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1Scan for outdated or missing drivers - takes under a minute2Clear out junk files and repair common Windows errors3Fix the driver behind crashes, sound loss and screen glitchesScotland’s space ambitions depend on more than building satellites and developing launch capability: the systems, suppliers and people that keep space services operating must also be resilient to cyber incidents. As the sector grows, cyber security is an operational prerequisite for protecting availability, safety, critical assets and confidence in the industry—not just an IT concern.
Scotland’s growing space sector has more to protect
The UK Space Agency reported that 228 space organisations in Scotland generated a combined income of £298 million in 2021/22, up in real terms from £157 million in 2018/19. Its 2024 analysis also says that UK national space programmes, excluding the European Space Agency, allocated 15% of available funding since 2018 to organisations based in Scotland.
The Scottish Government says Glasgow builds more small satellites than any other place in Europe. Its stated ambition is for Scotland to secure a £4 billion share of the global space market and support 20,000 jobs by 2030. Those are targets, not guaranteed outcomes. At UK level, the National Space Strategy describes a sector worth more than £16.4 billion a year and employing over 45,000 people.
Growth widens the set of systems and organisations whose failure could affect a space mission. A cyber incident might disrupt a company’s operations, but it could also affect the ability to control a spacecraft, operate a launch site, deliver data or recover a critical service. The potential effects depend on the mission and the system involved.
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Where cyber risk reaches into space operations
A space system is not limited to the satellite in orbit. It includes the equipment, software, communications, suppliers and procedures needed to build, launch, command and use it. UK space policy treats licensed and registered systems, critical assets and launch capability as resilience concerns.
| Part of the space system | Why it matters | What resilience planning should cover |
|---|---|---|
| Spacecraft and payloads | They perform the mission and may depend on commands, software and data from the ground. | Protect relevant systems and interfaces; understand the operational effect of losing command, data or availability. |
| Ground stations and command systems | They support communications with spacecraft and the operation of space services. | Identify essential equipment, access paths, communications dependencies and recovery arrangements. |
| Launch operations | Launch capability depends on operational systems, facilities, communications and coordinated procedures. | Include launch-site systems and operational technology in incident planning, alongside physical and cyber risks. |
| Suppliers, cloud and data services | Space organisations may rely on external providers for components, software, hosting, communications or analysis. | Map dependencies, set security requirements in procurement and include supplier-related disruption in exercises. |
| People and processes | Engineers, operators and decision-makers need to detect issues and act safely under pressure. | Provide role-specific guidance, training, clear accountability and practiced response procedures. |
The UK National Space Strategy identified proposed Scottish spaceport locations in Shetland, Sutherland, Argyll, Prestwick and the Outer Hebrides; current UK strategy also discusses SaxaVord and assured access to space. These locations and capabilities make launch operations part of the resilience picture alongside satellites and ground systems.
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What UK policy expects the sector to build
The UK Space Strategy calls for a “more secure, resilient and risk-aware space sector,” with protection for critical national infrastructure, targeted cyber and protective-security interventions, and identification of critical assets. That is a sector-wide policy direction; it is not, by itself, a single technical checklist that every company can apply unchanged.
Practical guidance, training and exercises
The strategy calls for guidance, engagement, training, exercises and qualifications so owners and operators understand the threats and hazards they face. The emphasis is on practical capability: people should know how to recognise a problem, escalate it and carry out their role in response and recovery.
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Proportionate standards and assurance
Policy calls for proportionate security and resilience standards across the sector, including a recognised space-specific security accreditation scheme. Proportionate matters because a small supplier with limited access to a mission-critical system does not have the same risk profile as an operator controlling a critical service. Both need controls appropriate to their responsibilities and exposure.
The strategy language does not identify one universal named cyber-security standard or establish that a space-specific accreditation is already available to every organisation. Companies should check the requirements that apply to their particular licence, customer contracts and role in the supply chain, and seek confirmation from the relevant authority or customer where they are unclear.
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Monitoring, information sharing and incident response
The strategy also calls for sector-wide monitoring and information sharing for UK-licensed and registered space systems, enabling timely warning, impact analysis and trusted two-way reporting between industry and government. It seeks an operationally credible national response framework for space incidents, with industry prepared to respond to and recover from cyber, physical and supply-chain incidents. Organisations need internal reporting and recovery arrangements that can connect with relevant external processes.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.What a Scottish space company should do first
A smaller supplier does not need to start by treating every system as equally critical. Begin with the services it provides and the consequences if they become unavailable, compromised or unreliable.
- Map the mission and its dependencies. List the spacecraft, ground systems, launch functions, data services and suppliers your organisation supports. For each, record what it does, who relies on it and the effect of losing it.
- Set security requirements around risk. Prioritise controls according to mission criticality and exposure. Put security expectations into procurement and supplier agreements, and document who can accept residual risk.
- Assign accountable owners. Name the people responsible for critical assets, security decisions, incident escalation and recovery. Make sure operators know whom to contact when normal procedures fail.
- Train people for their roles. Give engineers, operators, executives and relevant suppliers guidance suited to their responsibilities. Use exercises to test whether people can apply it under realistic conditions.
- Exercise disruption and recovery. Test detection, communications, containment, continuity and restoration. Include scenarios involving suppliers, launch providers, communications or cloud services, not only an attack on the company’s office network.
- Plan monitoring and information sharing. Decide what systems and events need monitoring, how a suspected incident is reported, and how operationally sensitive information can be shared with trusted parties.
- Review assurance expectations. Check what customers, regulators or relevant UK programmes require, and track developments in proportionate standards and space-specific accreditation.
Cyber security supports growth when it is built into operations
Security and commercial growth are not opposing goals. Clear asset ownership, known supplier dependencies and rehearsed recovery plans can help organisations demonstrate that they understand the risks involved in delivering space services. For customers and partners, confidence in resilience can be part of confidence in the service itself.
Scotland’s cyber-resilience framework explicitly includes adoption of cyber-security measures in the Scottish space sector and its supply chain, aligned with requirements from the National Cyber Security Centre, the Department for Science, Innovation and Technology, and the UK Space Agency. For a small supplier, the useful starting point is therefore not buying a generic security product and assuming the mission is protected; it is understanding which systems and dependencies matter, then applying suitable controls and practicing recovery.
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