ResearchSat designs and operates satellites dedicated to space biology and microgravity research, giving scientists a platform to conduct experiments on cellular, microbial, and plant behavior in orbit.
Funding
Funding not disclosed
Founders
Product
Problem
Conducting biological experiments in space traditionally requires access to large, expensive missions or reliance on limited opportunities aboard the International Space Station, creating high barriers for researchers to study microgravity effects on cells, microbes, and plants.
Solution
ResearchSat builds and operates dedicated small satellites that serve as turnkey platforms for space biology and microgravity research. Scientists can upload experiment protocols and remotely control hardware to run cellular, microbial, or plant studies in orbit. The satellites stream continuous telemetry and experimental data back to Earth, allowing real‑time monitoring and iterative adjustments without the need for a full‑scale mission. By providing a repeatable, low‑cost orbital laboratory, ResearchSat enables systematic investigation of how living systems respond to the space environment.
Target Audience
Primary customers are academic and government research institutions, as well as biotech companies, that need affordable access to orbital microgravity conditions for life‑science experiments.
Features
- Standardized payload bays compatible with common laboratory hardware for cell culture, microbial growth, and plant growth chambers
- Remote experiment scheduling and parameter control via a secure web interface
- High‑bandwidth downlink delivering continuous sensor data, images, and video streams to researchers on the ground
- Automated environmental regulation (temperature, humidity, lighting, and microgravity exposure) with built‑in redundancy
- Integrated data management platform that timestamps, stores, and formats experiment outputs for downstream analysis