Wave Photonics automates designing photonic components, enabling engineers to develop photonic integrated chips with less effort
Read MoreFounder Interviews
Universal Quantum: Shaping the Future of Fully Scalable Trapped Ion Quantum Computers
Universal Quantum builds fully scalable quantum computers based on well-established microchip technology and a unique modular approach
Read MoreError Corp: Shaping the Future of Error Control for Quantum Computers
Error Corp pioneers a new approach to detect and correct quantum errors more efficiently and unlock the potential of quantum computers
Read MoreZeroPoint Technologies: Shaping the Future of Ultra-Fast, Hardware-Based Data Compression
ZeroPoint Technologies pioneers hardware-based data compression to increase the memory capacity of servers by 2-4x
Read MoreReasonance: Shaping the Future of End-to-End Machine Learning Workflows
Reasonance builds the MLOps platform ATLAS, helping organizations streamline their machine learning projects
Read MoreInnatera: Shaping the Future of Neuromorphic Computing for the Sensor Edge
Innatera leverages spiking neural networks to efficiently and quickly process sensor data on the edge
Read MoreSiLogy: Shaping the Future of Collaborative Chip Design Verification
SiLogy provides a web platform to empower chip developers and verification engineers to verify chip designs in minutes
Read MoreMultiverse Computing: Shaping the Future of Quantum-Inspired Computing
Multiverse Computing leverages quantum-inspired algorithms to increase the performance of machine learning models and find better solutions for optimization problems
Read MoreMolecular Quantum Solutions: Shaping the Future of High-Performance Cloud Software to Predict Chemical and Material Properties
Molecular Quantum Solutions leverages high-performance cloud infrastructure for rapid and accurate chemical and material property predictions
Read MoreQuiX Quantum: Shaping the Future of Measurement-Based Photonic Quantum Computing
Quix Quantum pioneers measurement-based quantum computing, harnessing the power of photonics to develop large and powerful quantum computers
Read MoreVaire Computing: Shaping the Future of Near-Zero Energy Computing
Vaire Computing leverages reversible computing paired with adiabatic, gentle operation of transistors to build near-zero energy chips
Read MoreCodasip: Shaping the Future of RISC-V Processors
Codasip delivers IP and design tools to help chip designers build and optimize microprocessors based on RISC-V
Read MoreDiraq: Shaping the Future of Silicon Dot Quantum Computing
Diraq develops quantum computers using transistors as qubits and semiconductor manufacturing to scale to billions of qubits
Read MoreInfinityQ: Shaping the Future of Probabilistic Computing for Optimization Problems
InfinityQ uses quantum-inspired optimization methods and probabilistic computing to find better solutions for tough optimization problems
Read MoreQuilter: Shaping the Future of AI-Powered Circuit Board Layout
Quilter leverages AI to automate the design of circuit board layouts and accelerate innovation in electronics
Read More