StarG2025 — A Global Collaborative Platform for Space Technology and Citizen Science (part 1)

Author: Chris Yuan

Founder: UMIC project/Planet Expedition Commanders Academy (PECA); InnovaSpace advisory group

On April 6, 2025, the first field mission of the StarG2025 project was launched at the giant panda habitat in Gengda, Wolong District, Sichuan, China. Using a concealed infrared thermal imaging wildlife detection vehicle remotely controlled by satellite navigation and IoT, this pioneering mission marked the beginning of a new chapter in global citizen science and space-tech interaction.

What is StarG2025?
StarG2025 is a global collaborative and interactive platform exploring how space technology can serve Earth — and how Earth’s ecosystems can support future space missions. Guided by the PECA 5S values, StarG2025 integrates science, ecology, economy, and education to build a sustainable, interplanetary future.

PECA 5S Values:

1. Space for Earth – Using AI, remote sensing, robotics, and satellite IoT to enhance ecological protection and disaster response.
2. Space for Oceans – Employing space technologies to protect marine biodiversity, monitor pollution, and investigate deep-sea-space habitats.
3. Space for Space – Focusing on low-cost space simulation, interstellar migration, and space habitat construction.
4. Space for the Next Generation – Providing hands-on space education and engaging PBL (project-based learning) opportunities for young people.
5. Space for Economy – Fueling the space economy through innovation in AI, satellite tech, and robotics — touching areas like tourism, space education, and Mars habitat design.

Why "StarG"?

• Star Guardians – Youth as defenders of ecosystems and the universe
• Star Generation – Representing the next wave of interstellar humans
• Star Growing – For ecological restoration and space biospheres
• Star Genesis – For future planetary transformation and space colonization

​

Our Core Projects:
UMIC (Ursa Minor Interstellar Citizens): Since 2021, the world’s first private underwater low-gravity simulation and ecological habitat training platform, for simulated astronaut training, robotic capsules, and underwater Mars farms.
​
MRD (Mars Recon Dog): An AI- and FPV-enabled autonomous robot for ecological monitoring and space terrain simulation.

Space Whale: A bionic underwater drone using AI and IoT to monitor whales, analyze ocean health, and enable global remote collaboration.

Near-Space Vehicles: Stratospheric airships and gliders supporting meteorological monitoring and educational launches.
​

In 2025, StarG2025 will deploy more remote missions — from mountains to oceans to underwater cities. As a citizen scientist, you could be operating equipment, monitoring wildlife, and contributing to global conservation and space readiness.

Join the Movement!

You are not just watching the future — you are helping build it!

Learn more about Chris Yuan and his activities at LinkedIn
or contact him via ​[email protected]