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GigaMind Technologies

Robotics · Uttar Pradesh, India

Robotics for the Indian kitchen.

GigaMind Technologies is a DPIIT-recognised robotics startup. Our first product, ChefBot, is a robotic kitchen that cooks dal, chawal and sabzi on a single gantry with interchangeable tools.

Explore ChefBot Get in touch

Where we are: the engineering design and the CAD model are complete. The first prototype is the next step. Nothing has been built or tested yet.

Fusion 360 CAD model of ChefBot C1: an aluminium-extrusion gantry frame over a worktop, with ingredient canisters and dispensers at the back, a large pot, a pan on an induction plate, a roti platen, a row of parked tools on the right and a four-door base cabinet.
● CAD model · Fusion 360 · not a photograph

Status

What is real today, and what is next.

Every claim on this site is labelled with how real it is, using the same scale as the ChefBot page.

  1. Verified

    Incorporated

    Private limited company, 20 April 2026. CIN U72100UP2026PTC246838.

  2. Verified

    DPIIT-recognised startup

    Recognition number DIPP280869. Also registered with Udyam and StartinUP.

  3. Verified

    ChefBot design package

    Engineering design and the Fusion 360 CAD model of ChefBot C1 are complete.

  4. Proposed

    First working prototype

    The v1 build is the next step. Nothing has been built or tested yet.

● Verified
Exists and is documented today: registrations, the completed design package, the CAD model, the team.
◐ In progress
Being worked on right now.
○ Proposed
Designed and specified. Not built, not tested, not proven.
◆ Simulated
A render or a simulation. Not a photograph or recording of physical hardware.

ChefBot C1

One rail. One motorised head. The whole Indian meal.

An Indian woman spends 289 minutes a day on unpaid domestic work, against 88 minutes for men. Cooking fresh meals, three times a day, is a large part of it.Source: MoSPI Time Use Survey 2024.

  • One shared gantry

    A single XYZ gantry carries one motorised head over the whole worktop, instead of a motor for every station.

  • Automatic tool changer

    Kneader, cutter, stirrer, gripper and wash head park at one dock. The head swaps tools as the recipe needs them.

  • Weighing in the arm

    Load cells in the head check every ingredient as it is dispensed. Target accuracy ±5 g.

  • Made for a home

    Runs on a standard 230 V supply with induction heating and a 3 kg cooking payload.

Proposed Design intent. Nothing here has been measured on hardware.

See the full ChefBot page
The same Fusion 360 CAD model of ChefBot C1 seen from higher up, showing the gantry bridge and carriage, the vertical axis and head, the canisters, the induction plate, the roti platen and the tool rack.
● CAD model · Fusion 360 · not a photograph

The range

Four machines, one architecture.

Every planned ChefBot uses the same gantry and tool-changing head. C1 comes first; the others follow once it works.

C1

ChefBot C1 — Cook

Homes, restaurants and cloud kitchens

Proposed

C2

ChefBot C2 — Cook & Clean

Adds a dishwashing module on the same frame

Proposed

S1

ChefBot S1 — Street

A street-food kiosk for stations, colleges and malls

Proposed

K1

ChefBot K1 — Cloud

A multi-station line for cloud kitchens and catering

Proposed

Household sizes S, M and L serve 4, 6 and 8 people, at indicative prices of ₹2.5 L, ₹3.5 L and ₹5.0 L. Prices are targets, not quotes.

Roadmap

From a working prototype to kitchens.

Planned milestones over 24 months from the start of the prototype build. Each one is a plan, not an achievement.

  1. Phase 1 · Months 0–4

    Working prototype

    • v1 cooks dal, chawal and sabzi end to end
    • Tool changer validated over 200 swaps
    • In-arm weighing calibrated to ±5 g

    Proposed

  2. Phase 2 · Months 5–9

    Pilots

    • Roti module and wash head on the same rail
    • 10 pilot households in three cities
    • Indian patent application filed

    Proposed

  3. Phase 3 · Months 10–15

    First production

    • Production-ready S size with a frozen BOM
    • Electrical and BIS safety certification
    • First 25 units delivered

    Proposed

  4. Phase 4 · Months 16–24

    Scale

    • M and L sizes released
    • Service network in launch cities
    • Hostels, canteens and guest houses

    Proposed

Team

The people building it.

Incubated at CGC Jhanjheri E-Cell, Mohali, Punjab.

Sonu Chaudhary

Founder & Managing Director

B.Tech Robotics and Artificial Intelligence, CGC Jhanjheri (expected 2028). Owns the product architecture, the gantry and the tool-changer design.

Verified

Mohit Singh Virdi

Engineering

Mechanism design, embedded control and prototype fabrication. B.Tech Robotics and AI, expected 2028.

Verified

Gyanmati Parshuram

Director

Corporate governance, statutory compliance and operational administration.

Verified

Work with us

Who we would like to hear from.

Investors

Pre-seed. Bootstrapped to date, no external capital raised. The design package and costed BOM are available under NDA.

Write to us

Incubators

We are looking for a hardware incubation centre with fabrication access for the v1 prototype build.

Write to us

Engineers

Mechanism design, embedded control and perception. Based in, or willing to work with, Uttar Pradesh and Punjab.

Write to us

Pilot households

When the prototype works, we will install ten instrumented units. No deposit, no commitment.

Write to us