What does the UK EdTech market look like in 2026?
The UK now has 1,123 EdTech companies generating around £6.5bn in turnover, according to the DfE's June 2026 report, Assessment of the education technology market in England (p.7). EdTech — the use of technology to support and enhance education, designed to reduce staff workload and improve the efficiency of operations — employs between 29,660 and 39,100 people in England, attracts about £782m a year in investment, and is growing at an average of 8.8% annually. For a sector that barely registered as a distinct industry a decade ago, that is a substantial footprint, and it is the first time the department has mapped it this thoroughly.
The headline number matters less than the structure beneath it. The 2026 report abandons the seven product segments the DfE used in 2022 and reframes the market around a verticals-and-horizontals model: seven verticals describing what a tool does, cut across by horizontal themes such as artificial intelligence. That shift is not cosmetic. It reflects a market in which a single capability — AI — now runs through almost every category, which is exactly the dynamic this series opened with in our look at why assessment is the fastest-growing UK EdTech vertical.
What are the seven verticals — and which matter most for schools?
The seven verticals vary enormously in size, maturity and momentum. The two largest by revenue — foundational learning and hardware — are the established backbone of school technology. The most interesting movement, though, is at the smaller end, where assessment is growing fastest and personalised learning is attracting the most investment relative to its size. The full breakdown, all figures from the DfE's June 2026 report (p.7–8), is below.
| Vertical | Companies | Employees | Turnover | Annual growth | Investment |
|---|---|---|---|---|---|
| Foundational learning | 446 | — | £2.6bn | — | — |
| Hardware | 390 | — | £2.48bn | 8.8% | — |
| Immersive learning | 215 | — | £287m | — | £158m |
| Management & admin | 148 | — | £1.39bn | — | £219m |
| Assistive technology | 80 | — | £96m | — | £8.6m |
| Personalised learning | 74 | — | £77m | 3.1% (lowest) | £187m |
| Assessment | 71 | 2,705 | £470m | 18.1% (highest) | £24.3m |
For a school leader, two verticals are doing most of the day-to-day work. Management and administration (148 companies, £1.39bn) is the software that runs the school — MAT (multi-academy trust) finance systems, MIS, timetabling and safeguarding logs. Assessment (71 companies, £470m) is the marking, feedback and progress-tracking layer that touches teaching directly. According to the DfE, assessment is also the fastest-growing vertical of the seven.
Where is the gap between investor money and school spending?
Look at the table again and one mismatch jumps out. Personalised learning earns just £77m in turnover — the smallest of the seven verticals — yet attracts £187m in investment, the DfE reports (p.8). Assessment is almost the mirror image: £470m in turnover but only £24.3m in investment. Investors are pouring money into the category schools spend the least on, while the category growing fastest in real classroom use is comparatively starved of capital.
The report is candid about why. Investment is following the promise of personalisation and the broader AI wave, even where adoption has not yet materialised — personalised learning is also the slowest-growing vertical, at 3.1% a year. Assessment, meanwhile, grows because schools are buying it now, to solve a problem they already have.
What does this mean for which tools still exist in 2028? The DfE points to a reshaping of competitive advantage as general-purpose AI commoditises features that used to be a moat. Tools that solve a concrete, recurring workload problem — and can prove it — are better placed than those selling a personalisation promise that has not yet landed in practice. We unpack that distinction in detail in our piece on specialised versus general-purpose AI in education.
What are the four system-level constraints holding schools back?
A healthy market with 1,123 suppliers does not automatically mean good tools reach classrooms. The DfE identifies four system-level constraints (p.10) that explain the gap between what exists and what gets used:
- Strategic capability gaps. Many schools lack the senior leadership time, technical expertise and clear strategy needed to decide what technology they actually need and how it fits their priorities. Buying happens reactively rather than as part of a plan.
- Resource and prioritisation pressures. Tight budgets and a long queue of competing demands mean EdTech is rarely the most urgent call on a school's money or attention, even when the long-term case is strong.
- Procurement and infrastructure constraints. Slow, risk-averse buying processes — framework agreements, approvals, data-protection checks — combine with patchy connectivity and ageing hardware to stall adoption before a tool is ever trialled.
- Sustained adoption and impact measurement. Tools are often bought but never properly embedded, and schools rarely have the capacity to measure whether a product actually improved outcomes. Without evidence, renewal decisions become guesswork.
The DfE is unusually frank that the evidence base itself is thin, which makes the fourth constraint especially hard to escape.
The procurement and infrastructure constraint is the one school leaders feel most directly, and we walk through it step by step in our guide to the EdTech procurement gauntlet schools face.
What's the practical implication for a school leader in the next 12 months?
The single most useful thing in the report for a school leader is not a statistic at all — it is the eight-stage implementation journey (Fig. 5, p.43; appendix 7, p.103), which maps how any tool should travel from identifying a need, through trial and procurement, to embedded everyday practice and impact review. Treated as a checklist, it directly counters the fourth constraint: it forces a school to define the problem first and to plan how it will judge success before it signs anything.
The report's framing also has a quietly practical implication for procurement. Because procurement and infrastructure are named as a core constraint, tools that lower the cost and risk of trialling — those a teacher can pick up without a purchase order, a pilot budget or an IT rollout — can bypass that barrier entirely. A free-to-try, browser-based assessment tool such as ReMarkAble AI is one example of this pattern: it lets a department test value against its own pupils' work before any commercial conversation, which is exactly the friction the report flags. The lesson for leaders is to weight "free to try" almost as heavily as "what it does" when shortlisting.
Over the next 12 months, three moves follow from the report. First, decide where on the eight-stage journey each of your current tools actually sits — many will be stuck between "bought" and "embedded". Second, prioritise the two verticals that demonstrably reduce workload now, assessment and management, over the speculative promise of personalisation. Third, build a habit of low-risk trialling so that procurement friction stops being the reason good tools never get tested.
Trial assessment marking without a purchase order
ReMarkAble AI marks student work against AQA, Edexcel, OCR and WJEC mark schemes, from KS1 through A-Level, and returns examiner-style feedback in minutes. It is free to try with no card required — so a department can test it against its own pupils' work before any procurement conversation begins.
Frequently Asked Questions
How many EdTech companies are there in the UK?
The DfE's June 2026 report, Assessment of the education technology market in England, counts 1,123 UK EdTech companies (p.7). Between them they employ between 29,660 and 39,100 people and generate around £6.5bn in turnover. The sector attracts roughly £782m in annual investment and is growing at an average of 8.8% a year. These are the most authoritative market figures the department has published, drawn from a full mapping of the sector rather than a sample.
What are the seven EdTech verticals in the DfE 2026 report?
The report groups the market into seven verticals: foundational learning (446 companies, £2.6bn turnover); hardware (390 companies, £2.48bn); immersive learning (215 companies, £287m); management and administration (148 companies, £1.39bn); assistive technology (80 companies, £96m); personalised learning (74 companies, £77m); and assessment (71 companies, £470m). Assessment is the smallest vertical by revenue but the fastest-growing, at 18.1% a year. The verticals describe what a tool does, replacing the older 2022 segmentation.
What are the four main barriers to EdTech adoption in schools?
The DfE identifies four system-level constraints (p.10): strategic capability gaps, where schools lack the leadership time and expertise to plan technology use; resource and prioritisation pressures, where budgets and competing demands crowd out new tools; procurement and infrastructure constraints, where buying processes and patchy connectivity slow things down; and weaknesses in sustained adoption and impact measurement, where tools are bought but never embedded or evaluated. Together these explain why good products often fail to reach classrooms.
What's the difference between the 2022 and 2026 DfE EdTech reports?
The 2022 work split the market into seven product segments. The June 2026 assessment reframes it around a verticals-and-horizontals model: seven verticals describing what a tool does, cut across by horizontal themes such as artificial intelligence. The 2026 report is far more comprehensive — 104 pages — and adds an eight-stage implementation journey (Fig. 5, p.43) and four system-level constraints. It also tracks the rapid arrival of general-purpose generative AI, which the 2022 study predates.
Where can I read the full DfE 2026 EdTech report?
The full report, titled Assessment of the education technology market in England and published by the Department for Education in June 2026, runs to 104 pages and is available through GOV.UK's research and statistics pages. It contains the complete vertical breakdown, the eight-stage implementation journey and the four constraints in detail, along with appendices on methodology. This article distils the parts most relevant to school leaders, but the original is the definitive source for the figures cited here.