Published Work
Our methodology developed during the Ostrom project was peer-reviewed and published in Frontiers in Blockchain, validating the approach we use across our deployments.
Publication
Decentralized internet-of-things networks for environmental data pipelines
Published in: Frontiers in Blockchain (2023)
This paper documents the methodology we developed for community-based environmental monitoring using decentralized IoT infrastructure. The work emerged from our pilot deployment in Nairobi as part of the Ostrom project.
What the Paper Validates
Cost-Effective Infrastructure
Deploying IoT monitoring on decentralized networks significantly reduces operational costs compared to traditional centralized infrastructure. No SIM cards, no recurring telecom fees.
Data Integrity
Recording IoT transmissions on blockchain provides tamper-proof records, enabling multi-party oversight and verification.
Community Participation
Decentralized physical infrastructure networks (DePIN) create opportunities for community members to participate in network governance and earn income through provisioning services.
Real-World Viability
The pilot deployment demonstrates that blockchain-based IoT systems are viable for distributed, reliable environmental monitoring where conventional infrastructure is limited.
This published methodology underpins our Weather Station Network and other deployments across East Africa.