Sovereign Infrastructure & UK Funding
The word "sovereign" gets used a lot in technology policy. It is worth being clear about what it actually means in practice — and what is at stake when it is absent.
Critical technologies are not simply valuable because of what they can do commercially. They are valuable because of what becomes impossible without them. A quantum sensor that can detect a submarine from the surface. A semiconductor chip that underpins the navigation system of a military aircraft. A photonic communications network that carries encrypted government data. Each of these depends on a supply chain, and each of those supply chains has geography. When that geography is concentrated in a small number of countries — or a single one — it creates a vulnerability that no amount of commercial investment can fully insure against.
The lesson of the last decade has been learned the hard way. The global semiconductor shortage of 2020 to 2022 disrupted automotive, defence and consumer electronics manufacturing across Europe and North America, not because of any hostile act, but simply because supply was concentrated in Taiwan and South Korea. A deliberate interruption would be considerably worse.
For the UK, the question is not whether to compete at the frontier of quantum, photonics and semiconductors — it is whether to retain the ability to make decisions about those technologies independently. Export controls, foreign ownership rules and international sanctions can all close off access to critical components or intellectual property at short notice. A domestic capability is not a luxury or a subsidy to industry. It is an insurance policy, and one that pays out across defence, health, energy and communications simultaneously.
Scotland's Critical Technologies Supercluster sits squarely within this strategic logic. The case for building it is not purely economic, though the economic case is strong. It is also a question of what Scotland and the wider UK can and cannot do without.
The policy commitment to critical technologies has been building for over a decade, but the last three years have seen it sharpen considerably — from broad R&D support into mission-led investment tied to specific national outcomes.
UK Government
The most significant signal came with the National Quantum Strategy in 2023, which committed £2.5 billion over ten years. That followed over £1 billion already deployed in quantum technologies and marked a formal shift in how government classifies the field — no longer a research priority, but a strategic one. Within that commitment, £670 million has been directed specifically at quantum computing, with a target of developing systems capable of outperforming conventional supercomputers by 2036.
The semiconductor picture is similarly deliberate. Innovate UK has deployed £11.5 million across sixteen projects through its Electronics, Sensors and Photonics programme, in direct support of the UK's National Semiconductor Strategy. These are not speculative grants. They are targeted investments in domestic capability, designed to reduce the kind of supply chain exposure that the post-pandemic chip shortage made visible to the wider public.
Scottish Government
At the Scottish level, the Critical Technologies Supercluster was formally announced in November 2024 with revenue targets of £10 billion and 6,600 new jobs by 2035. The Deep Tech Supercluster Programme, launched by then Deputy First Minister Kate Forbes in September 2025, sits alongside it as the operational layer — helping companies access manufacturing facilities, scale their technology, and build investor readiness without having to leave Scotland to do it.
The Deep Tech Supercluster Programme is supported by partners including Scottish Enterprise, Scottish Government, the National Robotarium, Smart Things Accelerator Centre and the National Manufacturing Institute Scotland.
The result is a funding environment that has moved well beyond conventional grant-making. For companies in the right sectors, there are now multiple, complementary routes to capital — each designed to work at a different stage of the technology development cycle.
Advanced Manufacturing in Glasgow City Region
The Glasgow City Region Investment Zone is backed by a £160 million government support package over ten years, designed to leverage an initial £300 million in private sector co-investment and create up to 10,000 jobs. The infrastructure programme explicitly targets critical technology advancements across three Advanced Manufacturing sub-sectors: Space, Semiconductors (including Photonics and Quantum), and Maritime Innovation.
The primary infrastructure projects impacting critical technologies, the organisations leading them, and the allocated funding structures include:
Advanced Semiconductors, Photonics & Quantum
Advanced Manufacturing Capacity for Sensor Technology
Impact on Critical Tech: By addressing Scotland's current lack of nanotechnology fabrication infrastructure, the project eliminates the need for companies to offshore semiconductor production.
Organisations Involved: Led by Neuranics with Kelvin Nanotechnology, University of Glasgow (James Watt Nanofabrication Centre - JWNC)
Laser Supply Chain and Advanced Packaging
Impact on Critical Tech: Builds a world-leading laser prototyping and commercialisation centre. It embeds a national laser manufacturing and test capability to de-risk high-growth photonics and quantum supply chains.
Lead Organisations: University of Glasgow utilising the James Watt Nanofabrication Centre and the Critical Technologies Accelerator engineering team.
National Centre for Advanced Semiconductors Packaging
Impact on Critical Tech: Delivers state-of-the-art nanofabrication infrastructure focused on magnetic sensor technology. This allows full fabrication of micro-chips and semiconductor packaging domestically, minimizing international supply chain reliance.
Lead Organisations: National Manufacturing Institute Scotland, Compound Semiconductor Applications Catapult, Sivers Photonics, Alter Technology.
Space & Aerospace Technologies
Platform for Scaling Responsive Space Systems Research, Innovation & Manufacturing (PRISM)
Impact on Critical Tech: increases the capacity for growth for the Space Sector by connecting and integrating the full pathway of support for R&D, product development, testing and validation, manufacturing scale-up, deployment and launch and data services.
Organisations Involved: Led by the University of Strathclyde, collaborating with AAC Clyde Space, Spire Global, Craft Prospect, and SaxaVord Spaceport.
Spacecraft Advanced Manufacturing and Testing Centre
Impact on Critical Tech: Delivers high-specification testing infrastructure and manufacturing capability to reinforce the region's position as a global leader in small satellite production.
Organisations Involved: Managed via the University of Strathclyde with supply-chain support from entities like BAE Systems, Leonardo, Spirit Aerosystems, Orbex, and Skyrora.
Advanced Manufacturing in Glasgow City Region
The Glasgow City Region Investment Zone is backed by a £160 million government support package over ten years, designed to leverage an initial £300 million in private sector co-investment and create up to 10,000 jobs. The infrastructure programme explicitly targets critical technology advancements across three Advanced Manufacturing sub-sectors: Space, Semiconductors (including Photonics and Quantum), and Maritime Innovation.
The primary infrastructure projects impacting critical technologies, the organisations leading them, and the allocated funding structures include:
Advanced Semiconductors, Photonics & Quantum
Advanced Manufacturing Capacity for Sensor Technology
Impact on Critical Tech: By addressing Scotland's current lack of nanotechnology fabrication infrastructure, the project eliminates the need for companies to offshore semiconductor production.
Organisations Involved: Led by Neuranics with Kelvin Nanotechnology, University of Glasgow (James Watt Nanofabrication Centre - JWNC)
Laser Supply Chain and Advanced Packaging
Impact on Critical Tech: Builds a world-leading laser prototyping and commercialisation centre. It embeds a national laser manufacturing and test capability to de-risk high-growth photonics and quantum supply chains.
Lead Organisations: University of Glasgow utilising the James Watt Nanofabrication Centre and the Critical Technologies Accelerator engineering team.
National Centre for Advanced Semiconductors Packaging
Impact on Critical Tech: Delivers state-of-the-art nanofabrication infrastructure focused on magnetic sensor technology. This allows full fabrication of micro-chips and semiconductor packaging domestically, minimizing international supply chain reliance.
Lead Organisations: National Manufacturing Institute Scotland, Compound Semiconductor Applications Catapult, Sivers Photonics, Alter Technology.
Space & Aerospace Technologies
Platform for Scaling Responsive Space Systems Research, Innovation & Manufacturing (PRISM)
Impact on Critical Tech: increases the capacity for growth for the Space Sector by connecting and integrating the full pathway of support for R&D, product development, testing and validation, manufacturing scale-up, deployment and launch and data services.
Organisations Involved: Led by the University of Strathclyde, collaborating with AAC Clyde Space, Spire Global, Craft Prospect, and SaxaVord Spaceport.
Spacecraft Advanced Manufacturing and Testing Centre
Impact on Critical Tech: Delivers high-specification testing infrastructure and manufacturing capability to reinforce the region's position as a global leader in small satellite production.
Organisations Involved: Managed via the University of Strathclyde with supply-chain support from entities like BAE Systems, Leonardo, Spirit Aerosystems, Orbex, and Skyrora.
We received significant and generous funding from Glasgow City Region to be partnered with Kelvin Nanotechnology and the James Watt Nanofabrication Centre. This will enable us to locally manufacture our sensors - an end-to-end, full-scale supply chain in Glasgow.
Professor Hadi Heidari - Co-Founder & CTO, Neuranics
We received significant and generous funding from Glasgow City Region to be partnered with Kelvin Nanotechnology and the James Watt Nanofabrication Centre. This will enable us to locally manufacture our sensors - an end-to-end, full-scale supply chain in Glasgow.
Professor Hadi Heidari - Co-Founder & CTO, Neuranics
Advanced Semiconductors, Photonics & Quantum
Advanced Manufacturing Capacity for Sensor Technology
Impact on Critical Tech: By addressing Scotland's current lack of nanotechnology fabrication infrastructure, the project eliminates the need for companies to offshore semiconductor production.
Organisations Involved: Led by Neuranics with Kelvin Nanotechnology, University of Glasgow (James Watt Nanofabrication Centre - JWNC)
Laser Supply Chain and Advanced Packaging
Impact on Critical Tech: Builds a world-leading laser prototyping and commercialisation centre. It embeds a national laser manufacturing and test capability to de-risk high-growth photonics and quantum supply chains.
Lead Organisations: University of Glasgow utilising the James Watt Nanofabrication Centre and the Critical Technologies Accelerator engineering team.
National Centre for Advanced Semiconductors Packaging
Impact on Critical Tech: Delivers state-of-the-art nanofabrication infrastructure focused on magnetic sensor technology. This allows full fabrication of micro-chips and semiconductor packaging domestically, minimizing international supply chain reliance.
Lead Organisations: National Manufacturing Institute Scotland, Compound Semiconductor Applications Catapult, Sivers Photonics, Alter Technology.
Space & Aerospace Technologies
Platform for Scaling Responsive Space Systems Research, Innovation & Manufacturing (PRISM)
Impact on Critical Tech: increases the capacity for growth for the Space Sector by connecting and integrating the full pathway of support for R&D, product development, testing and validation, manufacturing scale-up, deployment and launch and data services.
Organisations Involved: Led by the University of Strathclyde, collaborating with AAC Clyde Space, Spire Global, Craft Prospect, and SaxaVord Spaceport.
Spacecraft Advanced Manufacturing and Testing Centre
Impact on Critical Tech: Delivers high-specification testing infrastructure and manufacturing capability to reinforce the region's position as a global leader in small satellite production.
Organisations Involved: Managed via the University of Strathclyde with supply-chain support from entities like BAE Systems, Leonardo, Spirit Aerosystems, Orbex, and Skyrora.
