Next Generation Intelligent Vision
Super-Powering Satellites and Machines
Building the next generation of visual AI hardware and software to make satellites and machines see further and think faster.
Ultra-High Magnification Using Quantum Sensors
Capturing pictures with cameras produce beautiful images for posterity. Quantum mechanics tells us that doing so means that 95% of the information of the photons is lost. Thus, conventional cameras suffer from low resolution, limiting them to a physical boundary, the diffraction limit.
Using breakthroughs in quantum technology developed for NASA to discover life on other planets, our cameras are the first to break through this barrier, and see 20x further than any camera known to humanity.
Light-Speed Imaging AI
Imaging AI requires large lenses and cameras, as it has to run on 5% of the information of the photon captured.
Imaging AI is slow, as slow-switching transistors need to create images and run neural networks.
Our quantum cameras process the light directly extracting 100% of the information, instead of processing the low-resolution electronic image. This allows our AI to run 1000x faster than a conventional GPU or VPU.
Modern AI systems are contributing to a growing share of the tech sector's carbon footprint, which accounts for 2-3% of global emissions.
Our sensors are powered by the light they capture, so they have an ultra-low energy consumption >1000x less than a classical CMOS sensor and GPU combination.
Ultra-Low Energy Consumption
Our Tech
Our technology was developed in partnership with DARPA and NASA for high-precision space situational awareness. It is intended to fit into the Habitable Worlds Observatory, the successor to the James Webb and Hubble space observatories, dedicated to finding exoplanets that can support life.
Who We Are
We are an early stage deeptech startup with roots in MIT, Harvard, University of Maryland, and University of Arizona.
Our Headquarters are in Sommerville, MA
