AWS Space Accelerator: APJ 2025 to empower 40 space tech startups with funding, mentorship, and access to global expertise
Bengaluru, NFAPost: Amazon Web Services (AWS) has launched the AWS Space Accelerator: APJ 2025, an ambitious regional initiative designed to fast-track the growth of space-tech startups across Asia-Pacific and Japan (APJ). Building on the momentum of its India-specific programme in 2024, the 10-week accelerator will support up to 40 startups from India, Japan, Australia, and New Zealand, helping them scale innovative space-based solutions and strengthen the regional space economy.
Applications for the cohort open from July 8 to September 5, 2025, with the programme running through the final quarter of the year. Participants will benefit from technical mentorship, business coaching, and up to $100,000 in AWS credits, in addition to access to AWS partners and potential investors. The programme will culminate in a Demo Day in December 2025, where startups will pitch to global stakeholders.
“Through this accelerator program, we’re not just supporting individual startups—we’re helping to build a robust community that can drive economic growth and technological advancement throughout the region,” said AWS Director of Aerospace and Satellite Clint Crosier.
Powering a Rising Space Economy
The launch comes at a pivotal moment for the APJ region’s space ambitions. Japan’s space economy, currently valued at approximately ¥4 trillion (USD $26 billion), is projected to double by the early 2030s. Meanwhile, India’s space sectoris expected to skyrocket from $8 billion in 2022 to $44 billion by 2033, driven by policy reforms and a growing private sector footprint.
Startups in the space domain often face capital-intensive hurdles—particularly in R&D, testing, and operations. The AWS accelerator offers a cloud-based development environment, enabling startups to rapidly prototype and validate their innovations before committing to major infrastructure investments.
Focus Areas for the 2025 Cohort
Startups applying to the AWS Space Accelerator: APJ 2025 are expected to work in one or more of the following verticals:
- Earth Observation & Remote Sensing: Leveraging satellite imagery and sensor data to address use cases in agriculture, disaster management, climate monitoring, and smart infrastructure.
- Satellite Manufacturing & Launch Tech: Innovators building next-generation propulsion systems, cost-effective satellite production methods, and sustainable launch platforms.
- Drone & High-Altitude Systems: Advanced unmanned aerial technologies that complement satellite networks for enhanced data coverage and communications.
These areas not only align with AWS’s cloud and AI capabilities but also contribute to broader priorities such as climate resilience, data democratization, and space sustainability.
Strategic Global and Local Partnerships
The program is being delivered in collaboration with a powerhouse lineup of global and regional partners:
- T-Hub (India) – Managing the program and hosting Indian startups
- Minfy Technologies – Providing AWS education and tech support in India and Australia
- Fusic – Offering technical mentorship to Japan-based startups
- Ansys – Supporting simulation and digital testing of space technologies
- Australian Space Agency – Driving policy alignment and ecosystem development
- IN-SPACe – Promoting private space ventures under India’s Department of Space
- SKY Perfect JSAT – Japan’s largest satellite operator
- iLAuNCH Trailblazer – Advancing commercial and research space capabilities in Australia
The 2024 India edition saw 24 startups develop solutions across propulsion, launch vehicles, satellite imaging, quantum key distribution, and even space tourism. Several participants secured contracts and investments post-program, validating AWS’s accelerator model.
As the region’s space sector enters a new phase of growth and privatization, AWS Space Accelerator: APJ 2025promises to be a game-changer—not just for startups, but for the broader innovation ecosystem fueling Asia-Pacific’s space future.
