Quantum Art develops develops ion trap quantum computers based on cutting-edge research from the Weizmann Institute of Science.
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QEDMA Quantum Computing: Shaping the Future of Quantum Operating Systems
QEDMA Quantum Computing develops methods to mitigate errors to get optimal results from the current generation of quantum computers.
Read MoreEntropica Labs: Shaping the Future of the Quantum Software Stack
Entropica Labs creates the software layer to enable error correction and accelerate the arrival of useful, fault-tolerant quantum computers
Read MoreQuantrolOx: Shaping the Future of Scaling Quantum Computers through Automation
QuantrolOx uses machine learning to pioneer the automated control of quantum computers, paving the way to scalable quantum computing
Read MoreQilimanjaro Quantum Tech: Shaping the Future of Coherent Analog Quantum Computing
Qilimanjaro Quantum Tech develops coherent analog quantum computers to speed up the development of practical quantum computing solutions.
Read Morekiutra: Shaping the Future of Cooling Quantum Computers
kiutra develops efficient, cryogen-free cryostats that facilitate scientific research and accelerate the development of quantum computers.
Read MoreDotphoton: Shaping the Future of Raw Image Compression for Machine Learning
Dotphoton uses quantum physics to compress scientific images in a lossless way, leading to significantly reduced storage requirements.
Read MoreAxelera AI: Shaping the Future of AI Inference at the Edge
Axelera AI is building AI chips that leverage in-memory computing to outperform traditional chips for machine learning on the edge
Read MoreTextCortex: Shaping the Future of AI Assistants
TextCortex AI develops Zeno, a large language model to revolutionize not just copywriting but all aspects of personal productivity.
Read MoreBlack Semiconductor: Shaping the Future of Optical Chip Interconnects
Black Semiconductor develops graphene-based optical interconnects to connect chips and allow them to exchange data quickly and easily.
Read MoreLeanXcale: Shaping the Future of SQL Databases for Data Batch Processing
LeanXcale follows a new paradigm, NewSQL, to make databases more scalable and thus faster, overcoming the limits of traditional SQL databases.
Read MoreQuantagonia: Shaping the Future of Quantum Optimization
Quantagonia harnesses the powers of quantum computers to find better solutions for tough optimization problems.
Read MoreQbeast: Shaping the Future of Data Lakes for Big Data
Qbeast optimizes the organization of data lakes, making it faster and cheaper to handle big data and retrieve data samples.
Read MoreSafeAD: Shaping the Future of Computer Vision for Autonomous Driving
SafeAD builds an AI system to analyze any driving situation and make large-scale autonomous driving a reality for cars.
Read MoreTitanML: Shaping the Future of Neural Network Compression
TitanML uses algorithms inspired by quantum physics to compress large machine learning models in a way that doesn’t degrade their quality.
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