TakeMe2Space is developing AI-powered satellites in low Earth orbit that provide affordable access to orbital infrastructure for students, researchers, and enterprises. Their technology enables users to run compute tasks in space, upload AI models for earth observation, and capture high-resolution images, addressing the high costs and long wait times traditionally associated with satellite access.
Funding
Funding not disclosed
Founders
Product
Problem
Accessing and utilizing space-based resources, such as running compute tasks or capturing Earth observation imagery, is traditionally expensive and requires long lead times, limiting opportunities for students, researchers, and enterprises. Existing satellite infrastructure often lacks the accessibility and affordability needed for widespread adoption and innovation.
Solution
TakeMe2Space is developing a constellation of AI-powered nanosatellites in Low Earth Orbit (LEO) to provide accessible and affordable orbital infrastructure. Their "My Orbital Infrastructure" (MOI) satellites enable users to run computational tasks in space, upload AI models for Earth observation, and task the onboard high-resolution RGB camera for custom imagery. The company also offers a range of satellite subsystems and ready-to-fly satellite buses, along with ISRO's POEM-compatible payload solutions. By lowering the barriers to entry, TakeMe2Space aims to democratize access to space-based resources and foster innovation across various sectors.
Target Audience
The primary target audience includes aerospace educators, satellite builders, GIS engineers, space photography enthusiasts, and enterprises seeking affordable access to orbital infrastructure and space-based computing resources.
Features
- AI-powered nanosatellites in LEO for compute in-space and Earth observation
- OrbitLab platform for uploading and running custom AI models on orbital satellites
- OrbitView application for tasking the satellite's 10-meter resolution RGB camera
- Satellite buses and subsystems designed and manufactured in India
- POEM Experience Center providing access to ISRO-qualified testing infrastructure and payload development tools
- Radiation Shielding coating for extended operational time in orbit
- POEM EPS
- Secondary Power Supply engineered for temperature-sensitive modules
- AICube
- Edge GPUs optimized for space usage