Master Planning
We integrate productive growing systems into your site and building plans — balancing yield, experience, and buildability.
We help architects incorporate productive growing systems into building design through smart planning and data-driven solutions — from campuses to mixed-use developments.
Integrating agriculture into a building is far easier when it is designed in, not bolted on. We partner with architects and developers early — balancing yield, experience, and buildability so growing systems enhance the project rather than complicate it.
The core ways we help — tailored to where you are and what you are trying to build.
We integrate productive growing systems into your site and building plans — balancing yield, experience, and buildability.
We assess market demand, site conditions, crop selection, and financial viability before you commit capital — so you build on data, not assumptions.
We shape your vision into a clear, investable concept — defining the crops, systems, business model, and path to market.
A sample of the work behind our global track record of 350+ projects across 45+ countries.
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Experiential greenhouse and outdoor farming design for a boutique luxury hotel on a 160-acre Polo Estate outside Dubai.
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Comprehensive proposal for an urban agriculture education center — fresh produce hub, job training, community leadership.
Self-sustaining market for local modern agriculture — empowering entrepreneurs through technical training and business planning.
Guides, insights, and lessons from the field.
We integrate productive growing systems into site and building design through master planning, feasibility studies, and concept development — balancing yield, guest experience, and buildability.
As early as possible. Integrating agriculture during master planning is far cheaper and more effective than retrofitting growing systems after the structure, services, and loads are fixed.
It defines where growing happens on a site, which systems suit the climate and building, what the structural, water, and energy requirements are, and how the agriculture supports the wider project.