01
Indoor greenhouse
Greenswell — a controlled-environment farm operating today. Eats the waste heat, grows local food year-round, and runs on GreenOS for operational excellence.
Operating software: GreenOS
Industrial symbiosis · Operating today
A GreenPlex campus reinvents the data center so communities can energize their quality of life and work.
A GreenPlex™ campus includes a high-performance data center, a controlled-environment farm, and a research / learning center — three centers of excellence rarely seen side by side, built as one system in which each leg makes the others possible.
Greenswell, the farm at its center, operates today. This is an invitation to the partner who completes the campus.
Three entities. One campus.
Fig. 01 — the exchange
Greenswell, the farm
Pillar 01 · operating today
A controlled-environment farm running now, producing thousands of pounds of lettuce and greens a month. It is a thermodynamic machine for turning heat into food — which is exactly what the data center has to give away.
Gives / Takes
TakesHeat, power and CO₂ from the data center
GivesCommunity goodwill and a public face
GivesFood to the region, revenue to the campus
TradesOperating data with the research center
Use the tabs, or hover any corner of the diagram, to trace what moves along each edge.
02
Community knowledge enclave
R&D, industry benchmarks, universities and K–12. Improves the farm, sets standards for a young industry, and gives the campus a public face and a hub for local business.
Operating software: EnclaveOS
03
Green data center
Sells AI computing. Draws power and water; gives off roughly 54 MW of usable heat around the clock. Liquid cooling returns it at 50–65 °C — hot enough for the farm to use directly.
Operating software: StackOS
Already built: the farm, the automation, GreenOS, the analytics, the research platformMissing: a data-center partner to co-locate with
The community math
A data center standing alone is what communities fight against.
Bind that data center to an indoor farm through heat exchange, then add a community training and research center, and the project stops being an extraction and starts being an innovation hub — for agriculture, technology, training and local business.
Source: Datacenterwatch.org, Q1 2026.
$130B
U.S. data-center projects blocked or delayed in Q1 2026 alone
396→833
organized opposition groups, end of 2025 to end of Q1 2026
Communities increasingly are successful at blocking data centers. But a data center veto is not a plan — it’s an empty bag the community is left holding, because the only question on the table is yes or no.
A GreenPlex™ campus is a different way to say ‘Yes’ — a ‘Yes’ that gets the community a safe, quiet, green data center and a very rich set of lifestyle and workplace resources that would not otherwise be possible.
GreenPlex & local communities
GreenPlex gives back!
For communities
Inclusion in the AI era
A real stake in the AI economy, built right in the community.
Training & workforce development
Hands-on programs at the research & learning center.
AI literacy for everyone
K–12, universities and residents.
A solidly viable environment plan for the campus
Protect the air, water, landscape within and around the campus.
For businesses
Affordable AI services
Local compute and inference without hyperscaler pricing.
Tokens priced for Main Street
No big-tech budget required to put AI to work.
Practical adoption support
Help applying AI to real, everyday operations.
A hub for innovation, maker spaces, robotics workshops, etc
Give local businesses the knowledge and computing resources they need to move ahead.
Three legs, one architecture.
Fig. — the stackThe Citizen RFP
Before a developer writes a proposal, the community should write the Request for Proposal.
A Request for Proposal is an instrument issued before anyone bids: every proposal that comes back is written to answer it. In a Citizen RFP, the community issues the request to the data center facility development industry — publishing its terms on noise, water, grid cost and tenant disclosure, and naming the lasting value it wants in return, before a developer has drawn anything. The argument, the evidence, and a free model RFP any county can adapt.
Understand the GreenPlex architecture
Three legs, one architecture — how each part of the campus is organized, from the people at the top to the buildings on the ground.
The idea in one paragraph
Every leg of the GreenPlex triangle — the farm, the community research center, and the data center — runs the same four-level stack. At the top, a human director. Below them, operating software: the code that runs the operation day to day. Informing that software, a written blueprint: the design spec that defines what the operation is for and how it must behave. And at the bottom, the facility itself. Same architecture, three times over; only the contents change.
The four levels
1. Humans. Each of the three building blocks has a director — a person accountable for the leg, not a committee.
2. Operating software. One per leg, fixed mapping. Together they run to over a million lines of code, and they are the operational and financial management foundation of a GreenPlex campus:
- GreenOS — the farm. Analytics and econometrics that help a grower invest in, capitalize, build and run a controlled-environment farm on real operational and financial data.
- EnclaveOS — the community research & learning center. Runs the center, and the community's own governance: making decisions, and researching and preparing work for peer review.
- StackOS — the data center. Lets the community monitor the environmental quality of the data center's operations against the metrics set out in the Citizen RFP and its related requirements documents: power, cooling, noise, visual impact. It surfaces a dashboard showing whether the data center is meeting its service-level agreements — and where it does not, there can be penalties.
3. Blueprint (design spec). Sits directly below the operating software, because that's what it is: the spec that informs the software above it and specifies the facility below it.
- Farm — an econometric, operational and financial blueprint: the model of the farm as a business and a machine, which GreenOS runs.
- Community — a knowledge re-engineering and collaboration science blueprint: the method for how experts, learners and AI work together, which EnclaveOS encodes.
- Data center — a green data center mission statement: the binding parameters for protecting the air, the water, the noise floor, and the quality of life of the community that lives with the facility. StackOS enforces it.
4. Facility.
- Farm — an indoor greenhouse: an automated controlled-environment farm.
- Community — a highly advanced research center: makerspace, classrooms, research labs, and a conference center.
- Data center — a data center specifically designed to be green and a good neighbor, in its impact on both the environment and community quality of life.
Why the stack matters
The blueprint level is the load-bearing one. It means each operating-software module isn't generic software with settings — it's the executable form of a written, inspectable design spec. When the community asks "what keeps the data center honest?", the answer is a document (the mission statement) and the software that enforces it (StackOS). The same pattern gives the farm its economics and the research center its method.
Already built and running
- Greenswell — a fully operational AG-tech farm
- A Controlled Environment Agriculture (CEA) production line
- GreenOS — digital twin plus metric analytics
- EnclaveOS — a research and knowledge platform
- GreenBridge — software for a regional supply-chain network
What we are looking for
A data-center partner to co-locate on campus, interfacing at three levels:
- Energy — waste heat into the greenhouse
- Carbon — a shared low-carbon and credits story
- AI — inference for the farm and the research center
