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Mission Update [01-11-2025] :
Successful testing of Immersion 1
A real-time mission system where AI, gameplay, and hardware converge to bring simulations into the real world.
[CLICK ON THE PLAY BUTTON]
Successful testing of Immersion 1
A real-time mission system where AI, gameplay, and hardware converge to bring simulations into the real world.
[CLICK ON THE PLAY BUTTON]
Mission Updates
Check out all the current and previous releases and updates
Mission Update : November 1, 2025
SpaceFlea is building the future of mission interaction — a decentralized platform where players explore, adapt, and act within live simulations, combining game systems, environmental data, and real-world interfaces.
🛰️ Immersion 1- The First Working Prototype of the SpaceFlea Vision
Immersion 1, is a real-time simulation that fuses AI, hardware, and gameplay into one living system — the first end-to-end prototype of SpaceFlea’s mission architecture.
Built in Unity, powered by LLaMA 3 via Ollama, and connected to Arduino hardware, the experience places players inside a collapsing facility, guided by Zena — a situationally aware AI companion running in the cloud through Runpod.
As players scan radiation zones using a drone, their decisions trigger live bi-directional hardware feedback, forming a closed loop between digital gameplay and physical reaction.
This isn’t just a game. It’s a fully operational mission system — modular, scalable, and ready for both real-world and off-world adaptation.
SpaceFlea is building the future of mission interaction — a decentralized platform where players explore, adapt, and act within live simulations, combining game systems, environmental data, and real-world interfaces.
🛰️ Immersion 1- The First Working Prototype of the SpaceFlea Vision
Immersion 1, is a real-time simulation that fuses AI, hardware, and gameplay into one living system — the first end-to-end prototype of SpaceFlea’s mission architecture.
Built in Unity, powered by LLaMA 3 via Ollama, and connected to Arduino hardware, the experience places players inside a collapsing facility, guided by Zena — a situationally aware AI companion running in the cloud through Runpod.
As players scan radiation zones using a drone, their decisions trigger live bi-directional hardware feedback, forming a closed loop between digital gameplay and physical reaction.
This isn’t just a game. It’s a fully operational mission system — modular, scalable, and ready for both real-world and off-world adaptation.
Immersion 1
Space Flea has built a real-time mission system that fuses AI, hardware, and gameplay into one interactive experience. Players are guided by a live AI, trigger physical hardware through in-game actions, and face high-stakes challenges that blur the line between simulation and reality.
Mission Update
Mission Update : September 1, 2025
We have now connected real-time satellite data to our generative AI, R.A.J.A.N.I., to create live virtual biomes based on 5km x 5km blocks of the Earth—each the size of 1,200 football fields.
R.A.J.A.N.I. can now analyzes this data, provides insights, and generates restoration plots, player allotments, and tailored plans—all forming the blueprint for gamified, real-world ecosystem restoration.
Rajani’s outputs include:
We have now connected real-time satellite data to our generative AI, R.A.J.A.N.I., to create live virtual biomes based on 5km x 5km blocks of the Earth—each the size of 1,200 football fields.
R.A.J.A.N.I. can now analyzes this data, provides insights, and generates restoration plots, player allotments, and tailored plans—all forming the blueprint for gamified, real-world ecosystem restoration.
Rajani’s outputs include:
- Restoration plots and player allotments
- Tailored restoration plans
- A blueprint for AI-customized gameplay that directly supports planetary health
Demo Design Release: May 31, 2025
Alpha V0.1 is our first public showcase — a concept demo designed to test mission flow, AI logic, and system structure.
Alpha V0.1 is an interactive mock-up of the Space Flea platform — designed to test mission flow, AI logic, and system structure. This is a concept and design demo, which forms the blue print for our actual engine.
Alpha V0.1 is our first public showcase — a concept demo designed to test mission flow, AI logic, and system structure.
Alpha V0.1 is an interactive mock-up of the Space Flea platform — designed to test mission flow, AI logic, and system structure. This is a concept and design demo, which forms the blue print for our actual engine.
Walkthrough Video
RECOMMENDED EXPERIENCE: Start with the walkthrough video, or play it in the background as you explore the app.
The SAGA-PRESTO Protocol
SAGA-PRESTO (Satellite-Enabled AI Gamified Architecture for Planetary Restoration and Energy-Space Transformation Operations) Protocol is the first playable showcase of a platform that turns real-world environmental data into interactive, AI-coordinated missions.
Players explore live digital biomes, strategize restorations, and guide robotic fleets remotely — all through a gamified interface. If successful, those plans are executed in the real world by autonomous drones and robotic fleets.
Each mission is live and adaptive. As real-world conditions shift, the system responds — updating the game, retraining the AI, and refining how players interact with the world.
This early demo introduces core mechanics like plot selection, drone piloting, and eco-puzzle solving, revealing how gameplay can drive real-world impact.
It’s the beginning of planetary restoration powered by data, robotics, and you.
The Protocol includes ;
Players explore live digital biomes, strategize restorations, and guide robotic fleets remotely — all through a gamified interface. If successful, those plans are executed in the real world by autonomous drones and robotic fleets.
Each mission is live and adaptive. As real-world conditions shift, the system responds — updating the game, retraining the AI, and refining how players interact with the world.
This early demo introduces core mechanics like plot selection, drone piloting, and eco-puzzle solving, revealing how gameplay can drive real-world impact.
It’s the beginning of planetary restoration powered by data, robotics, and you.
The Protocol includes ;
- Satellites & IoT Sensors – Capture real-time environmental data from degraded plots.
- RAJANI – The Mission AI – Processes the data, simulates conditions, and generates game logic.
- User App Interface – You enter the mission, strategize through gameplay, and submit your restoration plan.
- Remote Robot Fleet – If your plan passes simulation, it’s executed on the ground by autonomous machines.
- Environmental Impact – Real-world sites begin healing — soil improves, water returns, ecosystems reboot.
- GreenLink + FLEA$ – Your impact is validated and rewarded with tokens and carbon credits.
- Continue Playing – Hone your skills in the Gamified Arena during live mission downtime.
Still confused? Gamification Meets Real-World Impact
Space Flea is a gamified platform that transforms strategic gameplay into real-world environmental restoration.
It’s more than a game—it’s a system that converts user-designed missions into autonomous action on the ground, delivering measurable ecological impact.
How Does it Work :
1. You design strategic missions
Users engage in a game-like interface to create restoration plans—addressing degraded land, biodiversity loss, and climate challenges.
Think SimCity meets conservation science.
Users engage in a game-like interface to create restoration plans—addressing degraded land, biodiversity loss, and climate challenges.
Think SimCity meets conservation science.
2. Our AI validates your strategy
Each mission is evaluated by RAJANI, our mission AI. It simulates environmental outcomes using real-time data from satellites and sensors to determine if the strategy is viable.
Each mission is evaluated by RAJANI, our mission AI. It simulates environmental outcomes using real-time data from satellites and sensors to determine if the strategy is viable.
3. Your mission runs in a real-world simulation
Approved missions are tested using live satellite and environmental data. The system simulates how your plan would affect soil, water, and biodiversity—so we can learn what works before robots are deployed in the field.
Approved missions are tested using live satellite and environmental data. The system simulates how your plan would affect soil, water, and biodiversity—so we can learn what works before robots are deployed in the field.
4. Impact is measured and rewarded
Mission outcomes are tracked using our Impact Tracker, which verifies improvements in soil, water, and biodiversity. Successful missions earn rewards: tokens, recognition, and potential carbon credits.
Mission outcomes are tracked using our Impact Tracker, which verifies improvements in soil, water, and biodiversity. Successful missions earn rewards: tokens, recognition, and potential carbon credits.
Play with Purpose : Space Flea bridges the digital and physical worlds—enabling anyone with internet access to contribute meaningfully to climate solutions. No land ownership, heavy equipment, or scientific background required. Just a device, a strategy, and a willingness to participate.
COMING SOON
🧧🐎🎊 February 2026 Chinese New Year Drop
Immersion 2: Real-world signals. In-game decisions.
We are taking the next step in real-world mission systems — capturing live environmental events from a physical rover and injecting them into a game in real time.
Obstacles, terrain changes, and sensor feedback from the rover become mission triggers for the player — enabling responsive gameplay based on real-world data.
Obstacles, terrain changes, and sensor feedback from the rover become mission triggers for the player — enabling responsive gameplay based on real-world data.
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Join the Alpha Team. Shape the Future.
Join the Inner Fleet Today
You’re invited to be part of the first test group for the SAGA-PRESTO Protocol.
This is a guided prototype — a visual and interactive mock-up of our mission engine, where you can experience AI-generated challenges, explore the platform’s core logic, and provide feedback that directly improves the system.
Your input will help train our mission AI, R.A.J.A.N.I., and shape how real-world missions unfold in future builds.
If you’d like to go further, you can also support the Alpha Phase — contributing to the development of a decentralized, AI-guided platform for ecological restoration and planetary ops.
This is a guided prototype — a visual and interactive mock-up of our mission engine, where you can experience AI-generated challenges, explore the platform’s core logic, and provide feedback that directly improves the system.
Your input will help train our mission AI, R.A.J.A.N.I., and shape how real-world missions unfold in future builds.
If you’d like to go further, you can also support the Alpha Phase — contributing to the development of a decentralized, AI-guided platform for ecological restoration and planetary ops.
Want to know more about Space Flea, you can access the Command Center
⚖️ Legal & Privacy Disclaimer
Investment Disclaimer: Participation in the Space Flea protocol, including engagement with $FLEA tokens or gamified missions, does not constitute an offer or solicitation for investment. $FLEA is a utility token designed for use within the platform. It carries no guarantee of financial return and may be subject to risk, volatility, and regulatory changes. Please do your own research. This is not financial advice.
Privacy Notice: Space Flea respects your data. We do not sell personal information or use third-party trackers for advertising purposes. Limited analytics may be used to improve user experience. By interacting with our platform, you consent to the collection of basic usage data in accordance with our evolving privacy policy.
Prototype Status: All components showcased on this site — including apps, demos, and agents — are in early-stage development or prototype form. Functionality may change. Nothing here should be construed as finalized, deployed, or operational at scale.
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Swarmeconomy = /noun/ — A decentralized economic system powered by millions of micro-actors (players, bots, and machines), working in coordination to regenerate environments through collective intelligence.
