The Let’s Grow system
The intended offer combines a growing package configured from existing marketplace products, ready-to-place seedling delivery and Plant Kakis—so households can begin without shopping for equipment or handling loose soil.
The equipment’s role
A planned single delivery of existing marketplace planters, tools and supplies, selected and configured for the household’s corridor or balcony so no additional equipment purchase should be needed to begin.
The planter package is an enabling layer, not a newly invented planter. The prototype uses existing products selected for fit, safety, maintainability and how well they work together in the customer’s actual space.
Selected to work togetherExisting planters and tools are assessed as a package, rather than left for the customer to research and combine.
Configured for the homeThe modular arrangement is planned around the household’s actual corridor or balcony and its site constraints.
Delivered ready to beginThe package is intended to arrive with already-started seedlings and a clear first care routine.
Current status: this is the pilot package design. Individual products, quantities and integration details may change after sourcing, safety review and household testing.
Inside the delivery
These are existing marketplace product types covering growing, monitoring, harvesting, maintenance and storage—not claims of newly invented hardware.
Six formats support leafy vegetables, climbing crops, microgreens, mushrooms and hanging growth.
The core growing modules.
For climbing plants and vertical support.
An aesthetic vertical-growing option.
A compact tiered setup for microgreens.
A shaded zone for the mushroom-growing workflow.
Flexible additional growing capacity.
Five tools support watering, observation, harvesting and progress reflection.
Makes reservoir level easier to check.
For controlled misting where appropriate.
An ergonomic pruning and harvesting tool.
For optional harvest tracking.
Designed to work with the weighing workflow.
Four components keep routine care, returns and equipment organized.
Covered storage for everyday watering.
Planned for the bag-return workflow.
An initial box for the planned return program.
Keeps tools visible and accessible.
The final component connects the physical care routine with the planned Plant Kakis reminder loop.
Planned to support automated care reminders and progress tracking through Plant Kakis after integration testing.
Site-aware configuration
Marketplace products are selected and arranged with placement and water management in mind, but the package itself cannot grant site approval or replace regular household maintenance.
Official design boundary
Configurations are being designed around the required 1.2-metre unobstructed escape width. Suitability still depends on the actual site and permission from the relevant Town Council or management body.
Official design boundary
Closed reservoirs, covered overflow paths and maintainable drainage are prototype requirements. They are intended to reduce accessible standing water, but regular inspection and clearing remain necessary.
Every proposed common-corridor installation still needs the relevant Town Council or management permission and a site-specific check that the unobstructed escape width is maintained throughout.
The first major service innovation
The planned service uses each household’s harvest requirements, available growing slots and crop cycles to determine how many ready-to-place seedlings should arrive—and at what ages—to support a rolling harvest rather than delivering every plant at the same stage.
The initial delivery is intended to combine age-staggered crop cohorts. As the oldest plants reach their harvest window, younger farm-prepared seedlings replace them in the newly available slots. Actual plant progress would feed back into later deliveries so the plan can adjust when growth or household needs change.
Illustrative cohort model
Illustrative scheduling example only. These ages explain the cohort principle and are not a claim about Kai Lan harvest timing.
In this example, the two oldest plants are intended to be harvested first. Two younger seedlings are then delivered for those emptied slots, restoring the staggered pipeline for the following week.
The intended service loop
The schedule starts with what the household hopes to harvest, then coordinates crops, ages and available planter positions around that requirement.
The household identifies preferred crops, desired weekly quantities and the growing capacity available at home.
The scheduling model works backwards from expected harvest windows to determine the starting mix of crop ages and planter slots.
Farm-prepared seedlings arrive in self-contained grow bags intended to move directly into their assigned planter positions.
When a cohort is harvested, the next delivery replaces those plants and uses real progress to refine the schedule.
Subscription design
Weekly, fortnightly and monthly subscription options are planned, with pause, modification and cancellation controls intended for Plant Kakis. The pilot must determine which delivery frequencies can genuinely support each household’s crop mix and slot turnover.
Reverse logistics
Used grow bags, plant remains and growing medium are intended to be collected during replenishment routes and directed into an appropriate return or composting process. Bag materials, processing partners and the final reverse-logistics route remain pilot decisions.
Plant Kakis credits for verified returns are a planned part of the circular care loop.Candidate crop library
The candidate catalogue shows the intended culinary and growing range. The final selection, crop names, grow-bag formats, harvest models and seasonal availability will be shaped with farm partners through pilot testing.
Planned farm-partner model
The planned operating model would work with farms that can prepare suitable crops at defined stages and support direct delivery. Purchasing plants at the seedling stage could create recurring revenue while avoiding some later-stage growing, harvesting, washing and retail-packing work.
Pilot boundary: Commercial viability will depend on farm pricing, labour, plant losses, delivery density and reverse-logistics costs. These factors will be measured before any financial benefit is claimed.
The second major innovation
The in-development Unity game turns real plant care, sensor information and harvesting into guidance, mini-games, character stories and low-pressure progression. Built in Unity, it includes mini-games and 38 crop characters whose individual stories unfold through real plant care.
Explore Plant KakisMarketplace sourcing
The prototype package is assembled from existing marketplace products. This makes it possible to compare quality, test how components work together and configure the mix for different homes without treating custom hardware as the core invention.
Why source the pilot this way
If the pilot validates the service
Quality assurance
The package is not fixed simply because it has sixteen lines. Pilot testing should determine whether each component is safe, understandable, durable and genuinely useful.
Supplier or testing perspective?
Useful conversations identify the part of the package you understand and the question you could help the pilot answer.