IN Brief:
- The UK Cyber Resilience Pledge has launched with more than 60 organisations signed up.
- The pledge focuses on board oversight, NCSC tools, and stronger supply-chain security.
- Wireless Logic has warned that IoT resilience must extend across device visibility, firmware updates, patching, disclosure, and incident response.
Wireless Logic has warned that the UK’s new Cyber Resilience Pledge will only deliver practical value if organisations turn board-level commitment into operational control over connected devices, supplier dependencies, and lifecycle security.
The pledge launched on 7 July with more than 60 organisations signed up, including major names from retail, financial services, media, utilities, technology, and government supply chains. Signatories are committing to practical steps around board-level cyber accountability, use of National Cyber Security Centre tools, and stronger supply-chain security.
The UK government has placed the pledge within its National Cyber Action Plan. It arrives against a backdrop of cyber-attacks estimated to cost UK organisations £14.7bn a year, with hostile activity growing in scale, frequency, and sophistication. Founding signatories include M&S, Nationwide, ITV, Microsoft UK, Cloudflare, Deloitte, Accenture UK, Vodafone Group, and VodafoneThree.
The pledge asks organisations to make cyber security a board-level responsibility, implement the Cyber Governance Code of Practice, ensure board members complete NCSC Cyber Governance Training, register for the NCSC Early Warning service, and take a risk-based approach to Cyber Essentials certification across supply chains. The measures are voluntary, but they create a stronger baseline for companies supplying larger organisations and public-sector customers.
Iain Davidson, Head of Product Marketing at Wireless Logic, said: “This is a useful step forward, but it won’t be meaningful if treated as a boardroom exercise rather than an operational one. AI is making cybercrime faster, cheaper and easier to scale – but the bigger issue is how dependent our economy has become on connected devices, which often sit beyond the traditional view of IT.”
Connected devices now sit inside payment terminals, EV chargers, healthcare devices, logistics systems, industrial sensors, energy infrastructure, and production equipment. A failure in those systems can affect revenue, service continuity, customer trust, safety, compliance, and procurement eligibility. The regulatory fine may be smaller than the operational and reputational damage caused by downtime.
Davidson added that organisations need better visibility across connected estates, including which devices are connected, which are critical, what normal behaviour looks like, and where supplier dependencies may create blind spots. AI can also support defence by helping teams identify abnormal patterns earlier and prioritise action before disruption spreads.
Regulatory pressure is growing around the same problem. The UK Cyber Security and Resilience Bill and the EU Cyber Resilience Act are both pushing greater accountability towards organisations that manufacture, sell, operate, or depend on connected products. Security obligations increasingly extend across vulnerability management, firmware updates, patch deployment, breach disclosure, incident response, and long-term product support.
Connected product lifecycle management has already become a defining issue in industrial IoT, as shown by industrial IoT device lifecycle challenges under the EU Cyber Resilience Act. The UK pledge adds a stronger domestic policy signal: cyber resilience is moving from advisory language into procurement expectations, supplier assurance, and operational governance.
Security cannot stop at secure boot, encryption, or a compliance checklist at product launch. A connected device may remain in service for years, often in environments where physical access is difficult, network behaviour changes, and vulnerabilities emerge after deployment. Firmware update mechanisms, device identity, telemetry, anomaly detection, incident response, and end-of-life planning all need to be designed into the product lifecycle.
The pledge is also likely to sharpen expectations around supplier transparency. Large organisations assessing cyber risk will increasingly look beyond their own IT estate and into the devices, services, firmware, platforms, and connectivity providers they depend on. That will affect OEMs, module suppliers, IoT service providers, systems integrators, and maintenance contractors. Cyber resilience becomes part of market access, not only a technical control.
Wireless Logic’s warning places the harder work inside the connected systems that keep services, factories, fleets, infrastructure, and devices running. Early warning tools and Cyber Essentials provide a foundation, but resilience depends on accurate inventories, clear ownership, update routes, behavioural monitoring, and incident procedures before a device estate is under active attack.
