How can IoT improve spring monitoring in Himalayan villages?
Exploring low-cost sensors, community dashboards and early alerts for spring discharge and water quality.
NAVYA Connect brings scholars, faculty, innovators, institutions and communities together to share knowledge, find collaborators and build solutions grounded in society.
Interdisciplinary by design.
Open communities, structured projects and verified expertise.
Exploring low-cost sensors, community dashboards and early alerts for spring discharge and water quality.
Publish, discuss, organise teams, find funding and sustain the work beyond a single event or institution.
Ideas, answers, attachments, polls and solved threads.
Public groups with discussions, files, projects, events and members.
Publish explainers with references, equations, media and DOI links.
Structured expert answers with reputation points.
Teams, mentors, milestones, tasks and progress.
Challenges submitted by government, NGOs, Panchayats and villages.
Prototypes, patents, technology readiness and industry interest.
Faculty, scientists and industry experts supporting researchers.
From evidence to implementable public action.
Connect, mentor and lead.
Methods, writing, wellbeing and collaboration.
Research connected to village realities.
Designing low-waste systems that work locally.
Mountains as living laboratories.
Seeking an interdisciplinary team to map leakage points and design an implementable recovery model.
A community-based warning model integrating rainfall, slope observations and response protocols.
A modular concept combining biochar adsorption, sensor monitoring and algal polishing.
Village institutions seek support for diagnosis, recharge planning and a monitoring framework.
A NAVYA perspective on field-linked research, interdisciplinary teams and measurable rural impact.
This week: spring monitoring, rural AI literacy, circular tourism, policy translation and open datasets.
Catchments, recharge zones, community institutions and monitoring must be treated as one system.