Qoro Quantum is building the network stack for distributed quantum computing, orchestrating diverse hardware environments
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QC82: Shaping the Future of Photonic Continuous-Variable Quantum Computing
QC82 develops integrated photonic chips for fault-tolerant quantum computing at room temperature
Read MoreATLANT 3D: Shaping the Future of Atomic-Scale Manufacturing for the Semiconductor Industry
ATLANT 3D combines atomic layer processing, 3D printing, and nanofabrication to create next-generation devices atom by atom
Read MoreWelinq: Shaping the Future of Modular Quantum Computing
Welinq builds highly efficient quantum links to connect quantum processors end-to-end, paving the way to scalable quantum computing
Read MoreQunova Computing: Shaping the Future of Quantum Chemistry on Commercial Quantum Computers
Qunova Computing develops quantum algorithms to solve quantum chemistry problems 1,000 times more efficiently with chemical accuracy
Read MoreScaleout Systems: Shaping the Future of Federated Learning
Scaleout Systems enables data scientists to adopt federated learning to train models across decentralized data sources quickly and smoothly
Read MoreUltiHash: Shaping the Future of Object Storage for AI and Data Analytics
UltiHash allows users to build a modern data lakehouse in the cloud and on-premises, reducing storage resources without compromising speed
Read MoreQunnect: Shaping The Future of Scalable Quantum Networking
Qunnect develops hardware to transform telecommunications infrastructure into scalable quantum networks
Read MoreMaxim Karpov: How Enlightra’s Multi-Color Lasers Enable High-Bandwidth Data Communication for AI Clusters
Maxim Karpov about how Enlightra is building multi-color lasers on a silicon chip and how Intel Ignite accelerated their journey
Read MoreRoseman Labs: Shaping the Future of Encrypted Data Spaces
Roseman Labs develops a platform for secure collaboration on sensitive data encrypted by multi-party computation
Read MoreOptalysys: Shaping the Future of Photonic Accelerators for Fully-Homomorphic Encryption
Optalysys develops photonic accelerators that can speed up fully-homomorphic encryption, making the processing of encrypted data viable
Read MoreGavin Crooks: How Normal Computing Solves Linear Algebra Problems With Thermodynamics
Thermodynamic computers leverages the natural tendency of physical systems to minimize energy and reach equilibrium states for computing
Read MoreAron Kirschen: Analog AI Chips Deserve Better than RRAM*
Aron Kirschen on what it takes to develop analog AI chips, from the foundry process to a demo board, and how Intel Ignite accelerated SEMRON
Read MoreQC Design: Shaping the Future of Quantum Design Automation
QC Design develops quantum design automation software and architectures to make fault-tolerant quantum computers a reality
Read MoreLakera: Shaping the Future of Securing AI Models
Lakera offers the leading real-time security platform for generative AI applications, shielding AI models against threats
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