Researching Open,
Affordable IoT Infrastructure
for U.S. Communities
We develop evidence-based, open-source software and modifiable hardware solutions that connect homes, schools, clinics, farms, and small businesses—with particular focus on underserved areas where modern technology adoption has lagged.
Research Focus
Open Source
Transparent development methodology
Local Processing
Edge computing & offline operation
Community-First
Democratic technology governance
Modular Design
Maintainable hardware architecture
"Novel Goals, Novel Beings, Never Give Up."— Dr. Michael Levin, Distinguished Professor of Biology, Tufts University
Research-Driven
Technology Development
Our approach integrates established research from computer science, distributed systems, and technology ethics to develop robust, scalable solutions that address real-world infrastructure challenges through evidence-based engineering practices.
Peer-Reviewed Methodologies
Grounded in established academic research and peer-reviewed publications
Open Research Collaboration
Transparent development with community involvement and academic partnerships
Evidence-Based Design
Engineering decisions supported by empirical data and validated methodologies
Technical Foundation
Evidence-based engineering methodologies rooted in established computer science principles
Research Areas (2)
Open Source Development Methodology
Transparent, peer-reviewed development following established FOSS principles
Modular Hardware Architecture
Design for maintainability following established reliability engineering principles
Practical Applications
for Community Infrastructure
We develop intelligent, decentralized systems that address real-world challenges through privacy-first technology, local processing capabilities, and sustainable innovation approaches.
Filter by Category
Smart Homes & Communities
Privacy-first home automation with local processing and community mesh networking that puts control back in residents' hands.
Key Features
Environmental Monitoring
Real-time air quality, water safety, and environmental health tracking with community-owned data.
Key Features
Agricultural Intelligence
Precision farming with soil monitoring, crop optimization, and weather prediction for sustainable agriculture.
Key Features
Decentralized Energy
Smart energy management for microgrids and renewable integration, enabling energy independence.
Key Features
Join Our Research
Community
We are establishing partnerships with community organizations, educational institutions, healthcare facilities, agricultural operations, and local businesses in underserved U.S. regions to develop and validate our research-based solutions.
Target Communities
Partnership opportunities available for qualified organizations