August 10, 2026

The Andean Road Countries for Science and Technology (ARCST) and the Journal of Latin American Sciences and Culture (JLASC) have developed the Living Portal, a first-of-its-kind AI-enabled digital ecosystem designed to support a new generation of science education, curriculum development, media and information literacy, and global knowledge exchange.

At its core, the Living Portal is not a conventional repository of educational content but an adaptive, interactive learning environment. Powered by Biopochito AI, its conversational architecture enables learners to engage in personalized, curiosity-driven interactions with scientific and educational content. Rather than simply delivering predetermined information, the system can respond to users’ questions, adapt subsequent interactions to their responses, and encourage further inquiry.

This approach seeks to place curiosity, dialogue, and active knowledge construction at the center of the learning experience.

An Adaptive AI Environment for Science Learning

The Living Portal integrates several AI-enabled capabilities intended to support both individual learning and broader educational analysis:

• Adaptive dialogue systems that facilitate natural, supportive, and non-judgmental interactions, allowing students to explore scientific concepts and formulate questions without fear of making mistakes.

• Dynamic content generation that can produce contextually relevant questions, challenges, explanations, and learning narratives according to the learner’s interaction and level of understanding.

• Personalized learning pathways that allow educational interactions to evolve according to students’ interests, questions, and demonstrated knowledge.

• Anonymized learning analytics that can provide educators and researchers with aggregated insights into learning patterns, knowledge gaps, areas of curiosity, and engagement, while incorporating privacy-conscious data practices, including anonymization, aggregation, and transparent data-use policies.

The platform is designed around a lightweight, energy-efficient architecture, with an estimated energy consumption of approximately 0.3 Wh per session, supporting potential deployment in environments with limited computing resources and connectivity.

Its open-source, adaptable framework is intended to facilitate localization across languages, educational systems, and cultural contexts, enabling its application in diverse communities.

A Networked Ecosystem Connecting Educational Institutions

A defining feature of the Living Portal is its networked architecture.

Rather than functioning solely as an individual learning application, the Living Portal is conceived as a connected ecosystem through which schools, universities, teachers, researchers, and educational institutions can exchange knowledge, educational resources, and aggregated learning insights.

This architecture creates the possibility of moving from isolated educational experiences toward a distributed science-learning network.

Mapping Student Knowledge and Curiosity

Using privacy-conscious, anonymized, and aggregated data, the Living Portal can help identify patterns in the questions students ask, the concepts they understand, and the areas where additional support may be required.

At the institutional and regional levels, these insights could help map patterns of scientific literacy, curiosity, and knowledge gaps across different student populations.

Such information may help educators and policymakers identify emerging educational needs and design evidence-informed interventions.

Supporting Curriculum Development

The same networked information can support the development and refinement of curricula and learning plans.

By identifying topics that generate persistent questions, areas of misunderstanding, or differences in learning needs, educators can use aggregated insights to complement existing assessment methods and adapt instructional strategies.

The objective is not to replace teachers or established curricula, but to provide educators with an additional evidence-based layer for understanding how students interact with knowledge.

Reducing Educational Information Gaps

The Living Portal also has the potential to support more equitable access to high-quality science education.

Students in rural or underserved communities can potentially access the same AI-supported learning environment available to students in better-resourced educational settings, subject to local connectivity and infrastructure.

In this sense, the network represents more than a technological intervention. It seeks to contribute to the democratization of access to scientific knowledge, critical thinking, and media and information literacy.

Sharing Educational Resources and Good Practices

The network can facilitate the exchange of question libraries, learning modules, educational materials, and pedagogical practices among participating institutions.

An effective learning activity developed in one school or university could therefore be adapted and shared with other institutions, allowing educational innovation to circulate across geographical and institutional boundaries.

Over time, this could contribute to the development of an international community of practice in science education and science communication.

Preparing Students for a Connected World

Contemporary challenges—including climate change, misinformation, emerging technologies, public health crises, and rapid scientific advances—cross national and disciplinary boundaries.

The Living Portal is designed to help students develop the ability to question, evaluate, communicate, and share knowledge responsibly, while encouraging collaboration and an understanding of science as a shared global resource.

Opportunities for Universities and Researchers

For universities, the Living Portal offers an additional opportunity to understand the scientific literacy trajectories of incoming and current students.

Aggregated insights may help institutions identify gaps in foundational knowledge, inform bridge and introductory programs, and develop learning interventions better aligned with students’ needs.

The platform may also provide researchers with a large-scale environment for studying science communication, educational interaction, curiosity, media and information literacy, and AI-supported learning across different cultural and educational contexts.

This creates the possibility of connecting educational practice with research, allowing knowledge generated within the network to contribute to the continuous improvement of the system.

Evidence of Educational Engagement

Deployments and evaluations involving users across 15 countries indicate promising levels of engagement with the Living Portal and its associated learning activities.

Reported indicators include:

• 89% curiosity activation, based on observed engagement and response indicators;

• an average of 5.2 new questions generated per student per session, suggesting continued inquiry beyond the initial interaction; and

• a 64% social transmission rate, indicating that students reported or demonstrated sharing their learning experiences with family members and peers.

Early observations also indicate potential benefits in areas related to media and information literacy, including students’ ability to access, evaluate, create, and communicate information more critically and responsibly.

Further systematic evaluation and longitudinal research will be important to establish the educational effectiveness and generalizability of these findings across different age groups, educational systems, and cultural contexts.

Toward a Global Culture of Science

The Living Portal represents a broader vision of how artificial intelligence can be integrated into education: not simply as a mechanism for delivering information, but as a supporting infrastructure for curiosity, dialogue, knowledge construction, and collaboration.

By combining adaptive AI, educational content, learning analytics, and a network connecting institutions, the Living Portal seeks to foster a new generation of critical thinkers, informed citizens, and responsible creators of knowledge and information.

“We have created more than a platform,” said Prof. Dr. Marco A. Cabero Z., Chairman of ARCST. “We are developing a living learning environment that can evolve with each learner and grow through the participation of each school and institution. This is a new direction for science education: personalized, adaptive, collaborative, and deeply human.”

The Living Portal is currently being introduced in selected educational settings across Latin America, with further expansion planned.

The initiative reflects the commitment of ARCST and JLASC to advancing a global culture of science in which technology, education, science communication, and human curiosity work together to expand access to knowledge and strengthen society’s capacity to understand and engage with science.

Institutions interested in participating or learning more are invited to contact:

Shantel Guillaume.
International Relations Officer at ARCST
Email: editorial@journalasc.org