Software people actually keep learning on
Education & eLearning
Most learning software is built once and abandoned to its content team, which is exactly why so much of it goes unused after the first term. This practice builds for the opposite outcome: products that hold attention, platforms that scale past the pilot, and data that proves what actually worked.
Learning software, built to be used
How EdTech products, LMS platforms and analytics get engineered here.
90 secSample frame · video pending01Name the constraint
Name the barrier to a better learning product.
An unbuilt product, an LMS that has run out of road, unproven outcomes, or growth outrunning the architecture are the four pressures that bring EdTech teams here. Pick yours and the routes that remove it come forward, each with its case made in one line.
An idea for a course, app or platform has to become real software.Education app development carries the product build, and MVP engineering proves the model fast when the idea is still unproven.
An off-the-shelf or ageing LMS blocks the experience you want to ship.Custom LMS engineering builds what the platform cannot, and staged modernisation carries an ageing system forward without a stoppage.
Engagement and outcome data exists but nothing turns it into evidence.Learning analytics builds the measurement layer, and the data practice keeps it trustworthy as usage and content both grow.
User numbers have outgrown the architecture built for the pilot.Product engineering fixes the structure before adding more weight, and custom development carries the platform through its next stage.
Education App Development
Learning apps built for engagement, not just content delivery.
LMS Development
Custom learning management built around your actual pedagogy.
Learning Analytics
Engagement and outcome data turned into evidence that holds up.
MVP Development
The smallest version that proves a learning model with real users.
Product Engineering
The practice behind education products built to keep shipping.
Legacy Modernisation
Ageing learning platforms changed without disrupting a term.
02Built for completion, not just launch
So people actually finish the course.
Learning software succeeds or fails on whether people keep using it. This delivery system treats engagement as an architectural concern from day one, closing every stage on evidence a product owner can verify.
Design around drop-off points
Where learners actually disengage is mapped before features are built, so the product addresses real friction instead of assumed gaps.
The learner journey, mappedBuild for the content team too
Authoring, versioning and content workflows are engineered alongside the learner experience, because a product the content team cannot maintain will stagnate.
Content operations that scaleShip accessible from the first release
WCAG-conformant patterns and assistive technology support are built in from the start, not retrofitted after a complaint or an audit.
Accessibility as a defaultMeasure outcomes, not just usage
Completion, retention and outcome data are instrumented from day one, so the next funding conversation has evidence instead of anecdotes.
Term-level outcome evidence
03What education buyers ask for by name
The learning systems institutions buy, and the standards each must meet.
Institutions and EdTech founders search for an LMS, a mobile learning app or an analytics layer rather than generic engineering. Every one of those requests carries its own interoperability and privacy standards, so each row pairs the deliverable with those standards and the practice that builds it.
| What you need | What we build | Standards and integrations | Where it lives |
|---|---|---|---|
| LMS development | A learning management platform with course authoring, cohorts, assessment, gradebook and reporting built around your pedagogy. | SCORM 2004, xAPI, LTI 1.3 Advantage, WCAG 2.2 AA | LMS Development Services |
| Mobile learning app | Native or cross-platform learner apps with offline lessons, spaced practice and progress that syncs when connectivity returns. | xAPI statements, WCAG 2.2, COPPA and GDPR consent flows, App Store and Play Store policies | Education App Development |
| Learning analytics platform | A measurement layer joining engagement, assessment and completion data into evidence funders and accreditors accept. | xAPI Learning Record Store, IMS Caliper Analytics 1.2, FERPA-governed data handling | Learning Analytics |
| SIS and campus integration | Rostering, single sign-on and grade passback between your product and the student information systems institutions already run. | OneRoster 1.2, LTI 1.3 Assignment and Grade Services, SAML 2.0 and OIDC, Ed-Fi | System Integration |
| Assessment and content tooling | Question banks, adaptive assessment engines and authoring workflows the content team runs without an engineer in the loop. | QTI 3.0, Common Cartridge 1.3, WCAG 2.2 for assessment interfaces | Custom Software Development |
| Learning product MVP | The smallest tested version of a learning model, with real learners and completion instrumented from the first release. | xAPI from day one, WCAG 2.2, privacy by design under FERPA or GDPR | MVP Development |
SCORM 2004 and xAPI
Packaged content still loads into an LMS through SCORM, while xAPI records what a learner actually did. Platforms here run both, so older content libraries and new analytics coexist.
LTI 1.3 Advantage
Tools launch inside an institution's LMS with roster, deep-linking and grade passback services. Building to LTI 1.3 with OIDC login is what makes a product sellable to universities at all.
FERPA and COPPA
Student records, and any data from younger children, carry consent, access and retention duties. Data models, exports and third-party analytics are designed around those duties rather than patched afterwards.
WCAG 2.2 AA
Accessibility is a procurement criterion in public education, not a preference. Keyboard paths, captions, contrast and screen-reader semantics are checked at every release against the current AA success criteria.
04Evidence and proof
Products people actually finished the course on.
EdTech proof is retention and completion evidence, not feature lists. These previews show that standard while written client approvals are collected.
Explore case studiesA learning app that held attention past week one.
Pillar Learning saw sharp drop-off after onboarding. Redesigned engagement loops and a custom progress model doubled week-four retention.
- Week-four retention
- Roughly doubled
- Onboarding completion
- Significantly improved
An LMS that scaled from pilot cohort to full enrolment.
A growing EdTech platform faced architecture built for a hundred pilot users under ten thousand real ones. Product engineering rebuilt the structure without a service interruption.
- Enrolment scale
- 100x pilot volume
- Service interruption during migration
- None
They asked how we measured whether students actually learned anything. Most vendors never ask that question.
Sample · pending client approval
05Three doors into EdTech work
Pick the door that fits your stage.
Early-stage teams usually need a proof of concept, growing platforms need a product engineering partner, and institutions often need a specific LMS or analytics capability built cleanly. Every door below runs on the same engagement-first discipline, so the choice is about your stage, not about quality.
- MVP Development
Prove the learning model
An MVP that tests whether the pedagogy and product actually hold learner attention, before a larger platform gets built around it.
- LMS Development
Build the platform
Custom LMS or learning app engineering that off-the-shelf platforms cannot stretch to cover.
- Product Engineering
Scale past the pilot
Product engineering for platforms that have outgrown their original architecture and need to hold under real enrolment.
06Straight answers
Asked before the next term's budget locks.
01Should we build custom or buy an LMS?
Buy when your pedagogy fits standard course structures, build when your model genuinely does not. Most EdTech teams discover the honest answer during scoping, and a recommendation to buy costs us the engagement and earns your trust, which is the better trade.
02How do you measure learning outcomes, not just engagement?
Engagement metrics like time on platform are the easy signal and the weak one. Outcome measurement ties assessment results, completion and downstream performance together, instrumented from the start so the data exists when a funder or institution asks for it.
03Do you build accessible learning products by default?
Yes, WCAG conformance is a design input from the first wireframe, not a remediation pass before launch. Screen reader support, keyboard navigation and captioning are budgeted into every education product we build, because accessible learning software is simply correct software.
04Can you handle content operations at scale?
Content workflows are engineered alongside the learner experience: versioning, review cycles and authoring tools that your content team can actually run without engineering help for every update. A learning product that bottlenecks on developers to change a lesson has failed operationally.
05What does EdTech product development cost?
An MVP or scoping engagement is priced small and fixed, and it is designed to answer the model question before larger spend commits. Full platform builds are priced against the scoped feature set, with content operations costed as a distinct, visible line.
06Can you integrate with our existing SIS or campus systems?
Yes, student information systems and campus infrastructure integration is common ground for education software. The integration contract is documented and tested against the real system's quirks, which institutional systems reliably have.
07How fast can a learning product go from idea to pilot?
A tested MVP typically ships within a school term's planning window, built to prove the model rather than to be thrown away. Full platform builds follow the pilot's evidence rather than a fixed timeline, so scale decisions stay grounded in real usage.