Kaavalar.

Sandalwood cultivation represents a vital economic resource for thousands of farmers across Southern India. Yet the value of sandalwood has created a parallel ecosystem of theft, illegal extraction, and violence.

Farmers are often forced to rely on expensive barriers, guards, or reactive security measures that fail to address the root problem.

Kaavalar investigates how long-term, affordable, community-owned systems might provide resilience without increasing dependence on external actors.

Sandalwood does not stand alone. It sits inside an ecosystem of farmers, cooperatives, forest officers, traders, processing units, regional markets, customary guardians, and the families whose long-term livelihoods are tied to the canopy.

Early in the project we mapped this network deliberately — not as an org chart, but as a field of overlapping responsibilities. Every later design decision was tested against the question: whose hands does this strengthen, and whose does it sideline?

• ·Sandalwood farmers and family stewards
• ·Local cooperatives and farmer producer organisations
• ·Karnataka State Forest Department
• ·Customary guardians and night-watch networks
• ·Traders, auctioneers, and processing units
• ·Researchers, NGOs, and policy partners

Theft is the visible problem. The invisible problem is fatigue. A sandalwood tree matures over decades — and across those decades a family carries the constant, low-frequency cost of vigilance: paying for guards, repairing fences, sleeping lightly, losing trust in neighbours, deciding whether to plant another generation of trees at all.

Any technology that adds to this load fails, no matter how well it performs on paper.

Kaavalar is therefore evaluated against a quieter metric: does it reduce the daily emotional and financial weight of guardianship for the people who already carry it?

Each revision of Kaavalar was reviewed with farmers, cooperative members, and forest officers before becoming the basis for the next prototype. The process is closer to ethnographic research than product design — slow, dialogic, and willing to throw away a working prototype if it solves the wrong problem.

• ·Stakeholder mapping and conversation
• ·On-site observation and transects
• ·Constraint capture — power, cost, terrain, maintenance
• ·Bench prototyping in Bangalore
• ·Field deployment in Tumkur
• ·Review with farmers and cooperatives
• ·Refinement and the next revision

The next phase of the project moves from prototype to participatory infrastructure — longer field deployments, an open four-layer reference architecture, a farmer-facing dashboard, and a small policy brief written with cooperatives rather than about them.

Beyond sandalwood, the same model is being explored for other high-value crops and for ecological monitoring more broadly — wherever value, vulnerability, and long stewardship intersect.

Kaavalar imagines technology as a supporting layer beneath existing ecological knowledge.

The goal is not surveillance. The goal is stewardship.

By reducing theft, increasing traceability, and strengthening farmer agency, the project contributes toward:

• ·Economic resilience
• ·Ecological protection
• ·Biodiversity preservation
• ·Community empowerment
• ·Long-term sustainable cultivation