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Bengaluru Space Startup Raises $2.3 Million to Launch AI-Powered Satellite Swarms That Could Change Earth Monitoring Forever

  • November 7, 2025
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Is This the Future of Space Intelligence? Bengaluru-based spacetech startup Ulook has just raised Rs 19 crore (around $2.3 million) in a funding round co-led by GrowX Ventures

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Bengaluru Space Startup Raises $2.3 Million to Launch AI-Powered Satellite Swarms That Could Change Earth Monitoring Forever

Is This the Future of Space Intelligence?

Bengaluru-based spacetech startup Ulook has just raised Rs 19 crore (around $2.3 million) in a funding round co-led by GrowX Ventures and InfoEdge Ventures, and it’s turning heads in the space and tech world. The company is developing autonomous satellite swarms capable of tracking and analyzing activity on Earth like never before.

Founded by Siddhesh Naik and Adheesh Boratkar, Ulook is setting out to revolutionize radio-frequency intelligence and spectrum awareness, giving India a cutting-edge capability in monitoring our planet from above.


What Makes Ulook Different

Unlike traditional satellites that rely on optical cameras or radar, Ulook’s autonomous satellite swarms use RF sensing technology to detect activity even in challenging environments where other systems fail. Their proprietary payload suite, PulseTrack, provides real-time situational awareness across satellites, drones, and high-altitude platforms.

Potential applications are enormous: maritime surveillance, infrastructure monitoring, telecommunications, disaster response, and more. The startup’s AI-driven platform could allow faster, smarter decisions in scenarios where every second counts.


Funding to Fuel Ambitious Plans

The Rs 19 crore funding will be used to accelerate satellite and sensor development, expand the RF-sensing platform, and advance onboard AI and swarm autonomy. Ulook is also investing heavily in talent acquisition, hiring experts in RF systems, embedded systems, machine learning analytics, and satellite mission engineering.

The team is preparing to launch its first satellite swarms within the next 12-18 months, a milestone that could place Ulook among India’s leading innovators in the new space economy.


How AI and Satellite Swarms Work

Ulook’s satellites communicate and coordinate autonomously, creating a swarm intelligence system capable of monitoring large areas simultaneously. AI algorithms analyze radio-frequency signals to identify patterns, detect anomalies, and provide actionable insights.

In short, Ulook is bringing next-level intelligence to space, combining AI, satellites, and swarm technology to deliver capabilities previously thought impossible.


India’s SpaceTech Ambitions

Ulook is part of a growing ecosystem of Indian startups looking to make a mark in the space sector. With this funding, the company is strengthening India’s ability to compete globally in advanced satellite and RF technologies, contributing to the country’s rapidly expanding space and defense capabilities.

Experts say autonomous satellite swarms could soon become a cornerstone of Earth observation, defense, and communication systems, making this funding round a crucial step for Ulook.


Why Investors Are Excited

GrowX Ventures and InfoEdge Ventures see Ulook’s potential to disrupt traditional satellite monitoring methods. The startup’s AI-powered autonomous swarms promise higher efficiency, lower costs, and faster situational awareness than existing solutions.

For investors, Ulook represents a rare opportunity to back cutting-edge space innovation with applications that go far beyond commercial monitoring.


Looking Ahead

Ulook is gearing up for launching its first satellite swarms in the next 12-18 months, expanding its platform, and hiring top talent. If successful, this Bengaluru startup could become a global leader in AI-powered Earth monitoring, shaping the future of space technology and national security applications.

India’s space innovation story is only getting more exciting, and Ulook is leading the charge with technology that might change the way we see and protect our planet.

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