Intel Ignite

BoolSi is a company that specializes in developing a command line tool designed for distributed simulations and analysis of synchronous Boolean networks. Its primary focus is on simplifying the process of designing and verifying hardware, making it as accessible as software development. By leveraging artificial intelligence technology, BoolSi enables the compilation of code directly into hardware chips, thereby streamlining operations for businesses in the hardware design sector. This innovative approach aims to enhance efficiency and reduce complexity in hardware development processes.

Founded in 2020 by Aron Kirschen and Kai-Uwe Demasius, SEMRON specializes in developing advanced AI inference chips. Utilizing proprietary technology, the company creates energy-efficient chips with a minimal footprint without compromising computing power.

Quantum Diamonds specializes in the development of nitrogen-vacancy (NV) diamonds for quantum sensing applications. The company designs advanced quantum sensors capable of measuring magnetic fields, temperature, and pressure, offering enhanced sensitivity and resolution compared to traditional sensors. These sensors enable a range of applications, including navigation, bio-imaging, geographical surveying, and spectroscopy, even under challenging conditions. Quantum Diamonds focuses on optimizing performance in areas such as crystal lattice strain, Rabi contrast, and charge state stability, catering to both industrial and academic customers seeking innovative solutions in quantum mechanics.

Crypto Quantique develops quantum-driven security solutions for connected devices by designing a secure chip on silicon that uses quantum processes to generate cryptographic keys. The chip can be integrated into new devices or retrofitted into existing ones, enabling multiple applications to operate with unique, unforgeable keys that do not need to be stored. The company combines cryptography and quantum physics in a platform that delivers hardware and software products for future-proof cybersecurity, with a focus on protecting local networks and IoT environments through end-to-end security in a scalable manner. Founded in 2015 and based in London, Crypto Quantique aims to provide robust protection for the Internet of Things by enabling on-demand cryptographic operations and key management.

VyperCore is a technology company that specializes in the development of modified RISC-V processors aimed at enhancing the performance and security of compute-intensive workloads. By focusing on memory safety, VyperCore's innovative processor technology addresses vulnerabilities commonly associated with traditional computing systems. The company also provides memory allocation management solutions that facilitate the deployment of accelerator cards in data centers, optimizing application software for a diverse range of general-purpose programming languages. Through these advancements, VyperCore seeks to transform the landscape of modern software applications by improving both their efficiency and security.

Akhetonics is a German-founded startup focused on all-optical computing. It is developing an all-optical general-purpose processor, the XPU, for ultra-low-power, high-performance computing, using in-house photonic design automation tools and all-optical logic to advance digital computation with light and achieve high parallelism, lower latency, and reduced energy consumption. The company also designs optical processors and security hardware that provide wideband, stable signals, employing transistor designs based on established node technologies and electrical isolation to address fan-out, scalability, and electromagnetic interference challenges in all-optical systems.

Qilimanjaro develops quantum annealing computers aimed at solving complex optimization problems. The company combines hardware and software expertise to create high-quality qubit architectures that facilitate the delivery of scalable, application-specific quantum processors and algorithmic services. By focusing on coherent quantum annealers that do not require quantum error correction, Qilimanjaro reduces time-to-market for its solutions. This technology is particularly suited for optimization problems and Quantum Machine Learning, which are applicable across various industries, including logistics, traffic management, and financial risk assessments. Additionally, Qilimanjaro offers services to help businesses become quantum-ready, providing guidance on quantum algorithms, quantum simulation, and the integration of classical and quantum computing approaches. This enables clients to access faster, more accurate, and sustainable technology for their computing needs.

Founded in 2022, Atlantic Quantum specializes in developing scalable quantum computers to address complex computational challenges. The company focuses on creating fault-tolerant quantum hardware as a key step towards advancing quantum computing.

Xyte is a developer of a hardware-as-a-service platform that provides hardware manufacturers with a comprehensive cloud-based solution for managing their connected device businesses. The platform offers a white-labeled system that allows device makers to efficiently handle their customers, resellers, and devices. By leveraging Xyte's technology, manufacturers can explore new subscription-based business models and maximize the potential of their connected products. This end-to-end platform aims to streamline operations and enhance the overall customer experience in the evolving landscape of connected devices.

Hyperspace is a company that specializes in developing a real-time, AI-powered search database platform, which integrates Elasticsearch and vector databases to provide essential infrastructure for generative AI and large language models. The platform is designed to manage various search queries at any scale, delivering tenfold performance improvements, even at a billion-scale, while significantly reducing compute costs. By employing custom hardware, Hyperspace enhances search performance and reliability, allowing businesses to execute deep searches in milliseconds. This capability positions the company as a transformative player in diverse applications, including recommendation systems, fraud detection, e-commerce, and cybersecurity, enabling users to manage and extract insights from large and complex datasets effectively.

Synthara is a Swiss semiconductor company focused on in-memory computing for embedded chips and smart sensor applications. It develops ComputeRAM, a drop-in memory-based compute technology that performs complex calculations directly in memory, reducing CPU workload and improving performance for AI workloads. The technology targets energy-constrained environments and applications including wearables, hearing aids, biomedical monitoring, AR/VR, and industrial IoT sensors, as well as drones, autonomous navigation, space, aerospace, and automotive use cases. Synthara's approach is processor-agnostic and can be integrated with existing microcontrollers to boost energy efficiency and latency without redesigning silicon. The company supports chipmakers and device manufacturers seeking lower costs, shorter time to market, and greater computational throughput. Based in Zurich, Synthara emphasizes enabling seamless adoption of in-memory computing across embedded platforms to extend battery life and unlock new opportunities for intelligent sensing.

Founded in 2013, Teramount specializes in manufacturing Photonic-Plugs, innovative solutions for connecting optics to silicon in semiconductor manufacturing. Based in Jerusalem, Israel, the company enables standard semiconductor processes and packaging flow in silicon photonics.

LightSolver is a pioneering technology company that has developed the first pure laser-based processing unit (LPU), which leverages the unique physical properties of light to address complex computational challenges. Founded in 2020 by Dr. Ruti Ben Shlomi and Dr. Chene Tradonsky, both physicists from the Weizmann Institute, the company has assembled a team predominantly composed of PhD holders in mathematics and physics. The LPU operates solely on all-optical coupled lasers, eliminating the need for electronics, and is designed to be as compact as a traditional desktop computer. This innovative computing method offers exceptional scalability, low power requirements, and operates at room temperature, positioning it to potentially surpass the capabilities of quantum and supercomputers. LightSolver's technology harnesses the natural attributes of light, such as deep connectivity and massive parallelism, to optimize performance for various applications.