Beyond who owns the automation, there’s a related, secondary principle at work in how the company plans to operate: build and own as much of the value chain as practical — a strategy sometimes called vertical integration.
This isn’t a rule without exceptions — outsourcing will sometimes make more sense, and “whenever practical” means exactly that, not “always.” The decision of when to bring something in-house is mostly a matter of cost parity: if something can be produced in-house at a cost comparable to buying it from an outside vendor — including amortizing the development cost of getting there — it will usually get brought in-house. That move is typically made cautiously: exploratory prototyping first where possible, then a pilot production run, rather than switching over all at once. In some cases, an existing outside vendor would still be kept on indefinitely, deliberately, as a fallback — vertical integration isn’t meant to create a single point of failure.
This is already the actual plan, not just a principle. For Pizza, the mobile trailer and its automation equipment — the oven, the saucing machine, the pepperoni slicer/dispenser — will likely be built in-house, in my own shop, rather than outsourced or bought as an existing design. Some equipment is a clear exception: a dough mixer, and probably a dough-balling machine, aren’t planned to be built in-house, since the commercially available versions are already a good value at cost parity or better. If the business grows, the same logic extends further upstream: potentially growing tomatoes and basil in automated indoor precision agriculture, or absorbing a struggling family-owned dairy farm to supply cheese — each of these would pair automation expertise with the relevant subject-matter experts (growers, dairy and cheese makers), the same collaboration pattern used everywhere else in this project.
For EduBot, the same principle applies at a smaller scale for now: parts are laser-cut in-house today, with sheet-metal fabrication brought in-house as well once volume justifies the investment.
There’s a second, less obvious benefit beyond capturing revenue and margin: information. “Just-in-time” manufacturing is often promoted as an efficiency win — a supplier delivers exactly the quantity a customer needs, exactly when they need it, so the customer doesn’t have to warehouse inventory. In practice, this pattern often runs into a basic information problem across the supplier/customer boundary. A supplier frequently doesn’t know whether it’s worth over-producing and warehousing a part to avoid re-setting up production for every small batch — that bet only pays off if the customer stays in business, keeps the same design, and doesn’t switch vendors, and the supplier usually can’t be sure of any of that. When the company owns its own production instead, it has direct, current knowledge of its own future plans, so it can make that over-production/setup-cost tradeoff deliberately rather than guessing. It can control exactly when a design change goes into effect, so existing parts get used up rather than scrapped — including deliberately holding some back for a repair depot. And it can judge for itself whether a part that’s slightly out of spec is genuinely usable, rather than defaulting to scrap the way an outside supplier almost always would, since the supplier has no way to know how much margin the design actually has.
This same principle is also why the plan doesn’t include franchising. Once a target-market business like Pizza is established, the intent is to keep every location fully owned, rather than licensing the business out to franchisees — see Common objections and comparisons for the fuller answer to that question, since it comes up often enough to deserve its own entry.