonomy on Boston Dynamics' Spot agile mobile robot, allowing users to take advantage of our completely modular mapping solution on a robust, resilient terrestrial platform.

ExynAI'a autonomy can automate scanning, inspection or as-builting, perform routine inspections, warehouse operations monitoring, convergence monitoring, post-blast safety evaluations, or to remove people from difficult or dangerous mapping situations. 
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