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Enterprise EdTech infrastructure for schools

An EdTech platform that turns classroom activity into structured, real-time data across students, teachers, and institutions.

Built for a VC-funded startup out of the Netherlands, founded by mathematicians, Bijlex unifies student learning, teacher analytics, content authoring, and institutional oversight into a single event-driven architecture engineered to stay reliable as it scales across schools.

Services

Software Development

Enterprise EdTech infrastructure for schools

An EdTech platform that turns classroom activity into structured, real-time data across students, teachers, and institutions.

Built for a VC-funded startup out of the Netherlands, founded by mathematicians, Bijlex unifies student learning, teacher analytics, content authoring, and institutional oversight into a single event-driven architecture engineered to stay reliable as it scales across schools.

Services

Software Development

Date

Mar 2024

Client

Bijlex

Industry

EdTech / AI

Timeline

26 Months

Hero Image

Dashboard

The Challenge

One platform serving students, teachers, content authors, and administrators with every school's data strictly isolated, in real time, under EU privacy law.

A multi-tenant platform running four separate systems: student app, teacher analytics, admin layer, and a content hub for the math team - on shared infrastructure with every school's data fully isolated, all under EU privacy law. Hundreds of students work in real time at once, and the academic data feeding the platform never stops growing.

Style

The Solution

A dedicated intelligence layer models each student's understanding in real time, learning from every interaction to surface patterns and gaps the moment they emerge.

Bijlex is built on an event-driven, decoupled architecture where each system runs independently and communicates asynchronously through an event layer. Submissions, score updates, and teacher interventions propagate in real time without contention or data conflicts. Tenant isolation is enforced at the data layer, with row-level separation keeping every school's data contained on shared infrastructure. An intelligence layer continuously models how each student works, detecting patterns across thousands of interactions and surfacing them to teachers in real time.

Platform

The Process

We integrated into their team and owned most of the build.

We integrated into the existing team and took ownership of most of the development. The architecture was set up together — we shaped the event-driven structure, the data layer, and how the systems fit, then owned the build across the platform. They knew the domain and the product. We brought the engineering and ran it end to end.

By the numbers

Enterprise level solutions

Enterprise level solutions

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Schools using the platform

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Schools using the platform

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Structured academic content entries

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Structured academic content entries