TheoremX is building a VR-native academic engine that allows students to physically construct mathematical proofs inside immersive space. Every movement is translated into real-time symbolic verification, transforming abstract reasoning into measurable academic mastery.
TheoremX is a UK-based educational technology company developing a virtual reality proof-construction engine that transforms abstract mathematical reasoning into structured spatial experience.
By integrating immersive interaction with real-time symbolic verification, TheoremX enables students to construct formal proofs inside a three-dimensional environment while maintaining academic precision.
The platform addresses high dropout rates in proof-intensive STEM modules, strengthens comprehension, and introduces measurable performance improvement across institutions.
Built for scalability and institutional integration, TheoremX positions itself as long-term academic infrastructure โ not merely an educational tool.
Daoud Intizar founded TheoremX with a clear objective โ to modernise proof-based mathematics education through immersive digital architecture. With a strong academic background in mathematics and educational practice, he identified a structural gap in how complex reasoning is taught and retained across institutions.
Under his leadership, TheoremX has evolved into a scalable educational infrastructure platform designed to improve comprehension, reduce dropout rates, and enhance institutional performance metrics within UK higher education.
Advanced mathematics background combined with classroom teaching experience ensures the platform is academically grounded and pedagogically sound.
Spearheading immersive proof-construction technology that integrates symbolic logic verification with virtual spatial interaction.
Positioning TheoremX as a foundational EdTech infrastructure solution aligned with UK university performance improvement strategies.
Today, TheoremX stands as a forward-thinking academic innovation company, bridging immersive computing with formal mathematical verification โ establishing a new benchmark for interactive proof-based learning.
TheoremX was built to solve a deep structural problem in higher education โ abstract mathematics is difficult not because it is impossible, but because traditional tools fail to bridge intuition and formal logic. We transform proof construction into an embodied, verified, and adaptive experience.
Students manipulate vectors, matrices, and geometric structures in a 3D virtual environment. Every interaction becomes a structured, formally verified proof step โ not just a visual exploration.
Unlike traditional platforms, TheoremX integrates a computer algebra engine that checks each learner-generated step instantly, ensuring mathematical rigor rather than superficial correctness.
Our AI models analyse interaction sequences, detect confusion patterns, and dynamically adjust scaffolding โ reducing cognitive overload and supporting diverse learning styles.
Cohort analytics identify conceptual bottlenecks, enabling departments to reduce tutor workload, improve retention, and enhance curriculum design using real behavioural data.
TheoremX operates on a secure cloud-native infrastructure, enabling multi-campus deployment, centralised management, and seamless updates without operational disruption.
Built with long-term institutional viability in mind, TheoremX combines academic integrity with scalable subscription architecture aligned with university budgets.
In UK higher education, proof-intensive modules face high dropout rates and lecturer shortages. TheoremX addresses this with a scalable, cloud-native architecture designed for multi-institution deployment โ supporting both academic quality and commercial sustainability.
Abstract mathematics relies heavily on symbolic reasoning. However, traditional classroom methods treat proofs as static written exercises rather than interactive cognitive processes.
Students memorise procedural sequences without internalising structural logic. This creates fragile understanding and performance anxiety in proof-intensive modules.
Institutions struggle with dropout rates, increased tutoring demand, and limited faculty scalability in advanced modules.
TheoremX converts symbolic abstraction into immersive, interactive proof construction inside a spatial environment.
Each learner action becomes a verified logical step, checked in real time through symbolic computation and adaptive AI assistance.
This transforms proof learning from passive observation into structured, embodied reasoning.
TheoremX is committed to building secure, scalable digital identity infrastructure for modern regulated industries. We collaborate with forward-thinking institutions, technology partners, and investors who value structured innovation and long-term operational impact.
If you are exploring implementation partnerships, advisory engagement, or enterprise-level deployment, our team is prepared to provide clarity, documentation, and structured next steps.