360 Capital Partners

Neuronova provides ultra-low-power AI processors that allow high-performance to function directly on battery-powered devices.

NEWTWEN develops a software platform that creates real-time embedded virtual sensors for predictive control and diagnostics of electromechanical systems. Its core is a highly accurate digital twin mirroring physical devices' behavior, with proprietary math reducing computational complexity for on-device, real-time performance. This enables smarter control strategies, improved performance, and transformative capabilities like predictive maintenance.

Exotrail, established in 2015 and based in Palaiseau, France, specializes in developing electric propulsion systems and flight software for small satellites and constellations. The company's key products are ExoMS, a propulsion system enabling small satellite constellations to access new orbits, and ExoOPS, a cloud-based software for mission operation planning. Exotrail's electric thrusters cater to nano and micro-satellites, serving applications in telecommunication, earth observation, and space science.

Neurala, Inc. is a developer of deep learning neural network software that enhances the autonomy and functionality of smart products, including robots, drones, toys, self-driving cars, and intelligent devices. Central to its offerings is The Neurala Brain, which allows these products to learn from and interact with their environments in real-time. The company's solutions include a software development kit for bots, enabling them to recognize and track people and objects in video streams, as well as Brain Builder, a platform for creating custom vision AI solutions. Neurala Brain Net is another tool that analyzes videos and images to identify important objects and concepts for businesses. Incorporated in 2006, Neurala is headquartered in Boston, Massachusetts, with an additional office in San Mateo, California. The company initially developed its technology for NASA, focusing on lightweight, efficient neural networks capable of functioning independently in environments with limited resources.

Exotrail, established in 2015 and based in Palaiseau, France, specializes in developing electric propulsion systems and flight software for small satellites and constellations. The company's key products are ExoMS, a propulsion system enabling small satellite constellations to access new orbits, and ExoOPS, a cloud-based software for mission operation planning. Exotrail's electric thrusters cater to nano and micro-satellites, serving applications in telecommunication, earth observation, and space science.

Exotrail, established in 2015 and based in Palaiseau, France, specializes in developing electric propulsion systems and flight software for small satellites and constellations. The company's key products are ExoMS, a propulsion system enabling small satellite constellations to access new orbits, and ExoOPS, a cloud-based software for mission operation planning. Exotrail's electric thrusters cater to nano and micro-satellites, serving applications in telecommunication, earth observation, and space science.

Neurala, Inc. is a developer of deep learning neural network software that enhances the autonomy and functionality of smart products, including robots, drones, toys, self-driving cars, and intelligent devices. Central to its offerings is The Neurala Brain, which allows these products to learn from and interact with their environments in real-time. The company's solutions include a software development kit for bots, enabling them to recognize and track people and objects in video streams, as well as Brain Builder, a platform for creating custom vision AI solutions. Neurala Brain Net is another tool that analyzes videos and images to identify important objects and concepts for businesses. Incorporated in 2006, Neurala is headquartered in Boston, Massachusetts, with an additional office in San Mateo, California. The company initially developed its technology for NASA, focusing on lightweight, efficient neural networks capable of functioning independently in environments with limited resources.