LEARN 2025 Riyadh: A landmark event for Saudi Vision 2030
LEARN 2025 Riyadh is Saudi Arabia’s flagship education technology event, designed to accelerate digital learning solutions and digital learning platforms that align with Saudi Vision 2030. The LEARN 2025 Conference connects policymakers, educators, and EdTech leaders to showcase innovation in educational ecosystems and next-generation learning tools.
Why digital learning ecosystems are vital for education in Saudi Arabia
At the core of LEARN 2025 Saudi Arabia is the recognition that learning ecosystems are essential to prepare students and educators for the future. A Digital Ecosystem Platform for Education brings together Student Information Systems (SIS), Learning Management Platforms (LMS), and e-learning tools into one adaptive environment. For Saudi Arabia, these connected ecosystems unlock opportunities in smart education platforms, school marketplaces, and digital transformation programs that directly serve Vision 2030.
Torry Harris offerings for smart education transformation in KSA
At LEARN 2025 Riyadh, Torry Harris will demonstrate how its offerings drive transformation for schools, universities, and EdTech providers. The SMART Souq - Digital Ecosystem Platform helps monetize APIs, data, and services, enabling EdTech marketplaces and education ecosystem platforms. Legacy Modernization ensures Learning Management Platforms and Student Information Systems become cloud-native, AI-ready, while API and iPaaS services provide secure integration for school marketplaces and digital ecosystems.
Digital ecosystem platforms for schools, universities, and edTech
LEARN 2025 Riyadh highlights how Digital Ecosystem Platforms for Schools and Universities can create collaborative EdTech marketplaces and improve faculty and student experiences. With platforms like SMART Souq, institutions can simplify onboarding, govern APIs, and scale partnerships across the education ecosystem platform. These connected platforms reduce complexity, support digital learning platforms, and expand reach for both local and global EdTech marketplace providers.
Cloud migration & legacy modernization for education platforms
A central theme at LEARN 2025 Riyadh is how cloud migration and legacy modernization unlock agility in the education sector. Torry Harris helps institutions modernize Student Information Systems and Learning Management Platforms into cloud-native, AI-ready digital cores. Using microservices, accelerators, and API ecosystems, Saudi institutions can achieve faster adoption of digital learning solutions and scale education ecosystem platforms that meet the needs of Vision 2030.
AI-powered learning solutions & intelligent platforms for the future
At LEARN 2025 Riyadh, AI-powered innovation will take center stage. Torry Harris solutions use generative AI, predictive analytics, and adaptive architectures to create smart education platforms and intelligent learning ecosystems. From e-learning tools and personalized coursework to digital ecosystem platforms for universities, AI enhances both efficiency and learning outcomes. These intelligent solutions strengthen Saudi Arabia’s leadership in digital transformation and next-generation education ecosystems.
Digital ecosystem platform for education: Why Torry Harris is a leading digital transformation company in Saudi Arabia?
LEARN 2025 Riyadh will showcase why Torry Harris is trusted as a digital transformation company in Saudi Arabia. With deep expertise in digital ecosystem platforms, API integration, and AI-powered modernization, Torry Harris enables digital learning platforms, education marketplaces, and EdTech ecosystems tailored to the region. Its solutions support Saudi Vision 2030 by helping institutions modernize, integrate, and monetize their education services at scale.
Frequently asked questions
LEARN 2025 Riyadh is Saudi Arabia’s flagship education technology conference, focused on digital learning solutions and ecosystems. It supports Vision 2030 by equipping institutions with platforms that scale lifelong learning and digital skills development.
Through its Digital Ecosystem Platform for Education, Torry Harris integrates APIs, modernizes legacy systems, and deploys AI-powered platforms that connect schools, universities, and EdTech providers
At LEARN 2025 Riyadh, institutions will see a range of digital learning platforms and education ecosystem solutions designed to accelerate transformation. Key highlights include SMART Souq – a Digital Ecosystem Platform for Education, which enables schools and universities to build EdTech marketplaces, monetize APIs, and scale partnerships. Demonstrations will also cover Student Information Systems (SIS) and Learning Management Platforms (LMS) modernization, integration and iPaaS services, and AI-driven tools that support smart education platforms and connected learning ecosystems.
Legacy modernization is critical for institutions in Saudi Arabia and the wider GCC to achieve Vision 2030 goals. By transforming outdated Student Information Systems and Learning Management Platforms into cloud-native, AI-ready cores, schools and universities can cut operational costs, improve agility, and accelerate adoption of digital learning solutions. Torry Harris uses microservices, reusable accelerators, and API ecosystems to deliver efficiency gains of up to 30–40%, ensuring that institutions are future-ready and able to integrate seamlessly with education ecosystem platforms and e-learning tools.
AI and cloud migration are the twin enablers of Saudi Arabia’s education transformation. Artificial intelligence powers smart education platforms with adaptive learning, predictive student analytics, and generative AI-driven courseware, improving both engagement and outcomes. Cloud migration ensures scalability, resilience, and cost-efficiency, allowing institutions to expand digital ecosystem platforms and integrate with EdTech marketplaces at pace. Together, AI and cloud are at the heart of creating future-ready educational ecosystems that align with Saudi Vision 2030 and the Human Capability Development Program.
