Even as the Galgotias robot dog controversy dominated headlines at the India AI Impact Summit, the wider exhibition floor told a different story—one of indigenous engineering, applied AI, and grassroots innovation steadily shaping India’s technology narrative. The event, held in New Delhi, showcased the burgeoning potential of homegrown technology solutions that are making significant strides in various sectors.
Leading the defense and drone segment was Lovely Professional University (LPU), which presented a suite of in-house developed unmanned systems designed for military, infrastructure, and agriculture applications. Mandeep Singh, Assistant Dean at LPU, highlighted the university’s collaboration with the Indian Army to design mission-specific drone platforms.
“We have collaborated closely with the Army to build drones suited to operational requirements, including during Operation Sindoor,” Singh stated.
Innovative Drone Technologies
Among LPU’s key platforms was the VTOL VRITRA, an AI-enabled hybrid unmanned aerial vehicle combining vertical lift with fixed-wing endurance for surveillance, disaster response, and logistics missions. Another innovative system, Agent Harvest, utilizes AI-driven aerial imaging to detect crop diseases and enable precision spraying. LPU also demonstrated inspection robotics such as MEK-HEX, which is designed for wind turbine maintenance using AI vision and electromagnetic adhesion to autonomously climb metallic towers and tighten bolts.
This development follows a growing trend in India where educational institutions are playing a pivotal role in advancing technology through research and development. The collaboration between academia and industry is fostering an environment where innovation can thrive.
Deep-Tech Robotics and AI
Beyond drones, deep-tech robotics startups drew strong attention. Hyderabad-based xSpecies AI showcased full-stack robotics platforms aimed at building general-purpose machine intelligence. Founder and CEO Srikanth Vidapanakal emphasized the company’s focus on replicating core human capabilities such as manipulation, locomotion, and navigation.
“I wouldn’t call it 100 percent India-made, because actuators are imported. But the design, electronics, and AI software are built in-house,” Vidapanakal explained.
The company is developing multiple platforms, including humanoid systems, quadrupeds, and dexterous robotic hands, with logistics and warehousing identified as entry markets before eventual home deployment. This represents a significant step forward in India’s robotics sector, which has traditionally lagged behind global leaders.
Education and Grassroots Innovation
Education-led AI innovation formed another strong pillar of indigenous showcasing. At the pavilion of Miraai, program manager Asiya outlined an AI-first higher-education model that blends university curriculum with hands-on technology development. Partner institutes run dual-track learning, combining formal academics with lab-based robotics and AI training.
“In a seven-hour class, two hours are university curriculum and five hours are spent building real projects,” Asiya noted, pointing to functional prototypes built by first-semester students.
One demonstration included an AI learning assistant using facial recognition login and curriculum-focused query responses, designed to keep students academically aligned rather than distracted on open platforms.
Meanwhile, grassroots STEM innovation was equally visible. Ahmedabad-based Stempedia presented modular robotics kits enabling school students to assemble, code, and operate functional robots. Representative Pranay Kanjani emphasized the educational value of these kits.
“Students assemble and code robots themselves—that’s how they understand motors, mechanisms, and automation,” Kanjani said.
The kits support block coding, Python, C++, and AI modules, spanning applications from pick-and-place arms to claw robots, targeting learners from kindergarten to senior school. These initiatives highlight a broader shift at the summit from spectacle to substance, focusing on practical applications that can have a real-world impact.
Implications and Future Prospects
The move represents a significant step forward in India’s quest to become a global technology leader. By fostering innovation at the grassroots level and integrating AI into education, India is laying the groundwork for a future where indigenous technology can compete on the world stage. The AI Impact Summit not only showcased these advancements but also set the stage for future collaborations and developments in the tech industry.
As India continues to invest in technology and innovation, the potential for growth and development in these sectors appears promising. The emphasis on homegrown solutions and the integration of AI across various industries could position India as a key player in the global technology landscape.
