There is a quiet revolution underway in the corridors and classrooms of Britain’s independent schools. Artificial intelligence: once thought to be science fiction, has become a daily tool in the hands of pupils, teachers, and office staff. AI is accelerating faster than most school leaders had anticipated.
For those responsible for IT infrastructure and digital strategy, this acceleration presents both an opportunity and a potential urgent challenge. The connectivity that served your school well two or three years ago was designed for a different world. The question is no longer whether AI will reshape how your school operates, but whether your internet infrastructure will be ready when it does.
The adoption of AI in UK education has moved from minor to commonplace in a remarkably short time. In 2023, 37% of 13 to 18-year-olds reported using generative AI. By 2024, that figure had risen to 77%. Among university students, the shift has been even more dramatic with AI usage jumping from 66% in 2024 to 92% in 2025 in the space of a single academic year. Independent schools, with greater resource flexibility and appetite for innovation, are at the leading edge of this trend.
But what is AI actually being used for in schools today?
Teaching and learning support. AI tutoring platforms such as Century Tech and Third Space Learning’s Skye provide adaptive, personalised learning pathways that respond to each pupil’s pace and progress. A 2025 Harvard University study found that students using AI tutors learned more than twice as much in less time compared to those in traditional learning environments, a finding that will not be lost on independent schools competing on educational outcomes.
Teacher productivity. Teachers who use AI tools at least weekly save an average of 5.9 hours per week (the equivalent of roughly six extra weeks of reclaimed time across a school year). Tools are being used for lesson planning, resource creation, marking support, and admin tasks that once took up significant time in a teacher’s working day.
Assessment and feedback. AI-assisted marking and feedback platforms are moving into mainstream use, providing pupils with more immediate, detailed responses to their work than a single teacher managing thirty students can realistically deliver manually.
Administration and operations. School management systems are integrating AI to streamline admissions, timetabling, safeguarding monitoring, and communications with parents, resulting in reducing administrative overhead and improving response times.
Research and information literacy. Pupils are using generative AI tools as research partners, though this brings with it the critical need for schools to teach AI literacy: how to interrogate, verify, and use AI outputs responsibly.
What AI in Schools Will Look Like in the Next Five Years
If the pace of the last two years tells us anything, it is that the next five will bring changes that are difficult to fully anticipate. However, the direction is clear, and schools that plan around it now will be significantly better prepared.
Agentic AI in the classroom. The current generation of AI tools responds to prompts. The next generation (agentic AI) will be capable of planning and executing sequences of tasks autonomously. In an educational context, this means AI systems that can design personalised curricula, monitor pupil progress over a full academic year, flag early warning signs of learning difficulty, and adapt teaching materials in real time. This requires continuous, high-volume data exchange between school systems and cloud platforms.
AI-enabled safeguarding. Smart monitoring systems will increasingly use AI to identify patterns of concern in online behaviour, communications, and pupil welfare data, helping pastoral teams act earlier and more effectively. These systems are always-on and bandwidth-intensive.
Immersive and multimedia learning. AI-generated educational content e.g interactive simulations, virtual laboratory environments, video-based learning materials created to order, will become standard tools in well-resourced schools. Video and interactive content places greater demand on network infrastructure than text-based learning.
Device proliferation. The trend towards 1:1 device allocation (one laptop or tablet per pupil) is accelerating, and AI tools are extending this into boarding accommodation, common rooms, and sports facilities. Every connected device is a draw on your network.
Cloud-first everything. AI platforms are cloud-hosted by design. School management information systems, communication platforms, learning management systems, and AI tools will all run over the internet rather than on local servers. The network connection is no longer a convenience but the entire foundation on which the school operates.
The DfE has invested £4 million in developing AI tools for schools and funded the Oak National Academy’s AI lesson assistant ‘Aila’. AI in education is government policy, not just a trend. Independent schools that want to remain competitive with state-of-the-art digital provision cannot afford to be held back by inadequate infrastructure.
What Internet Solutions Are and Are Not Suitable as AI Expands
This is where many schools face an uncomfortable truth. The connection that currently keeps the school ticking over was not designed for the demands AI will place upon it.
Connections That Will Struggle:
Consumer-grade or legacy broadband (ADSL/VDSL). Standard copper-based broadband connections (even those currently delivering decent speeds) are unsuitable for AI-era schools. They are contended (shared with other users), asymmetric (upload speeds significantly lower than download), and should be upgraded by the digital switchover date of January 2027.
Shared bandwidth without traffic management. When 400 pupils simultaneously open their AI tutoring platforms at 09:00 on a Monday morning, a shared connection will struggle immediately. Without Quality of Service (QoS) management, critical applications compete for bandwidth with recreational traffic, and everyone suffers.
Connections without a failover. An AI-integrated school that loses its internet connection does not simply experience inconvenience, but it loses access to its teaching platforms, its management systems, its safeguarding tools, and its communications infrastructure simultaneously. A single point of failure is an unacceptable risk.
Connections Built for the AI Era
Full fibre leased lines. A dedicated leased line provides uncontended, symmetrical bandwidth (the same fast speed uploading as downloading) with a guaranteed Service Level Agreement and a defined response time if something goes wrong. The Department for Education’s own digital standards recommend full fibre as the baseline for schools, with 1Gbps symmetrical capability as the minimum for secondary-level institutions. For independent schools with significant device counts and growing AI usage, leased lines of 1Gbps to 10Gbps offer the headroom needed not just for today’s requirements, but for those three to five years hence.
Resilient dual-connection architecture. Best practice for any school seriously integrating AI is to operate a primary leased line with a separate secondary connection, ideally using a different technology and physical path that activates automatically if the primary fails. This might combine a full fibre leased line with a 4G/5G failover, or a wireless leased line with a satellite backup (Orbital Net provide a Satellite solutions called OrbSat).
Managed Wi-Fi infrastructure. External connectivity is only half the equation. AI tools are used by pupils and staff throughout the building, in classrooms, libraries, outside areas, and sports facilities. Older wireless access points were never designed for the volume and type of traffic that AI platforms generate. Wi-Fi 6 and Wi-Fi 7 infrastructure, intelligently managed, can handle significantly higher device densities and deliver the low latency that real-time AI applications require.
Future-Proofing Your School’s Connectivity
Future-proofing does not mean buying the most expensive solution available today. It means building infrastructure with enough headroom and flexibility to absorb what is coming without requiring expensive replacements every few years.
Start with a connectivity audit. Before investing in any upgrade, understand precisely what you have. How many devices are connecting? What applications are running? Where are the bottlenecks? What is your current bandwidth utilisation at peak times? An honest audit of your current position is the essential starting point for any investment decision.
Orbital Net provides free connectivity audits for the education sector to help schools plan and prepare. Contact solutions@orbital.net to book your free audit.
Plan for device count, not just pupil count. In an AI-integrated school, bandwidth planning must account for staff devices, IoT devices (smart boards, printers, environmental sensors, security cameras), cloud backup traffic, and administrative systems not just pupil laptops.
Specify scalability in your procurement. When commissioning or renewing connectivity, require a contract that allows bandwidth to be increased if needed. A leased line that can scale from 1Gbps to 10Gbps as demand grows without laying new cable, is significantly more cost-effective over five years than one that requires a new installation to expand.
Build in resilience from the outset. It is cheaper and more effective to design a resilient dual connection at the point of installation than to retrofit it later. The two connections should ideally use different physical paths to avoid a single point of failure e.g. a fibre cut affecting your primary connection should not also affect your secondary.
Invest in internal network infrastructure. A high-speed external connection is only as useful as the internal network that distributes it. Structured cabling, managed switches, and well-positioned access points are the infrastructure that determines whether your leased line’s capacity actually reaches the pupils in classroom 14B at the far end of the Victorian building.
Conclusion: The Time to Act Is Now
The good news is that the right connectivity solution does not have to be the most expensive one. A properly specified leased line, resilient architecture, managed Wi-Fi, will serve most independent schools very well and can be scaled as demand grows.
The question worth asking in your next leadership team or governors’ meeting is simple: if AI adoption in our school doubles in the next two years (as the data strongly suggests it will) is our current connectivity infrastructure ready for it?
If the answer is uncertain, now is the right time to find out.
Calla Marenghi, Orbital Net – Marketing Campaign Manager