ZenaTech, Inc. (NASDAQ: ZENA) (FSE: 49Q) (BMV: ZENA), a technology company specializing in AI drones, Drone as a Service (DaaS), enterprise software, and quantum computing, has announced a significant development that could reshape how field technicians and healthcare professionals perform complex tasks. The company is highlighting its Orsa+ AI software, developed by its subsidiary Tillerstack, and plans to integrate it with its Stacklens(TM) AI smart glasses. This integration would combine hands-free camera, audio, and AI capabilities to provide remote visual assistance, technical information, and access to off-site experts for field technicians across manufacturing, utilities, telecommunications, transportation, and other industries. The implications of this announcement are substantial, as it positions ZenaTech at the intersection of augmented reality, artificial intelligence, and remote support—a market that is rapidly expanding as industries seek to improve efficiency and reduce downtime.
The planned integration would allow AI assistants and remote instructors to view tasks from the wearer's perspective while providing real-time guidance. This could dramatically improve troubleshooting, maintenance, and technical guidance in field environments, where access to experts is often limited or costly. By equipping technicians with smart glasses that overlay digital information onto their physical workspace, ZenaTech aims to reduce errors, speed up repairs, and enhance overall productivity. The technology is still in the prototype and testing stage, with customer pilots expected to begin in 2027. The company also intends to pursue medical device certification as it advances development and explores potential applications with healthcare and educational organizations. This expansion into healthcare education, including clinical simulation, nursing instruction, and medical equipment training, represents a strategic diversification that could open new revenue streams and demonstrate the versatility of the Orsa+ platform.
For investors, this news matters because it signals ZenaTech's commitment to innovation beyond its core drone business. The company is already executing an acquisition-led DaaS roll-up strategy to digitize and automate legacy service industries like land surveys and inspections, driving drone-based scalable, recurring revenue growth. By integrating AI software with smart glasses, ZenaTech is not only enhancing its existing service offerings but also entering the burgeoning field of augmented reality in healthcare, which is expected to grow significantly as medical training and telemedicine become more technology-driven. To view the full press release, visit https://ibn.fm/BOoWg. To learn more about ZENA, visit https://www.zenatech.com/.
The announcement was disseminated through DefenseWireNews, a specialized communications platform focused on defense contractors and advanced manufacturing innovators. DefenseWireNews is part of the Dynamic Brand Portfolio at IBN, which provides access to a vast network of wire solutions via InvestorWire and editorial syndication to 5,000+ outlets, among other services. This broad distribution ensures that ZenaTech's developments reach a wide audience of investors and industry stakeholders, potentially increasing visibility and credibility for the company as it ventures into new technological frontiers.
With an operating footprint spanning North America, Europe, the Middle East, Asia, and Australia, ZenaTech is advancing AI drones for applications such as agriculture and logistics, as well as ISR, cargo, and counter-UAS for U.S. defense and NATO allies. The company is investing in next-generation technologies, including drone swarms, quantum computing, and advanced AI autonomy. The integration of Orsa+ with Stacklens is a natural extension of these efforts, leveraging existing software capabilities to create a more immersive and intelligent solution for field service and training. As the pilots approach in 2027, the market will be watching to see if ZenaTech can successfully commercialize this technology and capture a share of the growing augmented reality market. The potential for improved efficiency and reduced costs in industries like manufacturing and utilities is enormous, and if successful, this could set a new standard for remote assistance and training across multiple sectors.
