Demand before production
Household preferences, nutrient goals, and authorized food plans become recurring demand. Longer-range commitments shape crops; nearer-term reservations shape the menu.
Neighborhood food infrastructure · In development
Dinner,
already handled.
We’re building the neighborhood farm that grows toward what people need. Ingredients when you want to cook. Meals when you don’t. Right when they’re needed.
Set your tastes, nutrient goals, budget, and permissions once. The routine work should happen quietly in the background.
The experience we’re building
Your neighborhood
Growing toward dinner.
- 01
Your preferences, remembered
Taste · nutrient goals · budget · timing
- 02
A farm with demand ahead of it
Crop plans · partner ingredients · reserved inventory
- 03
A kitchen and route working together
Preparation · substitutions · dependable handoffs
Dinner is on the plan6:30 PM
Nothing left to coordinate.
Illustrative service experience. Household fulfillment is not live yet.
Rethinking land useWhat if an acre served
What if an acre served
the life around it?
A neighborhood needs food every day. A farm plans months ahead. Streamline’s thesis is to connect those schedules: grow toward recurring demand, prepare what people will use, and bring it close to home.
The proposed four-acre farm is the production anchor. Partner suppliers provide the rest. Over time, housing and shared infrastructure could bring the customer even closer—and give land a new operating model.
The proposed serviceLess daily coordination.
01 · ANTICIPATE 02 · PRODUCE 03 · FULFILL
Less daily coordination.
More system underneath.
Grow what earns its place
A compact farm produces suitable crops. Partner inventory covers what the site cannot grow economically. People and proven equipment perform the work; robotics enters where it improves the bill.
Ingredients. Meals. On time.
A kitchen, inventory system, and dense delivery route work backward from the household’s window. Substitutions and backup supply protect the promise.
Quiet service starts with permission. Households control preferences, spending, substitutions, and pauses. Nutrient planning uses food-composition estimates; measured crop outcomes require their own evidence.
Where we standAn operator’s history.
An operator’s history.
A larger proof to build.
Operating experience
Food first, since 2017
Bennett Cawthon began Streamline’s year-round hydroponic produce operation in Bozeman in 2017. The experience tied crop choices to harvesting labor, seasonality, and customers.
Current engineering
A recorded evidence foundation
Streamline OS reconstructs a bounded recorded greenhouse interval. An early-access record-analysis tool is available. These establish engineering work, not an operating neighborhood food service.
Next commercial proof
A paid household pilot
The proposed pilot must demonstrate renewal, usable crop output, reliable fulfillment, contribution per order, and complete site economics. Its customer count and returns are not established.
The investment sequenceOne neighborhood.
One neighborhood.
Then a model worth repeating.
- FIRST
Earn the household relationship
Test a priced offer with a compact, paid cohort using existing production and supply where possible. Measure renewal, customer attention, exceptions, and contribution.
- THEN
Build the four-acre operating unit
Size crop production, preparation, packing, and fulfillment from dependable demand. Establish site capacity and full capital requirements before claiming a return.
- SCALE
Give another neighborhood the model
Repeat with another operator and parcel. Explore housing integration when development economics strengthen the food service and land-use case.
The economic thesisOwn more of
Own more of
the useful work.
The opportunity reaches from production to preparation and fulfillment. Recurring demand, dense routes, useful inventory, and repeatable site operations could reinforce each other.
That advantage has to be earned. A generic AI model or a sensor archive alone will not establish it.
Four-acre scenario · assumptions, not results
300 households
At $120 weekly for 50 weeks: $1.8M annual service revenue.
At 30% contribution, $300K fixed overhead, and a $40K annual capital allowance: $200K remaining before tax. Site capacity and complete investment costs remain to be established. This includes partner food and meals, not just crops from four acres.
Challenge the assumptionsResearch & field notes
Explore all field notesThe ideas behind what we are building.
The neighborhood thesis, the four-acre economics, and a meal’s path to the doorstep. Explore the assumptions, worked examples, and operating decisions behind the service.
Systems thesis3 min read
Dinner, Already Handled: The Neighborhood Farm We Are Building
A demand-led neighborhood farm: household preferences shape production, ingredients and meals arrive when needed, and the whole service must pay its way.
neighborhood food infrastructuredemand-led productionagricultural robotics
Illustrative economic model3 min read
Can Four Acres Support a $200,000 Neighborhood Food Business?
An explicit scenario tests household revenue, food and fulfillment costs, fixed overhead, and capital recovery for a proposed four-acre neighborhood food service.
neighborhood food economicsland usehousehold demand
Proposed service walkthrough3 min read
Dinner at 6:30: Inside an Anticipatory Food Service
A concrete meal-order walkthrough connects household permissions, crop planning, inventory, kitchen work, and a timed neighborhood delivery.
agricultural sensingfarm datafood logistics
From food, through cannabis, back to food
The experience shaped the company. Dinner is the destination.
Bennett Cawthon began as a food farmer. When food-production economics pushed the operation into cannabis, the higher-value crop supported deeper development of farm software, sensing, spatial systems, and robotics.
Regulated cultivation also made a deeper question economically legible: how environment, crop work, and time shape genetic expression. Streamline is bringing those capabilities back to food and building the evidence needed to test that thesis without mistaking correlation for causation.
Bennett Cawthon · Founder & operator · Bozeman, Montana
The original problem was food. Now the unit is a neighborhood.
An invitation to buildThe next neighborhood
The next neighborhood
could work differently.
We’re seeking backers, landowners, food operators, robotics teams, and AI partners who want to make the first operating unit real. Bring capital, a site, dependable supply, a kitchen, or a capability that improves the economics.