How It Works

The Chassis Plant Concept

Instead of engineering each plant line from scratch, we start with a chassis plant—a stable, well-characterized base that serves as the foundation for all our work. Think of it like a standardized platform that we can build on.

The chassis plant is carefully selected and engineered to provide optimal growth characteristics, stability, and compatibility with our modular system. Once developed, this foundation is reused across all future product lines, dramatically reducing development time and cost.

This approach transforms plant engineering from a custom, one-off process into a repeatable, scalable platform. The initial investment in chassis development pays dividends across all subsequent varieties.

Landing Pad Technology

Each chassis plant includes a landing pad—a specific genomic location where we can reliably insert new genetic modules. This predictable insertion point eliminates the randomness of traditional genetic engineering.

The landing pad is a precisely engineered genomic site that serves as a consistent insertion point for all trait cassettes. This standardization ensures that every insertion happens at the same location, with the same efficiency, and produces predictable results. No more random integration sites or variable expression levels.

Precise Targeting

Consistent genomic location ensures predictable trait insertion every time

High Efficiency

Optimized insertion mechanism delivers cassettes with high success rates

Repeatable Process

Standardized approach enables rapid iteration and testing

Swap → Test → Iterate

The process is straightforward: swap in a new cassette, test the result, and iterate. Because the landing pad is consistent, we can rapidly test different trait combinations without starting over each time.

This rapid iteration cycle is the core advantage of our platform. Traditional plant engineering requires months or years to see results from a single change. With our platform, you can test a new trait combination, evaluate the results, and pivot to a different approach—all within months.

Contrast with Traditional Plant Engineering

Traditional methods require engineering each plant line independently—a slow, expensive process that takes years and millions of dollars per line. Our platform approach means one-time chassis development costs are amortized across all future plant lines, making each new variety dramatically cheaper and faster to produce.

The economics are stark: traditional plant engineering costs $10M+ per line and takes 5–10 years. Our platform requires a one-time investment in chassis development, after which each new variety costs approximately $10K and takes months to develop. This 1000× cost reduction and 10× speed improvement fundamentally changes what's possible in ornamental plant development.