2024 Innovate UK Grant Winners Directory

ORCA Computing Ltd. is a photonic quantum computing company spun out from the University of Oxford in 2019. The company develops quantum computers based on optical fibre and quantum memory technology, targeting applications in computing, communications, and sensing. Their work has evolved from fundamental single photon sources to full-scale quantum computing testbeds and hybrid quantum-classical machine learning solutions.

Quantum Motion Technologies is a London-based quantum computing hardware company that develops silicon-based quantum processors using standard CMOS fabrication processes. Their technology focuses on scalable qubit architectures, cryogenic control electronics, and quantum error correction, aiming to enable fault-tolerant quantum computers. The company's work has evolved from cryogenic CMOS chips to full quantum processor testbeds and international collaborations.

Aston University is a research-intensive institution that leverages its academic expertise to drive industrial innovation through Knowledge Transfer Partnerships (KTPs). The university specialises in applying advanced technologies—including generative AI, photonics, and data analytics—to solve practical challenges across sectors such as healthcare, manufacturing, and telecommunications. Their work focuses on translating academic research into commercialised solutions, helping business partners modernise their operations, adopt sustainable practices, and integrate digital platforms.

Aegiq is a quantum technology company specialising in deterministic single-photon sources, photonic integrated circuits, and quantum communication, sensing, and computing systems. They have evolved from participating in satellite quantum key distribution consortia to leading multiple projects on high-performance quantum light sources and quantum computing testbeds, positioning themselves as a key player in the UK quantum ecosystem.

Nu Quantum develops photonic components and systems for quantum networking, including quantum key distribution (QKD) and interconnects for quantum computers. They address the challenge of scaling quantum technologies by enabling efficient matter-light conversion and modular networking. Their work has evolved from early satellite QKD feasibility studies to developing integrated photonic prototypes for distributed quantum computing.

The University of Hertfordshire Higher Education Corporation is a research-intensive academic institution that leverages its multidisciplinary expertise to drive innovation across sectors including MedTech, construction, and sustainable energy. Through a robust portfolio of Knowledge Transfer Partnerships (KTPs) and collaborative R&D, the university translates fundamental research into practical, industry-ready solutions. Their work has evolved from foundational scientific research to sophisticated AI-driven applications, focusing on societal challenges such as healthcare delivery, fire safety, and environmental sustainability.

CPI TMD Technologies is a specialist manufacturer of vacuum electronics and microwave components that has evolved into a key developer of quantum-enabled positioning, navigation, and timing (PNT) systems. By leveraging their expertise in vacuum hardware, electron beam control, and photonics, they translate fundamental quantum physics research into ruggedised, field-deployable hardware for defence, maritime, and infrastructure sectors. Their work has transitioned from supporting early-stage quantum feasibility studies to leading large-scale demonstrator projects for sovereign navigation capabilities.

Meggitt Aerospace (now part of Parker-Meggitt) is a major Tier 1 supplier specialising in high-performance aerospace components, including thermal management systems, landing gear, and advanced composite structures. Their R&D has evolved from fundamental material science and heat exchanger development to complex systems integration for next-generation hydrogen-electric propulsion and ultra-efficient wing architectures. They consistently leverage collaborative R&D to address critical aerospace challenges such as weight reduction, additive manufacturing qualification, and the transition to net-zero aviation.

QuEra Computing develops advanced neutral-atom quantum computing platforms designed to achieve fault-tolerant operation. Their work focuses on integrating coherent atom shuttling, mid-circuit measurement, and modular control systems to enhance the scalability and accessibility of quantum testbeds for research and industrial utility.

Weill Cornell Medicine is a research-intensive institution that specialises in developing evidence-based frameworks and decision-support tools for biodiversity, natural capital, and ecosystem services. Their work integrates advanced environmental modelling, socio-technical data analysis, and science-policy interfaces to bridge the gap between scientific research and global policy implementation. Across their grant history, they have evolved from foundational biodiversity assessments to leading complex, multi-stakeholder consortia focused on transformative sustainability and environmental compliance.

Tidal Transit is a UK-based crew transfer vessel operator and innovator focused on decarbonising maritime operations for the offshore wind industry. The company has evolved from participating in feasibility studies and detailed design of electric foiling vessels to leading a major retrofit project for a fully electric CTV, reflecting a shift from consortium partner to project lead.

NATS (En Route) is the primary provider of air traffic control services in the United Kingdom, responsible for managing the safe and efficient flow of aircraft through controlled airspace. Their R&D activities focus on the digital transformation of Air Traffic Management (ATM), specifically through the integration of artificial intelligence, machine learning, and advanced trajectory modelling to enhance capacity and environmental efficiency. Their work has evolved from traditional ATC training and operational support to leading complex, multi-stakeholder European research consortia aimed at achieving a 'Digital European Sky'.

Perkins Engines Company is a major manufacturer of industrial engines, transitioning its core expertise from traditional diesel power to advanced hybrid and zero-emission propulsion systems for off-highway machinery. Through strategic R&D collaborations, the company focuses on battery thermal management, power electronics, and flexible hydrogen-ready hybrid power systems. Their work aims to decarbonise the non-road mobile machinery sector by providing scalable, integrated power solutions for diverse industrial applications.

KETS Quantum Security develops chip-based quantum key distribution (QKD) technology for secure communications. Their miniaturised systems, 3000 times smaller than competitors, aim to integrate quantum-safe encryption into existing telecom and data centre infrastructure. The company's R&D has evolved from UAV-based demonstrations to commercial-ready QKD products for enterprise networks.

The University of Nottingham is a leading research-intensive institution that actively translates academic expertise into industrial application through the Knowledge Transfer Partnership (KTP) programme. Their work spans diverse sectors including advanced manufacturing, energy, agriculture, and aerospace, focusing on the integration of AI, sensor technology, and sustainable materials. They serve as a critical bridge between fundamental research and commercial product development for UK businesses.