Connected Places Catapult, Digital Catapult and the High Value Manufacturing Catapult have announced a joint collaboration to develop the emerging National Cyber-Physical Infrastructure (NCPI) ecosystem in the UK – funded and supported by the Department for Science, Innovation and Technology (DSIT). This builds on the foundations of the UK Government’s Cyber-Physical Infrastructure Consultation published in March 2022 – further information can be found here.
In the next 10-15 years, the world will begin to see more combinations of advanced digital technologies such as AI, extended reality (XR), robotics, distributed ledger technologies and 5G/6G, that will connect physical and digital environments together into advanced “cyber-physical” systems. New capabilities that emerge from these combinations of technologies will create a wave of innovation that will transform the way we live and work.
These cyber-physical systems are developing in complexity and will fundamentally change our relationship and interaction with data, including:
- Robotic and autonomous systems are already revolutionising industries like manufacturing and agriculture to enhance productivity and safety for repetitive tasks with precision and potentially within hazardous environments reducing operational costs.
- Smart city infrastructure is continuing to expand usage of data driven decision making to reduce carbon footprint, optimising traffic management and town planning to increase citizen safety and quality of life, including areas such as air quality /CO2 emissions.
- Digital twins are fit for purpose digital representations of physical assets, environments or processes, underpinned by a data model with synchronisation between the physical and digital elements. These are already helping to improve predictive planning, next-generation design and supply chain optimisation.
- The extended reality enabled ‘metaverse’ (enabled by virtual, augmented and mixed reality) will allow us to interact with data layered over the physical world as an extension of the internet, enabling immersive experiences, learning environments and new ways to access information about our surroundings.
Connecting advanced cyber-physical systems can provide a step-change in the value individual systems can bring, enabling cyber-physical systems to break down silos in sectors and increase our understanding of systems of systems challenges. While individual applications of cyber-physical systems bring specific benefits, the networking and federation of these systems will create significantly greater value for society, economy and the environment.
Connected systems will bring together innovators in industry and academia, government and wider society to work together to solve systemic challenges, such as reaching net zero, by allowing multiple parties to collaborate, share information and make collective decisions. By allowing for better visibility of data across systems (e.g. sharing CO2 emissions across organisations), and encouraging greater interoperability, Cyber-Physical Infrastructure can improve productivity across key sectors, enable increased public spending efficiency, enhance delivery of infrastructure and health services, build national resilience, and accelerate progress in attaining national policy objectives, such as net zero. More broadly, Cyber-Physical Infrastructure can help remove time, cost and risk from the process of bringing innovation to market.
To realise this new era of advanced digitalisation, the UK requires a step change to accelerate innovation and the development of infrastructure that underpins it.