Science & Research

The UK research ecosystem is an attractive target for hostile actors seeking to steal technology and intellectual property or influence outcomes. UKRI describes “trusted research” as protecting IP, sensitive research, people and infrastructure from theft, manipulation and exploitation, and has established a Trusted Research & Innovation capability to support safer collaboration.

National guidance is clear that cyber incidents can cause real‑world disruption not just to systems, but to operations and leaders must treat cyber resilience as a strategic priority. The education and research sector has seen significant incidents, including the University of Manchester cyberattack where the university engaged the NCSC and other authorities as part of the response.

Research environments handling biological agents must maintain robust controls aligned to established UK guidance and legal duties under COSHH, including containment, access controls and safe operation. The HSE provides extensive biosafety guidance for laboratories and publishes standards for containment labs and the Approved List of biological agents, reinforcing the need for ongoing, auditable compliance as research evolves.

Modern research depends on highly interconnected supply chains and disruption can quickly impact productivity, timelines and cost. Evidence from laboratory medicine highlights how shortages of critical items (e.g., consumables and reagents) can arise when global production and shipping are disrupted, underlining the importance of resilient planning and “last‑metre” logistics on site.

Research estates are often multi‑tenant and high‑activity with constant deliveries, courier movements, contractor activity, and controlled waste streams. Day‑to‑day logistics in biomedical research settings can include receiving deliveries, distributing goods, operating safe loading bay processes, and managing waste streams all of which must work smoothly to avoid disruption to science.