The Rise of Navneet Singh’s Kepler Aerospace: Building India’s New Space Backbone
Navneet Singh, founder and CEO of Kepler Aerospace, is quietly building India’s new space backbone through small satellites and space-grade components. Founded in the mid-2010s, Kepler focuses on the less visible aspects of modern space missions, such as reliable small satellites, precision parts, and custom electronics. Under Singh’s leadership, Kepler has positioned itself as a critical partner in India’s strategic space ecosystem, focusing on in-house development and investing heavily in materials R&D. The company is working on building an integrated ecosystem, including satellites, ground control infrastructure, and AI-powered analytics platforms, with clients including defense agencies, universities, and startups. Kepler’s quiet evolution has earned it a powerful reputation, enabling India’s space economy to scale, secure, and self-rely.
- Aerospace Engineering
- AI-powered analytics
- Civilian innovation
- Customizable systems
- Defense-grade engineering
- DRDO
- Ground station systems
- Indigenous satellite platforms
- ISRO
- Kepler Aerospace
- Low Earth Orbit (LEO)
- Materials R&D
- Materials science
- Modular technology
- National security
- Navneet Singh
- Private space sector
- Proprietary satellite platform
- Radiation-hardened electronics
- Research institutions
- Satellite Components
- Satellite fleet services
- Satellite technology
- Scalable solutions
- Small Satellites
- Space-grade components
- Strategic space ecosystem
- Systems design
- Technical independence
TeamIndus & Rahul Narayan’s Lunar Dreams
TeamIndus, founded by Rahul Narayan and a team of engineers, emerged as one of India’s earliest private aerospace ventures with its sights set on the Moon. The team, which included ex-ISRO scientists and young engineers, built a lunar lander from scratch in a country with no private spaceflight ecosystem. The vehicle, later dubbed HHK1, was designed to ride aboard ISRO’s Polar Satellite Launch Vehicle (PSLV). Despite the Google Lunar XPRIZE’s cancellation in 2018, TeamIndus continued lunar ambitions post-contest, repositioning itself as a commercial lunar services company. The company helped create a precedent for Indian startups to build space-grade hardware, navigate policy hurdles, and dream at planetary scales.
- $20 million prize
- Bengaluru
- Commercial lunar services
- Funding
- Google Lunar XPRIZE
- HHK1 (Hum Honge Kamyaab One)
- High-definition images
- Indian space entrepreneurs
- ISRO Collaboration
- Lunar dreams
- Lunar lander
- Lunar technology
- Milestones
- Mission design
- Modular lander platforms
- Nandan Nilekani
- Payload integration
- Polar Satellite Launch Vehicle (PSLV)
- Policy hurdles
- Private aerospace venture
- Private space technology
- Rahul Narayan
- Ratan Tata
- Sachin Bansal
- Scientific instruments
- Space Exploration
- Space-grade hardware
- spacecraft
- TeamIndus
Astrogate Labs: Lighting the Path for Space-to-Ground Laser Coms
Astrogate Labs, founded in 2017, is developing laser-based optical communication systems to replace outdated radio frequency methods in satellite communication. Their flagship product, Astro-Link, is a compact laser terminal capable of delivering 1 Gbps downlink speeds for CubeSats and nanosatellites. The company is also developing a network of optical ground stations and space relay systems.
- Aditya Kedlaya
- Astro-Link
- Astrogate Labs
- Bengaluru
- Compact laser terminal
- CubeSats
- Data transfer
- Deep space missions
- Deep-tech startup
- Funding Rounds
- Global laser communication infrastructure
- High-speed communication
- High-speed space data
- Inter-satellite communication
- Key Milestones
- Laser communication
- Nanosatellites
- Nitish Singh
- Optical communication systems
- Optical ground stations
- Radio frequency methods
- Seed round
- Small satellite industry
- Space relay systems
- Space-tech ecosystem
- Space-to-ground communication
- Spacetech innovation
- Turnkey solution
Pixxel: Mapping Earth Invisible Spectrum with Hyperspectral Satellites
Pixxel, an Indian company pioneering hyperspectral imaging from space, has successfully launched three satellites from its Firefly constellation aboard a SpaceX Falcon 9. The company captures hyperspectral data, breaking it into hundreds of narrow light bands, unlocking detail invisible to the naked eye. This enables unprecedented analysis of soil quality, crop stress, water pollution, gas leaks, and even mineral composition from orbit. Pixxel’s platform, Aurora, turns raw data into ready-to-use insights using AI and machine learning. The company has raised nearly $95 million from investors including Lightspeed, Radical Ventures, Google, and Accenture. Pixxel’s mission statement, “Making the invisible visible,” echoes their long-term ambition to offer planetary-scale intelligence at unprecedented spectral fidelity. With further launches planned through 2026, Pixxel aims to scale to 24 hyperspectral satellites, providing hourly global coverage.
- Agriculture
- Aurora platform
- Awais Ahmed
- Biodiversity loss
- BITS Pilani
- Climate change
- Crop disease detection
- Data cube
- Defense
- Earth observation
- Energy
- Environment
- Falcon 9
- Firefly constellation
- Gas leaks
- Hyperspectral Imaging
- Kshitij Khandelwal
- Mining
- Pixxel
- Planetary intelligence.
- Remote sensing
- RGB cameras
- Satellite assembly
- Satellite Launch
- Soil nutrient imbalances
- SpaceX
- Spectral bands
- Sustainability
- Water contamination
Manastu Space: Clean Propulsion Tech for Sustainable Orbit #2
Manastu Space, a Mumbai-based startup, is focusing on sustainability and cost-efficiency in satellite propulsion. The company replaces toxic hydrazine with a less toxic monopropellant, enhancing safety and fuel efficiency. The company is also developing in-orbit refueling technology, which could revolutionize satellite lifespan and servicing. Manastu Space has secured funding from BIRAC, ISRO, and venture funds and plans to enter full-scale commercial deployment by 2025. The startup aims to become a leading supplier of propulsion modules for small satellite constellations.
- Aerospace testing
- Ashtesh Kumar
- BIRAC funding
- Clean propulsion
- Commercial satellites
- Deorbiting maneuvers
- Fuel efficiency
- Green propulsion
- Hydrazine alternative
- IIT Bombay
- In-orbit refueling
- ISRO Collaboration
- Low-Earth orbit
- Manastu Space
- Monopropellant
- NewSpace startups.
- Propulsion modules
- Satellite Servicing
- Satellite technology
- Small satellite constellations
- Space debris
- Specific impulse
- Station-keeping
- Sustainable orbit
- Tushar Jadhav
Eon Space Labs: Building Eyes in the Sky for India
Eon Space Labs, a Hyderabad-based aerospace startup, is revolutionizing the world from above by developing indigenous imaging systems for satellites, drones, and high-altitude platforms. The company focuses on satellites carrying high-performance optical payloads, which deliver sharp, high-resolution images for various applications. Eon has achieved key milestones such as developing the first prototype of a high-resolution satellite payload, securing partnerships with drone manufacturers, and delivering operational payloads for LEO satellite missions and commercial drones.
- Aerial platforms
- Aero-optics
- Aerospace Startup
- Camera systems
- CubeSats
- Defense surveillance
- Drones
- Earth observation
- Environmental monitoring
- Eon Space Labs
- Global South.
- High-altitude platforms
- High-resolution
- Hyderabad
- Imaging systems
- Indigenous technology
- Intelligence-gathering
- Low-Earth orbit
- Modular solutions
- Multi-spectral sensors
- Optical payloads
- Precision agriculture
- Satellite imaging
- UAV technology
- Urban planning
Digantara: A New Era in Space Surveillance for India
Digantara, a Bengaluru-based space-tech startup, is leading India’s first private Space Situational Awareness initiative. The company aims to monitor, track, and manage the complex and hazardous environment of space. Digantara’s solution is a seamless, space-based surveillance network that offers continuous, high-resolution data on everything that moves in orbit. The company has successfully launched its first space situational payload on ISRO’s PSLV-C55 mission in 2023 and launched Space-MAP, India’s first commercial Space Mission Assurance Platform in 2024.
- Analytics
- Company
- Coverage
- Digantara
- Funding
- Global insights
- History
- Indigenous capability
- Infrastructure
- Innovation
- ISRO
- Management
- Mission Assurance Platform
- Monitoring network
- Partnerships
- PSLV-C55
- Real-time
- Satellites
- Space
- Space debris
- Space-MAP
- SSA payload
- Surveillance
- Tracking
- Weather-independent
Aadyah Aerospace: India Self-Reliance in Space & Defense Engineering
Aadyah Aerospace, founded by Shaju Stephen in 2016, is a leading player in India’s aerospace and defense engineering sector. The company specializes in high-reliability satellite components, unmanned aerial systems, and advanced launch-support hardware. Under Stephen’s leadership, Aadyah Aerospace is shaping India’s space ecosystem with innovation and precision engineering. The company has expanded into satellite subsystems, designing lightweight bus structures and deployers to reduce launch costs. Aadyah Aerospace has forged partnerships with public and private sector players to advance indigenous satellite technologies. Under Stephen’s leadership, the company is scaling up to tackle larger projects and accelerating innovation across India’s aerospace ecosystem.
- Aadyah Aerospace
- Aerospace
- Aerospace Ecosystem
- Atmanirbhar Bharat
- Avionics
- Company Formation
- Deep-Space Mission Hardware
- Defense Engineering
- DRDO
- Engineering
- Engineering Innovation
- Future Outlook
- Global Partnerships
- Hardware
- Hyderabad
- Indian Defense Labs
- Indigenous Components
- Innovation
- ISRO
- Key Milestones
- Launch-Support
- Lightweight Satellite Bus
- Make in India.
- Modular Payload Components
- R&D Focus
- Satellite Components
- Self-Reliance
- Shaju Stephen
- Strategic Technologies
- Tactical Surveillance
- Telemetry Systems
- Unmanned Aerial Systems
China conducts In-orbit Refueling Test
Two Chinese spacecraft, the Shijian-21 and Shijian-25, have recently met up 22,000 miles above Earth as part of a refueling demonstration mission. The spacecraft were developed by China’s state-owned Shanghai Academy of Spaceflight Technology (SAST). The test aims to demonstrate on-orbit refueling and mission extension capabilities, helping to improve the sustainability of space operations. The US and Tokyo-based Astroscale are likely to observe the activity, and the US has already tested life-extension services for satellites in geosynchronous orbit.
- 22
- 236 Miles
- Astroscale
- Chinese Spacecraft
- Close Approach
- Complex Refueling Tests
- Docking Test
- Geosynchronous Orbit
- Life-Extension Services
- Long March 3B
- Military Space Debris Mitigation
- Mission Extension Capabilities
- Mission Extension Vehicle-1
- Mission Extension Vehicle-2
- On-Orbit Refueling
- Orbital Maneuvering
- Refueling Demonstration Mission
- s2a Systems
- Satellite Sustainability
- Shanghai Academy of Spaceflight Technology (SAST)
- Shijian-21
- Space Exploration
- Space Operations
- Space Situational Awareness
- Space technology
- Sustainability of Space Operations
- U.S. Surveillance Spacecraft
- Undocking Test
- USA 270
- USA 271
Private Space News (16-20 June)
Landspace, a Chinese private rocket company, has successfully launched six satellites for Spacety, a commercial satellite operator known for Earth observation data. The launch of the methane-fueled Zhuque-2E rocket demonstrates China’s growing maturity in the private launch vehicle industry and its ability to serve commercial satellite customers. The “Three-Body Computing Constellation” project aims to deploy up to 2,800 satellites, positioning China as a global leader in space-based AI computing infrastructure. China’s commercial space sector is experiencing a record surge in funding and dealmaking, with rocket manufacturers like Landspace, Space Pioneer, Galactic Energy, and Deep Blue Aerospace securing hundreds of millions of dollars in recent funding rounds. Russia’s space private sector, space tech startups, and the Skolkovo Innovation Center ecosystem are focusing on companies like Dauria Aerospace, Sputnix, Spectralaser, New Energy Technologies, Azmerit, Lin Industrial, Bureau 1440, Future Lab, and Integral Robotics. The US private space startup ecosystem is robust and innovative, with key innovation areas including reusable launch vehicles, satellite servicing, space situational awareness, Earth observation, space-based manufacturing, and satellite internet.
- 2030 Ambition
- AI-Driven Space Applications
- Chinese Tech Startups
- Commercial Space Sector
- Dauria Aerospace
- Debris Mitigation
- Deep Blue Aerospace
- Earth observation
- Eco-Friendly Rocket
- EnduroSat
- ESA Business Incubation Centres (BICs)
- European Collaboration
- Funding
- Funding Surge
- Galactic Energy
- Global Space Power
- Green Space Technologies
- High-Resolution Imaging
- Hyperspectral Imaging
- Indian Space Startups
- Indian Startups
- Isar Aerospace
- Landspace
- Look Up Space
- Market Access
- Modular Spacecraft
- Nanosatellite Manufacturer
- NATO Innovation Fund
- New Energy Technologies
- Open Cosmos
- PLD Space
- Private Rocket Company
- Propulsion Systems
- Radar Network
- Reusable Launch Vehicles
- Rocket Manufacturers
- Russia's Space Sector
- Satellite Internet
- Satellite Launch
- Satellite Mission Management
- Satellite Payloads
- Satellite Servicing
- Skolkovo Innovation Center
- Skyrora
- Space Pioneer
- Space Situational Awareness
- Space Startups
- Space Surveillance
- Space Sustainability
- Space Traffic Management
- Space-Based AI
- Space-Based Manufacturing
- Spacety
- Spectralaser
- Sputnix
- Technology Development
- The Exploration Company
- Thermal Earth Observation
- Three-Body Computing Constellation
- US Private Space Ecosystem
- Venture Capital