Security
Parking Lots & Campuses
Remote patrol, elevated video observation, incident awareness and optional vehicle monitoring.
Advanced Mobile Robotic Systems
Mobile Intelligence.
Elevated.
Versatile robotic platforms combining mobile mobility, elevated sensing and remote operations for smarter security and industrial monitoring.
Flagship Platform
See further. Monitor smarter.
Our rugged four-wheel mobile platform integrates an electric telescopic mast with configurable cameras, sensors and communications equipment. Designed for surveillance, inspection and research across demanding environments.
5–7 mTelescopic mast target range
4-wheelMobile skid-steer platform
PTZ visionElevated, remotely directed imaging
Modular sensingLiDAR, thermal and environmental options
Images include concept visualizations. Sensor packages and autonomy features vary by prototype and planned configuration.
Use Cases
Built for real-world environments
A flexible platform for different monitoring challenges. The scenarios below illustrate potential applications, not verified deployed capabilities.
Site Operations
Construction Sites
Perimeter monitoring, asset observation, safety inspections and visual progress documentation.
Industrial
Energy & Industrial Facilities
Remote visual inspection, perimeter awareness and configurable environmental sensing.
Indoor
Universities & Facilities
Concepts for indoor security, laboratory monitoring and routine building inspections.
Product Development
Indoor & Outdoor Platforms
Multiple form factors for corridors, campuses, commercial sites and large open spaces.
Roadmap
Flexible Autonomy
From operator-driven control to progressively more capable autonomous operation.
Technology Roadmap
Choose the right level of autonomy
Different customers need different levels of operator involvement. Our development approach progresses from direct remote operation toward more advanced navigation and patrol functionality.
01
Remote Control
Human operator drives the robot and manages its onboard sensors.
02
Assisted Navigation
Navigation aids and obstacle awareness assist the operator.
03
Supervised Autonomy
Predefined patrol routes with human oversight and intervention.
04
Full Autonomy
Long-term vision for independent patrol and automated reporting.
These stages describe a proposed capability roadmap; they do not imply all levels are currently commercially available.
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About ARM Robotics
Engineering practical robotic solutions
ARM Robotics develops mobile robotic systems that bring sensing and monitoring to places conventional fixed cameras cannot easily reach. Our approach combines mechanical innovation, flexible payload integration and a phased path toward autonomy.
Meet the Founder
Amir Jafari, Ph.D.
Amir Jafari is an Associate Professor of Biomedical Engineering at the University of North Texas and the founder of ARM Robotics. He earned his Ph.D. from the Illinois Institute of Technology and completed postdoctoral research at ETH Zurich, Switzerland.
His research spans advanced robotic manipulators, variable-stiffness actuators, soft robotics and human–robot interaction. Through ARM Robotics, he applies this experience to the development of mobile surveillance platforms, industrial automation technologies and robotic painting systems.
His work brings together mechanical design, sensing and intelligent control to address practical engineering challenges.
Let's Collaborate
Have a use case in mind?
We welcome conversations about pilot projects, platform customization, technology integration and partnerships.
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