SuperSharp develops thermal infrared space telescopes that utilize unfolding self-alignment technology to fit large telescope capabilities into small satellites, enabling high-resolution Earth imaging at a lower cost. This technology provides detailed thermal imagery for applications such as climate monitoring, agricultural optimization, and disaster response, offering four times greater resolution per unit cost compared to existing solutions.
Funding
$6.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current thermal infrared (TIR) satellite imagery solutions lack the combination of high resolution, frequent revisit rates, and affordability needed for effective Earth observation. Existing methods are either too low resolution (e.g., Landsat satellites) or too expensive (e.g., UAVs or handheld cameras) for large-scale applications. This limits the ability to monitor critical factors such as energy usage, crop health, and disaster events with sufficient detail and frequency.
Solution
SuperSharp develops thermal infrared space telescopes that utilize unfolding self-alignment technology, enabling large telescope capabilities within small satellites. This approach delivers high-resolution thermal imagery at a lower cost, achieving four times greater resolution per unit cost compared to existing solutions. The technology enables detailed temperature maps of the Earth, providing insights for understanding global energy usage, boosting crop yields, enabling early detection and monitoring of natural disasters, and maintaining global security. The unfolding design allows for larger apertures in smaller satellite form factors, maximizing field of view and enabling detailed thermal imaging covering entire cities.
Target Audience
SuperSharp's primary customers include organizations across multiple sectors such as sustainability, agriculture, maritime, and security, as well as government entities and research institutions requiring high-quality, affordable Earth-imaging solutions.
Features
- Unfolding self-aligning optics that enable large telescope functionality in small satellites
- High-resolution thermal infrared (TIR) imaging for detailed temperature mapping
- 4x greater resolution per unit cost compared to current state-of-the-art solutions
- Low manufacture and launch costs due to small satellite form factor
- Capability to resolve individual buildings and capture entire cities in a single pass
- Lightweight telescopes suitable for deployment on CubeSats
- Technology enables high revisit rates with large satellite constellations