The Infinite Kitchen Pod

The mission

Bring the cost of food down for people who like to eat out.

A big share of a restaurant bill pays for the kitchen around the food: rent, buildout and staff. The pod shrinks all three. What it keeps spending on is the ingredients.

What it means at the counter

Spec estimates, not measured results

$12

average meal price in the operating modelEstimate

28%

of every ticket goes to food and packaging, so ingredients stay the priority

$0.53

of labor per meal, with one tech covering five podsEstimate

90/hr

peak meals, about 1,200 hot meals a day

And for whoever owns one

$185k

target turnkey priceEstimate

4.5mo

simple payback in the brochure model

$41.5k

net operating profit a month at 750 meals a day

±0.5g

portion accuracy, the same recipe every time

From the revised brochure. These are early estimates built on list prices. The audit uses more conservative figures, and reconciling them is an open issue.

The menu

Steakhouse dinners at about half the price.

Rich, quality ingredients: ribeye, filet, lobster and salmon, flame broiled to order. Every plate comes with garlic herb butter, mashed potatoes and seasonal asparagus. The kitchen is what got cheaper, not the food.

Infinite Kitchen steakhouse menu comparing its prices with a traditional steakhouse

DishInfinite Kitchen / steakhouse

Ribeye

Marbled ribeye, garlic herb butter

$28~~$55~~

Filet mignon

Tender filet, garlic herb butter

$32~~$65~~

Lobster tail

Butter-poached lobster tail

$34~~$70~~

Salmon

Pan-seared Atlantic salmon

$24~~$48~~

Surf and turf

Filet mignon and lobster tail

$38~~$85~~

Catch of the day

Fresh catch, lemon and herb

$26~~$52~~

Steakhouse prices are illustrative comparisons from the brochure, not quotes from a specific restaurant. Pod prices are planned menu prices.

Grilled ribeye, filet mignon on truffle mashed potatoes, salmon and lobster tail — Ribeye, filet, salmon and lobster tail, flame broiled to order

A robot arm placing a ribeye on an electric infrared charbroiler

Fig 00 / Flame grill

Real flame, all electric

A 980°F charbroiler with no gas hose.

The arm lays the steak straight onto an electric infrared charbroiler running at 980°F. Steakhouse char, no gas line, no torch.

All electric: runs on the pod's 480V 3-phase supply.
Flame broiled to order: ribeye, filet, burgers, chicken, seafood.
99.85% repeatability: the same sear on the hundredth steak as the first.

Ingredient dispensers above the cooking line inside the pod

Fig 01 / Ingredients

Quality ingredients

Cheaper because it's automated, not because it's worse.

The savings come out of rent, buildout and labor, never the food. A refrigerated zone keeps fresh ingredients at 34 to 38°F, and every portion is weighed.

Fresh, restocked daily. A person loads standard ingredient cartridges and sauce lines once a day.
Weighed to half a gram. Load-cell dispensers put the full portion in every bowl, every time.
28% of the ticket. Food stays the biggest line item the model spends on.

A robot arm tossing a stir fry in a high-heat wok

Fig 02 / Cooking

Cooking

Real wok heat, two pans at once.

A 6-axis collaborative arm rides a linear track between two 5 kW induction woks and a ventless multi-cook oven, interleaving meals so neither pan sits idle.

600°F wok sear in seconds, with a tossing motion for real wok hei.
Four modes: wok, steam and bake, chilled bowls, and sealed packing.
About 38 seconds a meal on paper. Proving it on a prototype is open issue 2.

The clean-in-place wash station inside the pod

Fig 03 / Self-cleaning

Self-cleaning

It washes itself after every single meal.

No dish pit, no closing shift. A 3-stage wash runs between orders, and a full clean-in-place cycle sprays down the whole cell off-peak.

Hydro-blast: a 60 PSI hot water jet clears the bulk.
Ultrasonic dip: 40 kHz cavitation with a food-safe sanitizer.
180°F rinse: a final hot rinse aimed at a 5-log pathogen reduction.
Sloped 316L basin with a 2 inch air gap to the drain.

Cutaway of the pod showing every major part

Fig 04 / Cutaway

Every part

A whole kitchen, opened up.

Three zones in one enclosure: cold storage, the cooking and cleaning cell, and dispatch. The main parts in the current BOM:

6-axis collaborative arm

2.5 m sealed linear track

Two 5 kW induction woks

Ventless multi-cook oven

Refrigerated dosing drawers

Ultrasonic tool bath

Rotating CIP spray balls

Hot water buffer tank

UL 710B ventless hood

UL 300 fire suppression

PLC, thermal cameras, LIDAR

Heated and chilled lockers

Fig 05 / Delivery

Delivery

Sealed, labeled and on its way.

Every meal is heat-sealed and labeled, then handed off without anyone touching it.

Vehicle bay: a side pass-through drops meals into a delivery vehicle.
Rooftop pad: an internal lift carries sealed meals up for drone dispatch.
Ground robots: an airlock conveyor hands off to delivery robots.

The pod on a city sidewalk with glass walls showing the kitchen inside

Fig 06 / Exterior

The footprint

120 square feet. All electric.

One pod is 12 ft by 10 ft and 9.5 ft tall, about 120 square feet. It runs on 480V 3-phase power with no gas line, and its own ventless hood means no ductwork and no restaurant lease.

Self-contained: power, water and drain in, meals out. No gas hookup.
Stainless frame with insulated, washable panels.
Some older docs still list other sizes and power; help bring them in line.

Fig 07 / Lockers

Pickup

Scan, open, eat.

Walk up, scan a code and your meal is waiting at the right temperature. No line, no counter, no tip screen.

Dual-climate lockers: 140°F hot and 38°F cold.
Mobile QR pickup straight from the order.

What We Can Cook: flame charbroiled American, Asian wok, seafood and global bowls

What it can cook

One kitchen, four cuisines.

The same pod switches between a charbroiler, two woks and a multi-cook oven, so one menu can cover a steakhouse, a wok bar and a bowl shop.

Flame charbroiled American

Ribeye, burgers, chicken

Asian wok

Pad thai, orange chicken, fried rice

Seafood

Lobster tail, salmon, shrimp

Global bowls

Gyro, burrito and Mediterranean bowls

How it compares

Others automate a station. This is the whole kitchen, in the open.

Companies are automating kitchens with closed designs, and most of them automate one station inside a kitchen someone already built. As far as we can find, nobody has published an open, end-to-end design like this one. Fewer rented robots and less buildout means lower menu prices with the same good ingredients.

Open hardware

Infinite Kitchen Pod

Whole self-cleaning kitchen: storage, cooking, washing, packing and pickup.

$185,000 to own, 4.5 month payback (estimates)

Fry station

Miso Robotics, Flippy

Robotic fryer that works inside an existing restaurant kitchen.

About $3,000 a month, rented

Source: Fox 2 Detroit

Wok station

Botinkit, ChefBot

Wok cooking robot that stir fries and plates inside an existing kitchen.

$43,000 to buy, or a monthly plan

Source: RobotLAB

Container

Hyper Food Robotics

Containerized robotic restaurant.

Price not published

Robotic kitchen

Nala Robotics, Pizzaiola

Robotic pizza and multi-cuisine kitchen.

Lease from about $7,000 a month (reported 2022)

Source: Fortune

Luxury home

Moley Robotics

Dual-arm robotic kitchen for luxury homes, not commercial volume.

About $335,000 (reported at launch)

Source: The Spoon

Competitor prices are snapshots from public reporting and change over time. Details in docs/competition.md.

Two ways in

Deploy as a pod, or drop it into an existing kitchen.

Either way, money not spent on buildout and rent is money that never has to be charged for the meal.

Before and after: a gutted commercial kitchen turned into a robotic kitchen

The pod installed inside a gutted commercial kitchen, with its robot arm, woks and heated lockers

Second-generation kitchen

$67k to $238k saved in buildout (estimate)

A gutted restaurant space that still has its hood, fire suppression, grease trap and plumbing. The cooking cell drops in and reuses all of it, skipping most of the buildout. The tradeoff is a lease and an older hood that may need bringing up to code.

Self-contained pod

No ductwork no walls, no lease

Its own UL 710B ventless hood and clean-in-place system let it sit on a sidewalk, in a parking lot or any small, low-rent footprint with power, water and a drain.

Buildout savings are general estimates, not quotes. Details in docs/retrofit-existing-kitchen.md.

Customized to your needs

One chassis. Four configurations.

Same robot, same kitchen, your brand. Panels and modules swap so the pod fits the site.

Configuration sheet: glass front curbside, solid stainless mall, compact kiosk campus and gutted kitchen retrofit on one shared chassis

Glass curbside

High visibility, QR ordering, sidewalk deployment.

Solid secure

Malls and nighttime. Metal covers the windows, no glass.

Compact kiosk

1.8 m x 2.4 m for campuses and transit hubs.

Gutted retrofit

Modules drop into a failed kitchen shell. 48 hour install, no construction.

Two ways to get one

Buy it outright, or run it as a service.

Two plans in the brochure, both early estimates. Either way the operator's costs stay low, so the menu prices can too.

Plan 1 / Turnkey purchase

$185,000 per pod, upfront

Own the hardware. A $1,200 a month cloud platform fee, a 4.5 month simple payback in the brochure model, and the most cash flow over the long run.

Plan 2 / Robot as a service

$8,500 a month, plus $15,000 setup

Low upfront cost. Hardware, software, telemetry, preventive maintenance and replacement parts are all in the subscription, which suits fast fleet growth.

Plan details are on page 6 of the investor brochure (PDF).

Gallery

Every angle.

Investor brochure

Seven pages. The full picture.

The food, the steakhouse menu, four configurations, the cutaway and retrofit, two ways to own, and everything it can cook. Swipe through it here, or download it.

Download the investor brochure (PDF) ↓ Full quality PDF (34 MB)

Prefer a web page? There is also an HTML version of the earlier brochure. Every number in the PDF is written out in docs/brochure.md.

Documentation

Read the spec.

Everything is public: check the math, find the holes, make it better.

PDF

Here's what isn't solved yet.

No prototype exists yet, and these are real open problems. Each one is an open issue. If you know the field, jump in.

Hot water buffer sizing

Each full clean-in-place run needs about 142 gallons of 180°F water. The tank holds 75.

Single-arm, dual-wok throughput

38 seconds a meal works on paper. It needs a prototype to prove it.

BOM and the $185k price

Early estimates from list prices. Real quotes wanted.

Hood and fire suppression

Integrating the UL 710B ventless hood and UL 300 suppression with the robot cell.

Material choices

Induction wok metal, peristaltic tubing, and the arm's washdown rating.

Allergen carryover

The wash protocol needs real carryover testing between meals.

Certification path

NSF 4/7, UL 197/471/508A, R15.06 / ISO 10218.

Reconcile the numbers

Footprint, amperage and finance figures differ across the docs.

All help wanted issues →