Best Education Technology Companies in the UK

Education technology has moved well beyond putting worksheets on a screen. The stronger UK EdTech companies now work across personalised learning, assessment, literacy, curriculum resources, school management, homework, parent communication, teacher workload and the increasingly complicated question of how artificial intelligence should be used safely in education.

That breadth makes direct comparison difficult.

A secondary school trying to improve the consistency of mathematics homework has fundamentally different requirements from a multi-academy trust replacing its management information system. A primary school looking for assessment support is solving another problem entirely. So is a parent preparing a child for the 11+, or a school trying to strengthen literacy across science, history, geography and other curriculum subjects.

The useful question is therefore not simply which EdTech company is largest, has the most features or uses the most sophisticated technology.

It is what educational or operational problem the technology solves, how convincingly it solves it, what evidence supports its use and what additional burden it creates when introduced into a real school.

That distinction has become more important as artificial intelligence has accelerated development across the education technology market.

The Department for Education's 2026 assessment of the EdTech market in England examines the size, shape and direction of the market while placing particular emphasis on safe and effective adoption rather than technology for its own sake.

Schools are also being encouraged to think about technology as an interconnected environment rather than a collection of individual products. The Department for Education's digital and technology standards for schools and colleges now cover infrastructure, cyber security, accessibility, cloud systems, devices, governance, filtering and monitoring alongside the applications pupils and teachers actually use.

The strongest technology decision is therefore rarely the product with the longest feature list.

It is the product that addresses a real problem, fits the school's wider digital environment and produces enough educational or operational value to justify its cost, implementation demands and long-term complexity.

Key Takeaways at a Glance

2026 Editorial Summary

• Best for adaptive AI-supported learning: CENTURY
• Best for structured mathematics practice: Sparx Learning
• Best for primary learning and 11+ preparation: Atom Learning
• Best for whole-school literacy: Bedrock Learning
• Best for school management and operational data: Arbor
• Best for whole-school digital learning environments: Firefly Learning
• Best for curriculum resources at scale: Twinkl
• What to compare: Educational evidence, curriculum fit, teacher workload, pupil experience, safeguarding, accessibility, data processing, interoperability, implementation support and total cost
• For AI products: Examine intended use, filtering, teacher oversight, model behaviour, data use and how inaccurate or inappropriate outputs are handled
• For whole-school systems: Migration, integrations, identity management, training and long-term support may matter as much as individual features
• Key advice: Define the problem before evaluating the technology

The UK EdTech Market in 2026

Education technology has become part of the basic operating environment of many UK schools.

A single school may now use separate systems for:

• management information
• attendance
• safeguarding
• behaviour and rewards
• parent communication
• homework
• assessment
• curriculum resources
• mathematics
• literacy
• reading
• revision
• learning management
• staff administration
• finance
• timetabling
• artificial intelligence
• identity and single sign-on

Many of those products can be valuable independently.

The difficulty appears when technology accumulates without an overall strategy.

Pupils may end up moving between multiple portals. Teachers may enter similar information into several systems. Administrators may maintain overlapping datasets. Parents may need different applications for homework, messages, payments and progress information.

The procurement question therefore increasingly extends beyond:

"Is this a good product?"

Schools also need to ask:

"Does adding this product make our overall technology environment better?"

The Department for Education's 2026 EdTech market assessment is particularly useful in this respect because it treats adoption as an organisational question rather than merely a purchasing decision.

Technology has to work inside the realities of school infrastructure, budgets, staffing, data protection, safeguarding and curriculum delivery.

How We Selected the Companies

Best in Britain considered UK-founded or substantially UK-based education technology companies with established products used by schools, teachers, learners, parents or education organisations.

We did not rank companies primarily by funding, employee count, review volume or the number of features advertised on their websites.

Our assessment considered:

• clarity of the educational or operational problem being addressed
• product specialism
• evidence of established use in education
• curriculum relevance
• evidence and published research where available
• teacher and school implementation requirements
• quality of reporting and insight
• accessibility
• safeguarding considerations
• pupil experience
• personalisation
• teacher oversight
• data protection
• interoperability
• implementation support
• longevity
• breadth of adoption
• clarity of the company's proposition

We also considered what type of school or user each platform appears particularly well suited to.

That distinction matters.

An MIS and an adaptive mathematics platform are both education technology, but comparing them directly on features would be meaningless.

Likewise, a large resource library solves a different problem from software designed around personalised learning pathways.

The aim of this guide is therefore not to declare one universal "best EdTech company".

It is to explain where the major differences between the companies become educationally and operationally relevant.

Evidence Is Becoming More Important

One of the more significant developments in UK education technology is the increasing emphasis on evidence.

In September 2026, the Department for Education published findings from the EdTech Evidence Board pilot, funded by the DfE and carried out by the Chartered College of Teaching.

The pilot tested an independent framework for evaluating evidence supporting EdTech products.

It concluded that independent assessment is both feasible and valued, while also identifying a need for stronger evidence quality, visibility and use across the sector.

That is important because education technology suppliers make very different kinds of claims.

A company may claim to:

• save teachers time
• improve attainment
• strengthen vocabulary
• personalise learning
• increase homework completion
• improve communication
• reduce administrative workload
• support pupil independence
• identify knowledge gaps

Each of those claims requires different evidence.

A platform claiming improved GCSE outcomes should face a higher evidential threshold than a resource library claiming to make lesson preparation more convenient.

Schools should therefore ask not merely whether a supplier has "research", but whether the evidence actually supports the specific claim being made.

CENTURY

Website

CENTURY is a London-based education technology company combining artificial intelligence, learning science and teacher-created curriculum content.

Founded by Priya Lakhani OBE in 2013, the company has developed its platform around personalised learning, diagnostic assessment and teacher insight.

Its UK learning content includes areas such as:

• mathematics
• English
• science
• geography
• primary education
• secondary education
• functional skills
• further education

The platform divides learning into smaller units that combine instructional material with questions and assessment.

Performance information is then used to identify gaps in knowledge and recommend appropriate subsequent material.

That distinction is important.

CENTURY is not simply a library from which a learner chooses content. Its central proposition is that the system responds to learner performance.

Teachers retain visibility of progress and can see where pupils may require additional intervention.

How CENTURY approaches personalisation

Personalised learning is one of the most commonly used phrases in EdTech, but it can mean very different things.

At its simplest, software may merely allow pupils to select a difficulty level.

More sophisticated systems use performance, previous answers or diagnostic information to determine what should happen next.

CENTURY sits closer to the latter model.

The educational argument is straightforward: pupils sitting in the same classroom do not necessarily have identical gaps in knowledge.

A teacher may understand that variation but have limited time to construct completely separate practice sequences for every pupil.

Technology can therefore potentially make differentiation more manageable.

The question schools should ask is not simply whether the algorithm is sophisticated, but whether the resulting sequence is educationally appropriate.

Artificial intelligence and teacher oversight

CENTURY is also relevant to the wider debate around AI in education.

There is an important difference between educational software using artificial intelligence within a defined curriculum model and giving pupils unrestricted access to a general-purpose generative chatbot.

The former can be designed around specific subjects, age groups, content and learning objectives.

That does not remove the need for scrutiny.

Schools should still establish:

• what information influences recommendations
• how teachers can intervene
• whether automated decisions can be overridden
• what pupil data is processed
• what evidence supports the personalisation model
• how progress information should be interpreted

The Department for Education's generative AI product safety standards are particularly useful when assessing any education product making substantial use of generative AI.

Who is CENTURY best suited to?

CENTURY is particularly relevant to schools, colleges and education providers seeking personalised digital learning combined with detailed information about learner progress.

It may be useful where educators want technology to help identify knowledge gaps across relatively large cohorts.

The platform is less likely to be chosen simply because a school wants a generic library of classroom resources.

Questions to ask CENTURY

Before implementation, schools may want to establish:

• which subjects and curriculum stages are covered at the required depth
• how diagnostic information affects recommendations
• whether teachers can change the recommended sequence
• how SEN and accessibility requirements are supported
• how usage data is exported
• which MIS or learning platforms can be integrated
• how pupil information is retained
• what training teachers receive
• how impact should be measured

Pros

• Personalised learning pathways
• Diagnostic assessment
• Teacher progress information
• Primary and secondary coverage
• Functional skills content
• Curriculum-aligned material
• Artificial intelligence used within a defined education product
• Designed specifically for teaching and learning
• Suitable for institutional implementation

Author's Take

CENTURY is most interesting where artificial intelligence is being used to address a recognisable educational constraint rather than being treated as the product itself.

Teachers already know that pupils have different gaps.

The challenge is identifying those gaps consistently and responding without creating an impossible amount of additional work.

Technology can potentially help with that problem.

But personalisation should not become a black box.

The important question is whether teachers remain able to understand and influence what the system recommends.

The strongest use of adaptive technology should extend professional judgement rather than obscure it.

Sparx Learning

Website

Sparx Learning is one of the most established UK companies focused on structured independent practice.

It is best known for Sparx Maths, alongside Sparx Reader and Sparx Science.

Sparx Maths provides personalised mathematics homework based around curriculum content being taught by the school.

The platform can:

• set personalised practice
• revisit previous material
• provide explanatory videos
• monitor completion
• identify areas of difficulty
• report progress to teachers
• adjust work around pupil performance

The proposition is deliberately narrower than that of a general digital learning environment.

Sparx is primarily designed to make regular practice more structured and manageable.

Mathematics homework as a systems problem

Homework sounds simple until it is viewed at whole-school scale.

Teachers need to:

• decide what should be practised
• pitch work at an appropriate level
• distribute it
• monitor completion
• support pupils who struggle
• mark or review responses
• identify recurring misconceptions
• follow up incomplete work

Technology can automate some of those processes.

Sparx's value proposition therefore sits partly in educational practice and partly in workflow.

The company has also invested unusually heavily in evaluating the product.

Its published support material references research involving Cambridge University and RAND Europe and reports measurable differences in learner outcomes associated with consistent usage.

Schools should still read research methodology rather than relying purely on headline figures, but the presence of substantive evaluation is a positive differentiator in a market where evidence quality varies considerably.

Teacher control

Another important element is that teachers retain the ability to override the platform's personalisation.

That matters because even sophisticated adaptive systems will sometimes reach conclusions that do not match what a teacher knows about an individual pupil.

The appropriate model is therefore not algorithm versus teacher.

It is automation handling repetitive decisions while teachers retain control where professional judgement matters.

Who is Sparx Learning best suited to?

Sparx Maths is particularly relevant to secondary schools wanting a consistent whole-school approach to mathematics homework and independent practice.

It may be particularly useful where departments are currently spending substantial amounts of time setting, differentiating, checking and following up homework manually.

Questions to ask Sparx

Schools should consider:

• expected weekly pupil usage
• how incomplete homework is handled
• what support is available when pupils struggle
• how personalisation works
• what data teachers can see
• whether teachers can adjust assignments
• how the platform supports pupils with additional needs
• how implementation affects departmental routines
• what parent communication is involved
• what evidence applies to schools similar to their own

Pros

• Strong mathematics specialism
• Personalised homework
• Structured independent practice
• Built-in support resources
• Teacher monitoring
• Published research
• Teacher override capability
• Reduced repetitive administration
• Wider Reader and Science products
• Whole-school implementation model

Author's Take

Sparx is interesting precisely because it does not depend on appearing revolutionary.

Regular practice matters.

Consistency matters.

Teachers having a workable way to see whether that practice actually happened matters.

The technology becomes valuable if it can improve those processes without weakening teacher oversight or creating unnecessary pressure around completion.

The most important implementation question is cultural rather than technical.

A school still needs a coherent homework policy, appropriate pupil support and consistent follow-up.

Software can make that system easier to operate, but it cannot create the system by itself.

Atom Learning

Website

Atom Learning focuses principally on primary-age education, Key Stage 2 learning and school entrance preparation.

The company operates across three audiences:

• families
• schools
• tutors

Atom Home supports children aged approximately 7 to 11 across areas including:

• English
• mathematics
• science
• verbal reasoning
• non-verbal reasoning
• Year 6 SATs
• 11+ preparation
• independent-school entrance preparation

Atom states that it has supported more than 317,000 families, while Atom School is used by more than 1,000 schools.

Its current platform includes more than 100,000 questions across English, mathematics, science, verbal reasoning and non-verbal reasoning.

The difference between Atom Home and Atom School

This distinction is important for anyone assessing the company.

Parents are likely to encounter Atom because of selective-school entrance preparation.

Schools may have a broader requirement around primary teaching, assessment and pupil practice.

The underlying technology may overlap, but the purchasing context is different.

A parent preparing one child for a grammar-school examination does not need the same reporting, administration and implementation model as a primary school.

Personalisation and assessment

Atom uses learner performance to provide personalised learning pathways and progress information.

For families, that can help structure independent preparation.

For schools, the more interesting question is whether Atom fits existing curriculum and assessment arrangements without unnecessarily duplicating other systems.

Primary schools already use multiple sources of teacher assessment, standardised tests and curriculum information.

An additional platform should therefore provide insight that is useful rather than simply generating another dashboard.

Who is Atom Learning best suited to?

Atom is particularly relevant to:

• families preparing for selective entrance examinations
• pupils working towards Year 6 SATs
• primary schools wanting structured digital learning
• schools looking for additional assessment information
• tutors supporting Key Stage 2 pupils

Questions to ask Atom

Schools and families should consider:

• which curriculum areas are included
• how personalisation changes the learner pathway
• what assessment data is available
• how school reporting differs from the family product
• how teachers assign work
• whether integrations are available
• which accessibility features are supported
• how pupil information is managed
• whether the platform supplements or duplicates existing assessment systems

Pros

• Clear primary-age specialism
• School and family products
• 11+ preparation
• SATs preparation
• Large question library
• Personalised learning
• Progress information
• English, maths and science
• Verbal and non-verbal reasoning
• Established use by schools and families

Author's Take

Atom's clearest advantage is focus.

It does not need to solve every technology problem in a school.

Its strongest proposition sits around primary learning, assessment and selective-school preparation.

For parents, the value proposition is relatively straightforward.

For schools, the decision requires more scrutiny because the platform enters an environment where other assessment and curriculum tools are probably already present.

The relevant question is therefore not simply whether Atom contains good material.

It is whether introducing Atom gives teachers information or functionality they do not already have.

Bedrock Learning

Website

Bedrock Learning is a UK literacy platform focused on reading, writing, vocabulary, grammar and the language pupils need to access the wider curriculum.

The company reports use by more than 1,000 schools and multi-academy trusts.

Its proposition begins with an important educational idea: literacy is not confined to English lessons.

A pupil may understand a scientific principle but struggle with the vocabulary through which the principle is expressed.

The same problem can appear in:

• history
• geography
• mathematics
• science
• religious studies
• technology
• the arts

Each subject has its own language, text structures and conventions.

Bedrock therefore approaches literacy partly through disciplinary literacy.

Vocabulary beyond English lessons

The platform includes work around:

• Tier 2 vocabulary
• subject-specific Tier 3 vocabulary
• grammar
• reading
• writing
• curriculum knowledge

Bedrock describes its curriculum as adaptive and provides schools with information about pupil progress.

It also offers assessment and insight intended to help schools identify literacy needs across cohorts.

This is a stronger proposition than treating vocabulary as a list of difficult words pupils should memorise.

Effective literacy instruction requires pupils to encounter language in context, understand relationships between words and use vocabulary themselves.

Evidence

Bedrock publicly positions the platform as evidence-backed and publishes impact claims relating to reading and literacy outcomes.

As with any supplier evidence, schools should examine exactly how the measures were produced and whether the context resembles their own pupils.

The positive point is that the company is clearly making evidence part of the product conversation rather than relying solely on feature descriptions.

Who is Bedrock Learning best suited to?

Bedrock is particularly relevant to:

• schools with a whole-school literacy priority
• trusts developing consistent literacy approaches
• secondary schools focusing on disciplinary literacy
• schools concerned about academic vocabulary
• schools seeking structured reading and writing support beyond English lessons

Questions to ask Bedrock

Schools may want to establish:

• which age groups are best supported
• how literacy assessment is conducted
• how teachers use the resulting information
• what implementation looks like across departments
• how subject-specific vocabulary is selected
• how SEND pupils are supported
• what evidence supports impact claims
• how usage fits into curriculum time
• whether the platform is used during lessons, homework or both

Pros

• Whole-school literacy specialism
• Reading, writing and vocabulary
• Tier 2 and Tier 3 language
• Subject-specific academic vocabulary
• Adaptive learning
• Teacher and school insight
• Primary and secondary applications
• More than 1,000 schools and MATs
• Evidence-focused positioning
• Whole-curriculum approach

Author's Take

Bedrock addresses one of the less obvious barriers to achievement.

Pupils are often asked to demonstrate knowledge through increasingly specialised language.

A child can therefore understand an idea but struggle to access the text explaining it, interpret the question assessing it or express the answer expected by the examiner.

That makes literacy genuinely cross-curricular.

Technology is useful here when it provides the repetition, assessment and personalisation that would be difficult to deliver consistently at whole-school scale.

But it should support a literacy strategy rather than become the literacy strategy.

Subject teachers still need to explicitly teach pupils how language works within their disciplines.

Arbor

Website

Arbor operates in a different part of the EdTech market.

Rather than focusing primarily on curriculum content, Arbor provides cloud-based management information and school operations software.

The company launched Arbor MIS in 2011 and now says its technology is trusted by more than 12,500 schools and 930 multi-academy trusts.

Its ecosystem includes areas such as:

• pupil information
• attendance
• assessment
• behaviour
• reporting
• timetabling
• finance
• HR
• recruitment
• trust-wide reporting and management

This demonstrates why EdTech should not be defined only by software pupils interact with directly.

Administrative systems can influence teaching indirectly by changing how much time staff spend finding, entering, transferring and interpreting information.

Why MIS decisions are different

Replacing a homework platform is significant.

Replacing the management information system at the centre of a school is substantially more consequential.

The MIS may interact with:

• pupil records
• attendance
• safeguarding processes
• assessment
• parent information
• finance
• timetabling
• other third-party applications

Migration therefore deserves substantial attention.

Historical information needs to transfer correctly.

Integrations need to continue functioning.

Permissions must be configured appropriately.

Staff need training.

Reporting structures may need rebuilding.

Schools should therefore assess an MIS supplier partly on the quality of migration and implementation, not simply on interface design.

Multi-academy trusts

Arbor's MAT proposition is particularly significant.

Trust leaders may need consistent information across several or dozens of schools.

Where individual schools maintain different systems or processes, obtaining a trustworthy group-wide picture becomes more difficult.

A common MIS can potentially reduce that fragmentation.

The benefit depends on governance and implementation, however.

A single system will not automatically create consistent data if schools use it inconsistently.

Who is Arbor best suited to?

Arbor is particularly relevant to:

• schools replacing legacy MIS platforms
• growing multi-academy trusts
• trusts seeking more consistent reporting
• schools wanting cloud-based management systems
• organisations consolidating several operational tools

Questions to ask Arbor

Before migration, schools should clarify:

• which historical data will migrate
• how data quality will be checked
• which integrations are currently supported
• how long implementation normally takes
• how staff training works
• what support is available after migration
• how permissions are controlled
• how data can be exported
• how reporting works across MATs
• what happens if the organisation later changes provider

Pros

• More than 12,500 schools and trusts
• Established UK education specialism
• Cloud-based MIS
• School-level operations
• MAT-wide reporting
• Finance capabilities
• HR and recruitment
• Timetabling
• Broad school-management ecosystem
• Long-established product

Author's Take

Arbor demonstrates why some of the most important EdTech is almost invisible to pupils.

A teacher finding the right information quickly is useful.

A trust being able to understand attendance across its schools is useful.

An administrator not entering the same information repeatedly is useful.

None of those things look particularly futuristic.

They can nevertheless have substantial operational value.

The risk with an MIS replacement is that buyers focus on what the new platform can do and underestimate the complexity of moving away from what already exists.

For systems this central to school operations, migration quality may matter almost as much as feature quality.

Firefly Learning

Website

Firefly Learning provides a broader digital learning environment connecting teachers, pupils, parents and school leaders.

The company says its technology is trusted by schools in more than 40 countries.

Firefly's platform brings together areas including:

• learning resources
• assignments
• homework
• pupil progress
• parent communication
• student engagement
• recognition and rewards
• school information
• reporting
• Microsoft integrations
• Google integrations

Its proposition is therefore less about one subject and more about connecting the digital learning experience.

The problem of portal fragmentation

Schools frequently accumulate digital services over time.

A pupil may need to check one system for homework, another for resources and another for communication.

Parents may use different applications to receive messages, understand progress and access school information.

Teachers may move repeatedly between tools.

A digital learning environment can potentially reduce that fragmentation.

But consolidation is only valuable if it genuinely makes the user experience simpler.

Adding a new portal that merely links to six existing portals does not necessarily solve the underlying problem.

Schools should therefore map their current workflows before considering this type of platform.

Microsoft and Google environments

Integration with Microsoft and Google is particularly relevant because those ecosystems are already deeply embedded in many schools.

The value of Firefly may therefore depend partly on how smoothly it sits on top of or alongside the organisation's existing identity, productivity and learning systems.

Who is Firefly Learning best suited to?

Firefly is particularly relevant to:

• schools wanting a wider digital learning environment
• schools trying to improve parent engagement
• organisations seeking a more consistent pupil experience
• schools already using Microsoft or Google platforms
• institutions attempting to consolidate digital learning tools

Questions to ask Firefly

Schools should consider:

• what existing platforms Firefly would replace
• what would remain separate
• how Microsoft and Google integrations work
• whether single sign-on is available
• what parents can see
• how assignments are managed
• what reporting is available
• how permissions are controlled
• how mobile access works
• what implementation and migration require

Pros

• Whole-school digital environment
• Learning management
• Homework and assignments
• Parent communication
• Student engagement
• Microsoft integration
• Google integration
• Progress visibility
• International school adoption
• Broad school proposition

Author's Take

The value of a learning environment is often determined less by how many features it adds and more by how much fragmentation it removes.

Schools should start by mapping what pupils, teachers and parents actually do now.

How many systems do they use?

How many logins?

Where is information duplicated?

Which platforms frustrate users?

If Firefly removes several of those problems, its value becomes much clearer.

If it simply becomes another layer sitting above everything else, the case is weaker.

Twinkl

Website

Twinkl began in Sheffield in 2010 and has grown from a teaching-resource business into one of the UK's most recognisable education platforms.

The company says its library now contains more than one million educational resources.

These span areas including:

• Early Years
• primary education
• secondary education
• SEND
• English as an additional language
• curriculum planning
• worksheets
• presentations
• assessments
• schemes of work
• educational games
• digital resources
• eBooks
• interactive activities
• professional development

Twinkl therefore operates quite differently from the highly structured learning platforms elsewhere in this guide.

Its central proposition is breadth.

Resource platform rather than learning pathway

A tightly controlled adaptive platform determines or recommends what the learner should encounter next.

Twinkl primarily gives educators access to a huge collection from which they can select.

That makes professional judgement especially important.

Two teachers with access to exactly the same resource library may use it very differently.

The educational value therefore comes partly from the quality of the underlying resources and partly from the teacher's ability to select and sequence them appropriately.

Teacher workload

The original logic behind Twinkl remains compelling.

Teachers spend substantial time creating classroom materials.

Not every worksheet, presentation or activity needs to be built from a blank page.

A well-designed resource can provide a starting point that a teacher adapts for a particular class.

That can reduce repetitive preparation.

The danger is using a resource simply because it is convenient rather than because it serves the learning objective.

Who is Twinkl best suited to?

Twinkl is particularly relevant to:

• classroom teachers
• primary schools
• secondary departments
• SEND practitioners
• home educators
• parents
• schools wanting broad curriculum resources

Questions to ask before adopting Twinkl school-wide

Schools should consider:

• which teams are likely to use the resources regularly
• whether existing resource subscriptions overlap
• how curriculum leads will maintain consistency
• what accessibility formats are available
• what school-wide licensing includes
• how resources will be adapted to local curriculum sequencing
• which digital tools are included beyond downloadable materials

Pros

• UK-founded education company
• More than one million resources
• Extremely broad curriculum coverage
• Primary and secondary content
• SEND and EAL material
• Digital and printable resources
• Planning support
• Assessment material
• Teacher-created resources
• Can reduce preparation workload

Author's Take

Twinkl solves a fundamentally different problem from most of the companies in this guide.

It gives educators a very large toolbox.

That flexibility is valuable because teachers rarely need technology to make every instructional decision for them.

Sometimes they simply need a good diagram, worksheet, activity, presentation or assessment resource without spending an hour making it themselves.

But scale creates its own challenge.

Having access to a million resources does not mean a teacher needs a million resources.

The professional skill lies in choosing the right one and fitting it into a coherent sequence of learning.

Comparing the Companies

These companies should not be treated as interchangeable.

Choose CENTURY when...

The primary requirement is personalised digital learning and the school wants technology capable of responding to individual knowledge gaps.

Choose Sparx Learning when...

The problem is structured independent practice, particularly mathematics homework, and consistency across a department or school matters.

Choose Atom Learning when...

The requirement centres on primary-age learning, assessment or selective-school entrance preparation.

Choose Bedrock Learning when...

Literacy, vocabulary, reading and academic language are whole-school priorities.

Choose Arbor when...

The problem sits principally in school administration, management information, reporting or trust-level operations.

Choose Firefly Learning when...

The school needs a broader digital learning environment and wants to reduce fragmentation between learning, communication and engagement systems.

Choose Twinkl when...

The main requirement is access to a broad range of teacher resources rather than a tightly prescribed digital learning pathway.

What Schools Should Examine Before Buying EdTech

Buying software for a school should begin with the problem, not the demonstration.

A useful procurement process can be divided into several areas.

1. Define the problem precisely

"We need better technology" is not a useful procurement brief.

A better statement might be:

• Year 8 mathematics homework completion is inconsistent
• teachers spend too much time manually producing differentiated practice
• reading-age information is difficult to act upon
• trust leaders cannot easily compare attendance across schools
• parents need to use too many communication systems
• existing pupil devices cannot reliably access classroom resources

A precise problem makes supplier comparison considerably easier.

2. Establish the baseline

Before buying anything, determine what currently happens.

Measure where possible:

• attainment
• completion rates
• staff time
• login frequency
• pupil engagement
• support requests
• administrative workload
• platform usage
• costs

Without a baseline, it becomes difficult to determine whether the new product actually improved anything.

3. Examine the evidence

Schools should ask suppliers:

• What evidence supports your principal claims?
• Was the evidence produced internally or independently?
• Which pupil groups were studied?
• How many schools participated?
• Was there a comparison group?
• How recent is the evidence?
• Does it apply to pupils similar to ours?
• What level of usage was required to produce the reported outcome?

The September 2026 EdTech Evidence Board pilot is useful context for schools wanting to take a more structured approach to evidence.

4. Assess data protection before procurement

EdTech products frequently process information about:

• pupils
• parents
• staff
• attainment
• behaviour
• attendance
• accounts
• learning activity

Data protection should therefore be examined before purchase rather than after implementation.

The Department for Education's guidance on procuring EdTech recommends understanding data flows, supplier responsibilities, subprocessors and whether a data protection impact assessment is required.

Schools should ask:

• What personal information is collected?
• Why is each field necessary?
• Where is information stored?
• Is information transferred internationally?
• Which subprocessors receive data?
• Who is the controller and processor?
• How long is information retained?
• How is information deleted?
• Can the school export its data?
• What happens when the contract ends?
• Is pupil or staff information used to train AI?

The Information Commissioner's Office has also examined EdTech providers directly. Its 2026 EdTech examined work followed audits involving 28 providers used across UK primary and secondary schools.

5. Apply additional scrutiny to AI

"AI-powered" tells a buyer very little.

Schools should ask what the artificial intelligence actually does.

Does it:

• recommend content?
• generate content?
• assess pupil work?
• provide feedback?
• communicate directly with children?
• determine learning pathways?
• analyse behaviour?
• summarise information?

The DfE's generative AI product safety standards expect education-focused AI products to state their intended use clearly and address areas including filtering, security, privacy, design, governance and child safety.

The standards also stress that claims about product impact should be supported by robust and transparent evidence.

Schools should therefore establish:

• which AI models are involved
• whether pupil information is sent to external models
• how inappropriate output is filtered
• how hallucinations and inaccuracies are handled
• whether teachers can monitor usage
• whether staff can override automated decisions
• how the product responds to attempts to bypass safeguards
• what happens when the underlying AI model changes

6. Evaluate accessibility

Accessibility should not be treated as a specialist add-on.

The DfE's digital accessibility standard expects schools and colleges to consider accessibility across hardware, software, digital services, content and communications.

Schools should examine features such as:

• keyboard navigation
• screen-reader compatibility
• captions
• alternative text
• text-to-speech
• dictation
• zoom
• colour contrast
• translation
• compatibility with assistive technology

The key question is not merely whether the supplier says a product is accessible.

Ask for an accessibility statement and test the functions relevant to pupils and staff who will actually use it.

7. Examine infrastructure requirements

Excellent software cannot compensate for unreliable infrastructure.

The Department for Education currently expects schools and colleges to be working towards six core digital standards by 2030 covering:

• broadband
• wireless networking
• network switching
• digital leadership and governance
• filtering and monitoring
• cyber security

The wider standards also cover devices, cloud services, accessibility, cabling, storage and IT support.

Before procuring software, schools should therefore establish whether existing infrastructure can support it reliably.

8. Examine integration

Every new product becomes part of an existing environment.

Check compatibility with:

• management information systems
• Microsoft 365
• Google Workspace
• single sign-on
• identity management
• safeguarding systems
• learning platforms
• assessment systems
• parent communication
• reporting tools

Integration quality has direct consequences for workload.

A platform that requires staff to maintain pupil accounts manually may be far less efficient than one connected directly to the school's existing identity systems.

9. Calculate the real cost

Subscription price is only one part of total cost.

Also consider:

• implementation
• migration
• training
• setup
• integration
• additional hardware
• support
• administration
• staff time
• renewal increases
• minimum contract periods

A cheaper product can become more expensive when it requires extensive manual administration.

A more expensive system can sometimes create better value if it replaces several existing subscriptions.

10. Measure workload honestly

"Saving teachers time" is one of the most common claims in EdTech.

It deserves careful examination.

Ask:

• Which task disappears?
• What new task replaces it?
• Who administers accounts?
• Who resolves technical problems?
• Who checks data?
• Who supports pupils unable to log in?
• How much training is required?
• What reporting must staff review?

A system that saves 30 minutes of marking but creates an hour of administrative work elsewhere has not reduced workload.

11. Consider availability and resilience

Many modern school systems are cloud-based.

The DfE's cloud standards point out that apparently small differences in uptime can translate into meaningful periods of downtime.

Schools should understand:

• supplier availability commitments
• backup arrangements
• disaster recovery
• internet dependency
• support response times
• what functions remain available during an outage

This matters particularly for systems such as MIS platforms that may be operationally critical throughout the school day.

12. Plan implementation before signing

A good product can fail through weak implementation.

Before purchase, establish:

• project ownership
• implementation dates
• migration requirements
• training
• technical dependencies
• communications
• success measures
• review dates

Schools should also determine who owns the change internally.

Technology implementation is rarely an IT-only project.

Curriculum leaders, finance, safeguarding, SEND, data protection, senior leadership and teachers may all need involvement depending on the product.

Digital Leadership and Governance

The Department for Education's current digital standards explicitly treat leadership and governance as a core requirement.

That reflects an important reality.

Technology choices affect:

• teaching
• finance
• safeguarding
• cyber security
• data protection
• accessibility
• operations
• staff workload

They therefore need organisational ownership.

Schools should maintain clear records of:

• technology contracts
• subscriptions
• licences
• applications
• information assets
• renewal dates
• system owners

This also helps identify duplicated software and subscriptions that are no longer creating sufficient value.

Avoiding Technology Accumulation

One of the easiest EdTech mistakes is repeatedly adding products without removing anything.

Every new system creates some combination of:

• another contract
• another data flow
• another login
• another supplier
• another security dependency
• another training requirement
• another support obligation

Schools should periodically review their entire technology estate.

For each platform, ask:

1. What problem does this solve?
2. Do we still have that problem?
3. How many people actively use it?
4. What measurable value does it create?
5. Does another product already perform the same function?
6. What would happen if we stopped using it?

Technology procurement should not be a one-way process.

Removing unnecessary software can be as valuable as buying something new.

The Role of AI in the Next Phase of EdTech

Artificial intelligence will almost certainly make education technology more capable.

That does not necessarily mean schools need more software.

Some existing products will simply gain AI functionality.

The most useful applications are likely to be those where AI addresses a specific constraint.

That might include:

• helping teachers create differentiated material
• identifying knowledge gaps
• generating first drafts of administrative content
• providing carefully controlled feedback
• supporting accessibility
• helping staff analyse large datasets
• assisting pupils within tightly defined learning activities

The weakest implementations are likely to be those where artificial intelligence is added without a clear educational reason.

Generating more content is easy.

Education has never primarily suffered from a shortage of available information.

The harder problems are deciding:

• what pupils need to know
• what they already understand
• what misconception is preventing progress
• which explanation will help
• when independent practice is needed
• when intervention is required

AI becomes educationally useful when it helps answer those questions.

Questions to Ask an EdTech Supplier

Before entering a significant contract, schools and trusts should ask:

Educational purpose

• What specific problem does the product solve?
• Which pupil groups is it designed for?
• Which curriculum areas does it support?
• What should improve if implementation succeeds?
• What should we measure?

Evidence

• What evidence supports your principal claims?
• Is any research independent?
• Which schools participated?
• Can we see the methodology?
• What usage level produced the reported result?
• Has the product been evaluated with pupils similar to ours?

Implementation

• How long does implementation normally take?
• What work is required from our staff?
• What training is included?
• Who will be our implementation contact?
• Can we pilot the product?
• What happens if implementation is delayed?

Integration

• Which MIS platforms do you integrate with?
• Do you support Microsoft 365?
• Do you support Google Workspace?
• Is single sign-on available?
• Which APIs are available?
• Can data be imported and exported easily?

Data protection

• Which personal information do you process?
• Why is each field required?
• Where is it stored?
• Which subprocessors are used?
• Is data transferred internationally?
• What is the retention period?
• Can we delete data on request?
• What happens to data after termination?

Artificial intelligence

• Where is AI used?
• Which models are involved?
• Is pupil information sent to third-party models?
• Is our information used for model training?
• Can teachers monitor AI interactions?
• Can automated recommendations be overridden?
• How are inaccurate outputs managed?
• How is harmful content filtered?
• How frequently are models changed?

Safeguarding

• What controls exist for pupil-facing interaction?
• Can inappropriate content be generated?
• How are incidents reported?
• Which administrators can review usage?
• How are age-appropriate restrictions applied?

Accessibility

• Do you publish an accessibility statement?
• Does the product support keyboard navigation?
• Does it work with screen readers?
• Are captions available?
• Does it support text-to-speech?
• Which assistive technologies have been tested?

Security

• Is multi-factor authentication available?
• How are security updates handled?
• What penetration testing is completed?
• How quickly are vulnerabilities patched?
• How will we be informed of a breach?

Commercial terms

• What is included in the quoted price?
• Are setup charges separate?
• Is implementation charged separately?
• Does pricing change with pupil numbers?
• What is the minimum term?
• What notice period applies?
• Does the agreement auto-renew?
• How are price increases calculated?

Exit planning

• Can we export all historical information?
• In which format?
• How long is data available after cancellation?
• When will your copies of our information be deleted?
• What support is available during migration to another provider?

Author's Take

The strongest EdTech companies tend to have one thing in common: the technology is attached to a clearly identifiable problem.

Sparx concentrates on structured practice.

Bedrock focuses on literacy and academic language.

Arbor addresses school information and administration.

CENTURY focuses on variation in pupil knowledge and personalised learning.

Atom has a clearly defined primary and assessment proposition.

Firefly tackles the increasingly fragmented digital environment around pupils, parents and teachers.

Twinkl addresses something extremely practical: teachers should not have to create every educational resource from scratch.

Those propositions are easier to evaluate because the problem comes before the product.

That matters particularly in 2026.

Artificial intelligence makes it possible to build features extremely quickly. It can generate questions, explanations, lesson plans, feedback and educational content at a scale that would have been impractical only a few years ago.

But capability is not the same as educational value.

A platform capable of producing 5,000 worksheets does not mean a teacher needs 5,000 worksheets.

A dashboard containing 200 metrics does not mean a school can make 200 better decisions.

A pupil having access to unlimited information does not mean the pupil understands it.

Education remains a process of building knowledge, practising, receiving feedback, correcting misconceptions and gradually becoming capable of something that could not previously be done.

Technology is useful when it makes that process more effective, more accessible or more manageable.

That is why evidence, accessibility, safeguarding, integration and teacher oversight matter just as much as the sophistication of the software.

Schools should be particularly cautious about buying technology because it feels innovative.

The better question is:

What does this allow pupils, teachers or school leaders to do better than they can do now?

If the answer is clear, measurable and important, the technology may deserve investment.

If the answer is mainly that the platform has AI, a polished dashboard or a longer feature list than its competitors, the case is considerably weaker.

The best EdTech environment is not necessarily the one containing the most technology.

It is the one where every significant system has a clear purpose, works safely with the rest of the organisation and creates enough value to justify being there.

For a wider framework covering devices, infrastructure, artificial intelligence, evidence and digital implementation, see our guide to how schools should evaluate education technology.

Related guides

Web Designers

Best Web Design Awards for Freelancers and Agencies in the UK

A researched guide to the best web design and development awards programmes for UK freelancers and digital agencies, comparing entry costs, judging criteria and portfolio value.

Updated 24 September 2026

Things to Do

25 best Christmas markets in the UK

Discover 25 of the best Christmas markets in the UK, from Bath's Georgian streets and Birmingham's Frankfurt market to cathedral fairs, city festivals and historic estate markets.

Updated 26 September 2026

Things to Do

20 best places for a romantic weekend in the UK

Discover 20 of the best places for a romantic weekend in the UK, from historic cities and coastal towns to countryside escapes, islands and mountain retreats across all four nations.

Updated 26 September 2026

Modelling and Talent

Best Modelling Agencies in the UK

A practical guide to UK modelling agencies for fashion, commercial campaigns, editorial work, talent development and professional model representation.

Updated 14 September 2026

Marketing Agencies

The UK's Leading Hotel & Hospitality Marketing Partnerships

We reviewed the best hotel marketing agencies in the UK for SEO, PPC, direct bookings, paid social media, website development, branding, email marketing and reducing OTA dependency.

Updated 17 July 2026

Food and Drink

25 best romantic hotels in the UK

Discover 25 of the best romantic hotels in the UK, from intimate country houses and adults-only coastal retreats to castle stays, private-island hotels and elegant city hideaways.

Updated 30 June 2026