IdTara

About Us

Every industry depends on accurate identification—assets, products, people, or equipment. Today, this work is still largely manual, slow, and error-prone. As operations scale, identification becomes a bottleneck that drives up costs, introduces risk, and limits real-time visibility. We deliver an Identification Robotics Solution that automates identification using autonomous robots powered by intelligent sensing and AI. Our robots continuously identify, verify, and track targets/objects in real time—without human intervention—across complex and dynamic environments. Robotic platforms equipped with vision, RFID, LiDAR, and biometric sensors collect data on the move. Our AI engine processes this data at the edge, high-accuracy identification results, fully integrated with existing systems . Customers reduce labor costs, eliminate identification errors, improve safety, and gain real-time operational visibility—turning identification into a competitive advantage in Security & Access Control

Our tailor made robotics product

Our robotic products

Our robotic solution & services

Our Team

Our robotics platform is powered by a dedicated in-house software development team that designs and builds the intelligence behind our robots. By developing software internally, we maintain full ownership of our technology, move faster, and ensure tight integration between hardware, software, and real-world operations.

The team combines expertise in robotics engineering, perception, motion planning, control, and system architecture to deliver end-to-end autonomy. Close collaboration with hardware and product teams enables rapid iteration, fast feedback from the field, and software that is optimized for performance, safety, and reliability.

We focus on modular, scalable architectures that evolve with our platform, supported by simulation, testing, and deployment tools that ensure consistent, high-quality releases. This in-house approach allows us to protect our intellectual property, build deep expertise, and continuously improve our robotic systems as they grow in capability and impact.