Explore emerging and proven modular technologies that support energy, housing, water, food, connectivity, and local economic development in remote and Indigenous community contexts.
The core idea: Ultra-thin, compostable sensors made from paper and enzymes that replace traditional batteries in low-power soil monitoring devices. They measure key soil variables like pH and temperature, supporting precision agriculture without contributing to electronic waste. Why it matters for Nation-led projects: Environmental stewardship includes what gets put into the ground. Biodegradable sensors provide the benefits of precision farming without leaving behind plastic or chemical waste.
Compostable biofuel cells that power soil monitoring sensors without electronic waste.
The core idea: Sustainable cultivation of Pacific sea kelp for use in food products, seasonings, noodles, and fertilizers that enhance plant and soil health. Operations also restore marine habitats. Why it matters for Nation-led projects: Coastal Nations have deep connections to marine environments. Kelp farming creates economic opportunity while actively restoring ocean ecosystems and supporting food sovereignty.
Ocean-based agritech that cultivates Pacific sea kelp for food, agriculture, and marine habitat restoration.
The core idea: Advanced analytics and remote sensing that provide actionable insights into soil quality, crop performance, and sustainability. These tools support the transition to resilient, climate-smart farming through precise, data-driven land management. Why it matters for Nation-led projects: Healthy soil is the foundation of food sovereignty. Data tools help communities understand and improve their land without relying on external agricultural consultants for every decision.
Microbial measurement and remote sensing tools for regenerative agriculture.
The core idea: Advanced 3D holographic microscopy that delivers continuous, real-time monitoring of microscopic particles in liquids without manual sampling. The systems combine compact optical hardware with AI-driven analysis to detect and classify particles automatically. Why it matters for Nation-led projects: This technology enables faster, more accurate water quality monitoring and can be integrated into existing water treatment processes. It also has applications in food safety and agricultural water management.
Microscopy technology for continuous, real-time monitoring of particles in water.
The core idea: Plug-and-play systems that recycle greywater (from showers, baths, laundry, and HVAC condensate) using advanced treatment methods without filters or chemicals. They reduce household freshwater demand by 25 to 45% while supplying safe, non-potable water for toilets, laundry, irrigation, and pools. Why it matters for Nation-led projects: Water conservation is increasingly important, especially in communities with limited water supply infrastructure. These systems reduce demand on water treatment facilities while keeping more water in the local cycle. How it connects to Unify's holistic approach: Greywater recycling connects to housing (installed in new builds), infrastructure (reduces strain on water systems), and energy (lower pumping and treatment loads).
Compact systems that recycle household greywater for safe reuse without chemicals.
The core idea: Drop-and-go solar-powered buoys that continuously monitor water parameters including temperature, pH, conductivity, salinity, and oxygen levels in rivers, lakes, and retention tanks. They deliver real-time alerts and water-level data via app, detect threats like algal blooms or pollution, and operate in all weather conditions. Why it matters for Nation-led projects: Real-time water monitoring provides early warning of environmental threats and builds a long-term data record for the community. The autonomous, solar-powered design means minimal ongoing maintenance.
Autonomous solar-powered buoys for continuous real-time water monitoring.
The core idea: Solar-powered, containerized micro-factories that purify seawater, river water, or wastewater into safe, remineralized drinking water. Each unit produces up to 150,000 litres per month and eliminates the need for plastic bottles and long-haul water transport. Systems can be monitored remotely via mobile app. Why it matters for Nation-led projects: Drinking water advisories remain a reality for too many communities. These self-contained, solar-powered units can be deployed quickly, operated locally, and scaled to match community size. They also support on-site beverage production.
Containerized systems that purify local water sources into safe, remineralized drinking water.
The core idea: Advanced data integration, visualization, and reporting platforms that help governments, researchers, and utilities manage watersheds and make science-based water resource decisions. These tools promote environmental stewardship and regulatory compliance. Why it matters for Nation-led projects: Water monitoring and data sovereignty go hand in hand. These tools give communities their own capacity to track, analyze, and report on water quality rather than depending on external agencies.
Software platforms for water quality analysis, watershed monitoring, and environmental reporting.
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