Yearly Archives - 2026

New DCF report calls for a coordinated push to raise awareness of telecoms careers among students, job seekers and career changers

The Digital Connectivity Forum (DCF) today publishes Expanding the Network: Understanding the barriers to entering the digital connectivity sector, a new piece of work examining reports of an emerging skills gap, the state of play within telecoms diversity, and the barriers and incentives for attracting and retaining the talent needed to build and maintain the networks on which the country depends.

One of the report’s key findings is that there is a general lack of awareness and understanding of telecoms as a career destination, leading to one of its key recommendations for greater work to be undertaken with government and relevant stakeholders to build and distribute key information about the sector.

Third party reports reviewed by the Digital Connectivity Forum as part of the report found that the sector faces an approaching skills cliff. The report cites estimates that up to 200,000 engineers could leave the UK telecoms workforce by 2030. This, coupled with primary research which found that young talent which the sector most needs to attract were disproportionately likely to say that they simply don’t know enough about the sector to form a viewpoint, suggests that to create a sector that can support its needs, telecoms will need to invest in its branding, outreach and visibility if it is to meet these demands.

The report drew on several key research strands. Secondary desk research, alongside primary research that involved speaking to key demographics including 18–25-year-olds and those still in education, alongside established career professionals and job seekers. The findings of which challenges these different cohorts face, the perceptions and levels of awareness they hold, and what helps them enter and remain in the sector offered interesting glimpses into what telecoms can do to support its present and future workforce.

Crucially, the research finds that the sector’s recruitment problem is not that people dislike the telecoms sector, it is that they know little about it. Among young people and students surveyed, 58% held a positive view of the sector and just 3% a negative one, while 38% described themselves as neutral or unaware. When asked whether they felt represented in the sector, 47% said they did not know enough about it to comment at all. As the report puts it, a sector people actively dislike faces a long and uncertain task in changing minds; a sector people have simply not heard of faces a still sizeable challenge, but a simpler one.

The report also identifies the recruitment process itself as the single most fixable barrier. Uncertainty of how and to what extent AI is used during the recruitment process was the most frequently raised concern across all cohorts interviewed. As a result, greater transparency about how and where AI is used represents a quick way to build trust with candidates. Alongside guaranteed notification of when candidates are unsuccessful.

Finally, and most hearteningly, the report found that much of what the sector needs is already working somewhere within it. The report flags multiple examples of entry level opportunities, apprenticeship schemes, returnships and inclusive hiring practices already being undertaken by companies in UK telecoms.

The DCF’s conclusion is therefore that the task is less about invention than about targeting and scaling what already exists and reaching people across all life stages and roles with the information they need to make an informed and aware choice about telecoms as a career.

Expanding the Network closes with practical recommendations across three audiences. It asks industry and employers to:

  • Commit to transparency over how and where AI is used in recruitment.
  • Publish pay ranges with advertised roles.
  • Provide feedback or an outcome to every applicant.
  • Move toward skills-based hiring where appropriate.
  • Make progression pathways visible and invest in management training.

It tasks the DCF itself to explore:

  • The creation of a shareable career’s framework covering the full breadth of technical and non-technical telecoms roles.
  • Producing educational materials pitched at each life stage.
  • Establishing shared best practice on company culture.

and it asks Government to:

  • Disaggregate telecommunications within official digital sector workforce statistics to help the industry baseline its progress.
  • Reflect telecoms pathways explicitly in National Careers Service and Skills England career maps.
  • Upskill Jobcentre Plus advisers on the telecoms sector.
  • Make employer-delivered returnships eligible for skills funding on the same basis as apprenticeships.
  • Extend AI Skills Boost explicitly to mid-career and over-50 workers.

Lindsey Fussell, Digital Connectivity Forum Chair said:

“The new report from the Digital Connectivity Forum examines claims of skills gaps emerging across the connectivity sector. It also asks whether the telecoms sector is open and accessible to everyone who might want to build a career in it – exploring this question through direct conversation with young people and professionals as well as through review of existing research. The recommendations that follow are practical and actionable. These include the need for a clearer, shared picture of the careers offered by the sector and where they lead, and better recognition of telecoms within the national careers and skills landscape. None of that will be possible through any one organisation acting alone. The Digital Connectivity Forum looks forward to working with industry, Government and partners across the sector to take this forward.”

New DCF report highlights international lessons for the UK’s 2G switch-off

The Digital Connectivity Forum (DCF) has today published a new report examining international experiences of switching off 2G mobile networks, as the UK prepares for the retirement of 2G services by 2033 at the latest.

The report, A Generational Shift: international lessons from 2G network sunsetting, authored by Plum Consulting, analyses how governments, regulators and mobile network operators in other countries have approached 2G switch-off. It identifies common challenges, examples of good practice, and lessons that are relevant to the UK as it transitions away from legacy mobile technology.

The report finds that retiring 2G networks can deliver significant benefits, including reduced operating and maintenance costs, improved spectrum efficiency through refarming for newer technologies, enhanced network security, and lower energy consumption and environmental impact. These benefits can help support the rollout of advanced mobile networks, including 5G standalone, and enable continued investment in the UK’s digital infrastructure.

Although consumer use of 2G has declined significantly, the technology continues to support a wide range of services, including machine-to-machine and IoT applications, safety and telecare devices, smart metering, and fallback voice and SMS in certain areas. The report highlights that managing the migration of these services is often the most complex aspect of 2G switch-off and has led to delays in several countries.

The report finds that while there is no single international model for sunsetting 2G networks, successful approaches tend to share common features, including early engagement with affected sectors, clear communication with customers, coordination between operators, and proportionate involvement from government and regulators. It also warns that delaying action once 2G traffic has fallen to low levels can increase costs and risks, rather than reducing them.

Commenting on the report, Lindsey Fussell, Chair of the Digital Connectivity Forum, said:

“The UK’s 2G switch-off is both necessary and achievable, but international experience shows it needs to be handled carefully. This report highlights that the biggest risks are not technical, but relate to visibility of remaining 2G use, coordination across sectors, and protecting vulnerable users. By learning from other countries’ experience now, the UK has an opportunity to manage this transition in a way that supports network modernisation while maintaining trust and continuity for consumers and businesses.”

The report includes recommendations for government, regulators and industry on how to approach the 2G transition, with a focus on improving information about remaining 2G dependencies, supporting migration to alternative technologies, and ensuring that customer protection remains central to the process.

New Digital Connectivity Forum Paper explores how AI can accelerate Net Zero in the UK telecoms sector


The Digital Connectivity Forum (DCF) has today launched its new whitepaper, AI for Sustainability: Accelerating Net Zero in the UK Telecoms Sector, which explores how AI can help the telecoms industry reduce emissions, strengthen climate resilience, and meet increasingly demanding regulatory and investor expectations. AI has arrived and continues to gather pace as it rapidly cements itself into the fabric of daily life, including as a rising topic across business agendas for its optimisation potential.

This rapid change brings both questions and opportunities.

  • How can AI support sustainable outcomes and accelerate net zero pathways?
  • How can it be integrated responsibly, safely and sustainably?
  • How can we fully harness its positive potential?

The report explores the dual role of AI: as a powerful enabler of sustainability, and as a technology whose own environmental footprint must be carefully managed.

Drawing on case studies, the report identifies six domains including:

  • Energy Optimisation: AI solutions like network load balancing and predictive cooling to reduce energy consumption in towers and data centres.
  • Customer Carbon Reporting: AI models to estimate Scope 3 emissions and help customers understand and reduce their impact.
  • Upskilling for Sustainability Literacy: AI-powered tools to personalise sustainability education and promote behavioural change.
  • Scope 3 & Supply Chain: AI utilisation to enhance supplier profiling, lifecycle emissions analysis, and procurement efficiency.
  • Sustainability Decision-Making: AI support for infrastructure planning and operational efficiency, reducing emissions and resource use.
  • Climate Resilience & Adaptation: AI enablement of predictive modelling and real-time climate and weather monitoring to anticipate and mitigate risks.

It also explores key recommendations to delivering AI results responsibly including six practical levers that organisations can utilise to embed sustainability into their AI journey. These centre around:

  • Governance for Sustainable AI: Establishing cross functional oversight and ethical standards.
  • Developing the right data and technology foundations: Building scalable, trustworthy, and efficient data platforms.
  • Embedding ‘sustainable by design’ within AI development: Embedding ESG principles into AI design and prioritising energy-efficient models.
  • Assessing AI’s environmental impact: Using tools and methodologies to assess and report AI’s footprint.
  • Mitigating AI’s environmental impact: Optimising models, hardware, and infrastructure to reduce energy and carbon intensity.
  • Educating employees on Sustainable AI: Upskilling teams across roles and lifecycle stages to embed sustainability into AI.

The paper concludes with a call for positive action, strategic investment, and sector-wide ambition to fully realise AI’s potential in sustainability. This process will involve exploring and prioritising use cases whilst pulling the levers for sustainable AI implementation.

The paper forms part of the ongoing work of the DCF’s Climate & Sustainability working group, which has undertaken multiple projects anchored around improving industry collaboration to ensure that the telecoms and connectivity sector can be a leader in sustainable practices both within itself and supporting decarbonisation across other sectors and society.

Alex Mather, Head of the Digital Connectivity Forum said:
“AI has a critical role to play in helping the telecoms sector deliver Net Zero, improve resilience and unlock long-term value. This paper makes clear that success depends on a dual approach – using AI to drive sustainability outcomes while ensuring AI itself is deployed responsibly and sustainably. We hope this report provides a practical roadmap for industry leaders and policymakers alike”

Digital Connectivity Forum
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