Detroit, Michigan, February 20, 2025 – Artificial Intelligence Technology Solutions, Inc. (AITX) has announced the creation of HERO™ (Humanoid Enforcement & Response Officer), an innovative humanoid security robot developed by its subsidiary, Robotic Assistance Devices, Inc. (RAD). This new robot expands the existing range of RAD hardware, which includes acclaimed products such as ROSA™, RIO™, AVA™, TOM, and ROAMEO™. HERO is set to debut publicly at ISC West in Las Vegas this April.
Fully Autonomous Capabilities Powered by SARA
HERO is engineered by RAD’s mobile division, RAD-M, and is anticipated to be available for commercial use by the end of 2025. It operates on RAD’s integrated hardware and software ecosystem, similar to other mobile devices like RADDOG LE2™ and ROAMEO. By utilizing RAD’s electronics vest and backpack, HERO is fully compatible with the company’s SARA™ system (Speaking Autonomous Responsive Agent), ensuring seamless integration and quick deployment for clients. This strategy aligns with AITX’s goal of developing portable autonomous systems that are both cost-effective and rapidly marketable.
Versatile Applications for Enhanced Security
Designed to mimic human form, HERO leverages its approachable yet commanding presence to foster compliance with facility rules and provide de-escalation in tense situations—benefits that conventional robotic forms may lack. In many organizations, human security officers face challenges such as underappreciation, inadequate compensation, and exposure to abuse. Rising labor costs, high turnover, and a shortage of skilled personnel further complicate security operations. HERO addresses these issues by offering reliable, 24/7 security without the recurring expenses associated with human staffing, training, and benefits.
Steve Reinharz, CEO and CTO of AITX, stated, “HERO represents our ongoing commitment to enhancing safety, security, and efficiency in a cost-effective manner. With its commercial rollout, our integrated software and hardware offerings will provide unmatched value.”
Advanced Technology for Real-World Security Needs
HERO is built to interact naturally with people, much like a human security officer. It can perform tasks such as de-escalating situations through its presence, controlling access, issuing verbal warnings, and escalating incidents via immediate communication with SARA. Additionally, authorized users can remotely direct HERO through SARA telephone commands. Its capability to analyze vast data in real time allows for rapid threat identification and response, thus reducing the reliance on human intervention and lowering operational costs compared to traditional methods.
Market Reach and Distribution
RAD-M’s innovative solutions are marketed through RAD’s established network of channel partners and its parent subsidiary, Robotic Assistance Devices, Inc. This approach ensures that cutting-edge, AI-driven security technology like HERO is readily accessible to a wide range of businesses and organizations.
Debut at ISC West 2025
HERO will make its first appearance at ISC West, the premier global security conference in Las Vegas, from March 31 to April 4, 2025. Attendees will be given the opportunity to observe HERO in action and learn about its potential to transform security operations. More detailed information on its functionalities, demonstrations, and availability will be released in the near future.
About AITX
AITX is at the forefront of developing artificial intelligence-based solutions that enable organizations to tackle complex challenges, enhance efficiency, and unlock new business opportunities. Through its diverse portfolio of robotic products, including RAD-I, RAD-R, RAD-M, and RAD-G, AITX helps businesses across various sectors—from government and education to transportation and healthcare—achieve significant cost savings and operational improvements. Its integrated AI-based analytics and in-house developed software platforms deliver powerful, scalable security and monitoring solutions designed to revolutionize the traditional security industry.
