Our platform provides a real-time, low-latency, and energy-efficient cognitive AI platform leveraging cutting-edge research from the Human Brain Project
We empower our customers to realize complex AI-driven systems by providing highly-parallel and real-time computing capabilities
SpiNNaker is a massively parallel supercomputer architecture operating in biological real-time developed by Professor Dr. Steve Furber, the inventor of the famous ARM processor today used in more than 100 billion variants
SpiNNaker2 is its new generation, architected by Professor Dr. Christian Mayr, who has disrupted the SpiNNaker architecture by creating a hybrid system that combines statistical AI and Neuromorphic computing
We create powerful large-scale computing systems with a biological inspiration that are aligned with the power demands in a sustainable world
To be a technology leader driving the third wave of AI: Real-time intelligent and autonomous systems.
Our system is the only real-time AI cloud with brain inspiration, powering instantaneous robotics control, sensing, prediction and insights, resulting in enabling the most intelligent and capable robots, and the most effective cognitive services
Diverse team with international experience building highly-efficient world-class systems in cutting-edge technology
Christian gained his professional experience in different C-level leadership roles in Berlin's vibrant startup scene. Christian is a technology transfer enthusiast. He is convinced that commercializing world class research results are key to regain Europe's digital sovereignty.
Hector specializes in co-design of Hardware/Software for tangible AI applications. During the last nine years, he has designed solutions for business problems involving large-scale data in multiple industries. His particular work in brain computer interfaces was pioneer on EEG-based AI hardware to sense human emotions.
Matthias is highly fascinated in semiconductor technology and has worked for different companies. After his time as integrated circuit design consultant he continued work in academia on his favorite field, Artificial Intelligence. His focus is on design methodology.
Christian is a Professor of Electrical Engineering at TU Dresden. He has more than 15 years experience in semiconductor industry and academia. His main interest is merging brain inspired computing, deep neural networks and symbolic AI on all levels from algorithm via information encoding to hardware, to achieve the third generation of AI.
Highly-experienced researchers and industry leaders driving innovation in hardware technology, software applications, and brain-like systems with unparalleled power efficiency
Sebastian is an experienced chip designer, inventor and entrepreneur. He has more than 13 years of experience in driving low-power IP development and SoC design in academic and industrial projects. He is shareholder of Racyics GmbH and co-founder of Siliconally GmbH. He was the lead chip designer of SpiNNaker2.
Steve is ICL Professor of Computer Engineering at the University of Manchester. He was one of the two principal designers of the ARM microprocessor which powers much of the world's mobile and embedded computing. He is the creator and leader of the SpiNNaker project, which incorporates a million ARM processors optimised for brain modelling.
Richard is Manchester’s longest surviving venture capitalist, with 36 years investing experience, initially with 3i, then setting up several local funds before founding Redstone Venture Managers. He has been an investor and board member in some of the region’s most celebrated start-ups, including Telecity, Transitive Technologies and Blue Prism.
Johannes is group leader at TU Dresden. He has led various projects on neuromorphic systems and edge AI, one of them winning a first price in the German AI hardware competition in 2021. His expertise ranges from system design and neuroscientific modeling down to energy efficient digital circuits. He coordinates the SpiNNcloud construction at TU Dresden.
Bernhard has more than 10 years of experience in developing software and applications for various neuromorphic hardware systems. His special expertise lies in optimizing network models for efficient processing on specific hardware backends. He is one of the main software architects of SpiNNaker2.
Stefan has more than 12 years of experience in physical design of cutting edge systems, from wafer-scale Neuromorphics to bitcoin mining racks. His expertise extends across rack, board, chip and package levels to fulfil ultra-energy-efficient compute and communication requirements. He is the main physical and thermal architect of the SpiNNaker2 package and SpiNNcloud board.
We build highly-efficient and highly-parallel world-class systems. Let us show you how your AI application can leverage over 4000 scientific publications and cutting-edge research from the Human Brain Project.
Drop us a line or give us a ring. We love to hear from you and are happy to answer any questions.