The grid
can't be
everywhere.
Gaia can.
It keeps the lights steady. It grows crops. One closed loop of water does both. Already installed in downtown Los Angeles, two years before #LA2028.
Localized
Each unit stores and conditions energy on-site. When the grid goes down, Gaia keeps running. Power managed where it's needed, not delivered from somewhere far away.
Productive
The water loop powering the system also feeds the plants growing on top. One system, two outputs. No extra equipment needed.
Integrated
Designed to be part of the environment it serves, not a standalone box that takes up space. The more boxes that are deployed, the stronger the network and more beautiful the environment becomes.
Infrastructure that
does two things at once.
The grid delivers power from far away. When demand spikes or conditions shift, output drops. Gaia works differently. Each unit sits inside the environment it serves, conditioning and stabilizing stored energy through a closed loop of recirculating water, while growing crops from that same water. No weather dependency. Runs on-grid, off-grid or both. Already deployed.
Water moves through a closed loop inside each unit. That circulation conditions and stabilizes stored energy, delivering it steadily to connected loads. The same water feeds crops growing on top. No sunlight required. No wind.
Each unit is a node. One node is useful on one block. A network of nodes across a development, campus or district starts behaving like distributed resilience infrastructure — managing reserve, smoothing load, keeping things running when the grid can't.
On-grid, off-grid or hybrid. When the grid goes down, Gaia keeps running.
Downtown LA.
June 2026.
Two patented infrastructure units are running near Pico Station in Downtown Los Angeles, bringing reliable pedestrian lighting to a corridor the city has been working to stabilize. Energy conditioned on-site. Crops growing inside the same frame.
Water in.
Power out. Crops on top.
The closed-loop system that makes it possible. How water conditions and stabilizes stored energy, and why the same loop grows crops at the same time.
Not a concept.
Already validated.
Four of the most rigorous institutions in energy, agriculture and urban infrastructure ran diligence on Gaia. All four said yes.
Accepted into ATDC's Accelerate program for full systems review. Georgia Tech doesn't validate engineering it doesn't believe in.
Los Angeles Cleantech Incubator selected Gaia for its Spring 2025 cohort and is co-deploying the LA Social District pilot.
One of the most competitive cleantech accelerators in the country. Fall 2024 cohort. Full Techstars network access and commercial support.
Maryland's state technology fund awarded a Concept Capital grant in March 2026. Backed by the state before the city deployment was announced.
A research collaboration between the University of Alabama and Mercedes-Benz. For a seed-stage company, this partnership provides access to advanced battery testing infrastructure, engineering credibility with institutional buyers and a direct bridge to automotive-grade energy storage expertise. Three things that typically take years and significant capital to build independently.
LA Social District — Downtown Los Angeles
Active pilot deployment at Pico Station. Two units conditioning energy on-site in one of the highest-traffic public corridors in the city. Collecting real-world performance data now.
Georgia Tech ATDC
LACI
Techstars
TEDCO
Alabama AMP Center
Let's
Talk.
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