We combine facility design, project management, and operations support to improve yield, reduce costs, and streamline daily workflows.

We create customized cannabis cultivation facility designs that balance compliance, efficiency, and profitability. From grow room layouts to HVAC, fertigation, and lighting system planning, our designs lay the foundation for scalable, high-yield operations.We design cultivation environments that operate efficiently, scale seamlessly, and maximize production potential.Disconnected systems waste time and resources. OSH brings them together to work as one.
Scale smarter with expert facility expansions and retrofits. Open Source Horticulture takes the complexity out of upgrading active cannabis facilities by managing every detail from start to finish. Our project management approach minimizes costly downtime, keeps construction on track, and ensures upgrades are executed without disrupting production. Whether it’s expanding capacity, integrating new technology, or streamlining existing systems, we help cultivators increase efficiency, protect profitability, and stay competitive all while keeping crops in production. From groundbreaking to grow-ready, OSH manages every phase of cultivation construction and upgrades to keep projects on time, on budget, and fully operational. Our team aligns vendors, schedules, and installations seamlessly so each facility performs at its peak.
OSH helps operators bring order to the chaos of cultivation by standardizing procedures, refining workflows, and tracking results that keep production consistent and efficient throughout the grow cycle and into post-harvest.
For owners aiming to tighten performance and protect profits, OSH takes a hard look at existing cultivation sites, using data to expose weak spots, flag risks, and reveal where efficiency and yield can improve.
From new cultivators and multi-state operators to investors, developers, and equipment providers, we deliver tailored consulting and CEA expertise that helps every project reach its full potential.