Digital Twin solutions deliver on promise of UK-wide industrial transformation  

Digital Catapult, the deep tech innovation organisation, has today concluded its inaugural Digital Twin Adoption Accelerator which showcased cutting-edge digital twin solutions developed by nine small-to-medium sized enterprises (SMEs) from across the UK. The nine participating companies demonstrated how digital twin solutions could be practically applied to industry, validating new capabilities for the aerospace, maritime and defence sectors, to equip the UK to be future ready.  

Delivered by the UK Digital Twin Centre in Belfast, the accelerator convened technology vendors and industry leaders to address real-world commercial challenges, considering how digital twin capabilities could pave the way towards broader UK-wide industrial transformation. With the support of Digital Catapult’s team of technologists and innovation experts, challenges were identified to explore how digital twin solutions could drive UK industrial supply chain resilience, improve operational efficiencies, and achieve cost-savings. 

The Digital Twin Adoption Accelerator was designed to demystify digital twins, showcasing how digital twins can be integrated into real-world industrial environments and helping boost understanding from conceptual towards practical implementation of digital twins. By providing access to facilities as well as compute and connectivity, the programme has also supported deep tech startups to scale, paving the way towards long-term commercialisation for participants by proving market value to industry leaders and investors.  

Combining industry expertise with cutting-edge digital technologies highlighted how digital twins empower business leaders to make more informed decisions, reduce costs, save time and unlock new opportunities across commercial operations. For example, Voxshell, a startup that participated in the programme, trialled a new solution to connect design, simulation, testing, and manufacturing environments into a unified ecosystem to benefit the aerospace industry. The company achieved this through an AI-enabled digital twin platform that showcased how aerospace engineers could visualise real-time system behaviour, optimise performance, and reduce prototyping costs using the new solution.  

Another company, Helix8 Ltd, working with Port of Larne, trialled a solution to support national ports on net-zero pathways through the application of an AI-enabled geospatial digital twin that could analyse real-time IoT data from port infrastructure to provide greater visibility on energy use. Helix8 Ltd’s solution enabled more effective management of electrification, EV charging, and renewable energy generation, and by modelling future energy demand and simulating decarbonisation scenarios, it showed how digital twins could help ports to reduce emissions, optimise energy resources, and establish more sustainable operating models. 

 The programme concluded with a showcase event for investors, innovators, policymakers and industry to assess the outcomes of the accelerator, reflecting the value of Belfast’s digital economy and the UK-wide spillover effects of innovation from Northern Ireland’s deep tech ecosystem. The success of the use-cases and industrial applications reflect strong alignment with the UK Government’s Industrial Strategy, spotlighting the UK’s sovereign strengths in deep tech innovation and laying the groundwork for subsequent interventions in high-growth sectors.  

The UK Digital Twin Centre has also launched the Digital Twin Community Platform, a new online hub convening industry, academia and technology providers across the UK’s digital twin ecosystem. This new community will allow peers to connect, share knowledge, access learning resources, discover events, and collaborate on future innovation opportunities, helping to accelerate the adoption and scaling of digital twin technologies across the UK. Join the community here. 

• Trusted Digital Twin MRO Platform – Ubloquity and Ping Group will develop secure block-chain anchored digital twins for aerospace parts and maintenance, capturing provenance, certification, and lifecycle data in real time to reduce downtime and automate compliance.   
• HydroTwin Aerospace Consortium – Voxshell Ltd and Cranfield Aerospace Solutions Ltd will create an AI-enabled digital twin platform connecting hydrogen powered UAV (Unmanned Aerial Vehicles) design, simulation, and testing environments to accelerate aerospace innovation.   
• EDGE Twin Consortium – AIRS ML Limited and Advanced Manufacturing (Sheffield) Ltd will deploy edge-based AI frameworks for real-time industrial monitoring, reducing latency and operational costs.   
• Emerge MyCustoms Digital Initiative – MyCustoms Ltd and Emerge Manchester Ltd will build a digital twin for customs and logistics workflows to automate compliance and improve visibility across supply chains.   
• BusbyFlyer – Busby Ventures Ltd and Flyer AI Ltd will develop a simulation-based digital twin platform to support safe, scalable drone and eVTOL operations in the urban air mobility sector.   
• sustainaVERSE Subsea – The D’Arcy Thompson Simulator Centre and Deeptek Ltd will deliver an immersive subsea digital twin that visualises real-time rope dynamics, vessel motion and load conditions, improving marine safety and sustainability.   
• Port of Larne Net Zero – Helix8 Ltd and Larne Harbour Ltd will create a geospatial digital twin to optimise the port’s energy ecosystem and support a data-driven transition to net-zero operations.   
• Digital twin for Zero Emission Maritime Transport – Marine Zero and Semvar will develop a digital twin using live Marine Zero CONNECT telemetry to model vessel behaviour and support predictive operational decisions.  
• Digital Twin for Lightweight Armour Systems – Blow Moulding Technologies and Vikela Armour will use predictive digital twin modelling to improve the design and manufacture of lightweight, high-performance body armour.