The ATLANTAR ecosystem has consolidated a disruptive educational infrastructure in partnership with Unisinos and USP, aimed at redefining the relationship between learning and territory. Through a single gateway of integrated intelligence, we eliminate the “invisible chaos” of content disconnected from students’ real-world context, transforming raw data into powerful pedagogical tools.
Synchrony between technology and science
The project operates under the governance of the ecosystem, ensuring that technology serves a strategic purpose: generating measurable human and social impact.
ATLANTAR Labs: Acts as the platform’s intelligence core. It uses data science and trend analysis to map environmental, cultural, and geographic variables across territories. Through predictive intelligence, the Labs combines local datasets—such as rainfall indexes or regional historical heritage, to suggest innovative educational pathways that keep teaching ahead of emerging realities.
SPO Tecnologia: Responsible for the full execution of the IT infrastructure. The team developed the Integrated Application Platform and the Management Portal, combining artificial intelligence agents and cloud technology to support Worlds, Universes, and a scalable Object Library.
BD&co.: Designed the user journey (UX) and educational experience, ensuring that complex data flows are translated into intuitive interactions that encourage student protagonism.
Situated learning
The key technical differentiator lies in data interoperability, processed by the system to personalize teaching practices in real time.
Environmental monitoring: In regions near rivers, the system suggests projects for water monitoring and wildlife cataloging, connecting students with research centers.
Heritage preservation: In territories with strong cultural or historical identity, the platform proposes the study of heritage preservation, transforming the surrounding environment into a living laboratory of knowledge creation.
Tactical intelligence: If contextual data reveals imminent climate risks, AI suggests the study of watersheds and contingency planning, fostering engagement and social autonomy.
ATLANTAR methodology and rigor
Implementation followed the ecosystem’s delivery and consistency framework, ensuring that pedagogical growth becomes a manageable system.
- Discovery: Deep immersion into the educational context and mapping of real barriers in teaching practices.
- Architecture: Design of an interoperable data structure connecting schools, territorial data, and cloud systems.
- Development: Creation of tools that assist educators in designing innovative learning practices.
- Testing and Deployment: Field validation to ensure technical robustness and usability across multiple platforms.
Through this initiative, ATLANTAR reinforces its role as the structural backbone supporting the next generation of educational institutions, replacing isolated initiatives with a centralized intelligence system that delivers measurable outcomes and relevance.