Forget the Galgotias University controversy. The India AI Impact Summit 2026 expo remained a strong platform for showcasing made-in-India robots. At Bharat Mandapam, robotics drew major attention as a physical representation/manifestation of artificial intelligence. Indian and global companies showcased advanced autonomous machines across categories. The expo floor featured industrial humanoids, quadrupeds and mobile robotic systems built for real-world use cases, including logistics, inspection, security and enterprise assistance. Here are some of the notable robos from the event:
Addverb Technologies, a Noida-based robotics and automation firm, presented Elixis humanoid. It is said to be a general-purpose robotic assistant capable of perception–driven planning and task execution suited for industrial environments. Elixis uses sensors such as LiDAR and depth cameras to understand its surroundings. It has five-finger hands to pick and handle objects. The robot can move around structured workplaces and carry out routine or risky tasks, reducing the need for human involvement in such jobs.
Addverb also exhibited its robodog named Trakr.
Professional services firm EY (Ernst & Young) drew visitors with its autonomous ‘scout’ robot. It is designed as a mobile AI-enabled platform and is intended to assist with on-site data collection, navigation and real-time insights at large facilities. While specific technical details were limited in public reporting, the unit came with enterprise-oriented sensor integration.
The Ottobots series by Ottonomy, known for autonomous robot systems, captured attention for its logistics and last-mile delivery capabilities. These robots use AI-based navigation to move goods in warehouses and campuses with minimal supervision. Their modular design allows them to be deployed in industrial sites as well as retail spaces.
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Tata Consultancy Services (TCS) presented Puchu, an AI-powered robotic assistant designed for collaborative tasks. Puchu is designed for collaborative and customer-facing roles. It combines conversational AI with physical movement to interact with people in structured environments such as offices or enterprise facilities.
Daksha Generation 2 builds on earlier Daksha robotics platforms for industrial support. The updated version focuses on better sensing, safer operation and modular design. It is meant for facilities where robots and humans work close to each other, handling tasks in real time.
The Svan M2 is a four-legged robot developed by xTerra Robotics and incubated at IIT Kanpur. It can walk on uneven terrain using advanced motors and sensors. The robot is designed for inspection, surveillance and maintenance in factories or outdoor sites. It reflects India’s growing capability in building quadruped robotics hardware for safety-critical environments.
Bengaluru startup General Autonomy showcased Param, a four-legged robot dog developed in India. The machine is positioned as an indigenous quadruped capable of autonomous movement, obstacle detection and terrain navigation, including climbing stairs and adjusting to uneven surfaces. It has been described by the developers as designed for use cases such as inspection, monitoring and mobility tasks in environments where wheeled robots may struggle.
Together, these robotic exhibits showcased a growing interest and potential application of AI-enabled machines across sectors. It is really exciting!
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