Challenge
The client wanted a scalable farm model that could work inside constrained urban footprints without sacrificing output.
We designed a vertical farming model for dense environments where space, water, and energy efficiency mattered most.
Result 1
60% less resource usage
Result 2
Expanded urban production capacity
Result 3
Optimized spatial planning

Client
UrbanHarvest
Services
Space planning / Agricultural systems / Growth modeling
Challenge
The client wanted a scalable farm model that could work inside constrained urban footprints without sacrificing output.
Solution
We structured the production layout around layered growing systems, efficient circulation, and practical operational planning.
Impact
The solution made it possible to increase productivity while staying within the physical limits of the site.
Services Delivered
Project Summary
Urban farming infrastructure design that maximized production in limited space with lower resource usage.
Delivery Timeline
4 months
Client
UrbanHarvest
Impact Highlights
Gallery



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