The Neurala Difference

Massimiliano Versace,

Neurala Founder and CEO in 2014 TEDx Talk.


OUR DNA

Neurala’s difference is in our DNA. Our first project for NASA was to design AI for autonomous planetary exploration. Supercomputers, GPS, active sensors, and Cloud were not an option. Essentially, we were asked to build AI that can run anywhere.

To do that, we created The Neurala Brain, a highly efficient software which is based on the way brains work in nature. Today’s Neurala Brain builds upon that effort to enable industry-leading performance on devices with low-cost sensors and processors.

Neurala Brain: designed for Mars, brought down to Earth

Machines more useful, interactive, and safer to operate

Real-Time Machine Learning and Visual Tracking

Collision Avoidance in Drones

Neurala Follow Autonomous Robot Control

Object Recognition and Classification

We pioneered Neural Networks & Deep Learning on GPU

Neurala’s deep learning neural networks technology uses a proprietary set of algorithms to emulate, in software, the way biological brains control sensing, cognitive processing, spatial awareness, navigation, and motor control. A cornerstone of Neurala’s IP is a patent centered on running Artificial Neural Networks and Deep Networks on Graphic Processing Units, or GPUs (US8,648,867, “Graphic Processor Based Accelerator System and Method”) with priority date of 2006. Thanks to our patented and patent-pending implementations, our algorithms can concurrently run in real-time, as a software-only solution. 

Neurala Brain Features

Learn more about the Neurala Brain

Max Versace Talk at NVIDIA GTC EU 2016 in Amsterdam

TEDx Fulbright: Max Versace of Neurala Talks About The Future of Robots

STATE Festival 2016 – AI: Learning to Think

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FLIGHT FEATURES

NEURALA INTELLIGENCE FEATURES

AUTOMATIC FEATURES

VIDEO AND SHARING FEATURES

SAFETY FEATURES

WARNINGS

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ALWAYS AVAILABLE HELP SYSTEM

MULTI-LINGUAL CONTROLS AND USER CONTROLS

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  • “Can be trained by the user to recognize new types of objects in a matter of seconds”
    Xconomy
  • “Neurala’s real value-proposition is its ability to execute machine learning frameworks, locally, with limited resources.”
    TechCrunch
  • “Able to function without having to rely on the internet or communicate personal information to a third party”
    ZDnet
  • “Neurala is hardware agnostic, capable of scaling from low-end CPUs to high-end GPUs.”
    TechCrunch
  • “Neurala’s ‘Anywhere Brain’ means that devices can learn on the job”
    DroneLife
  • “useful for mobile applications such as autonomous vehicles that may not always have access to fast networks.”
    Machine Design