The site mind · Warehouses

A robot for your warehouse. Context beyond the aisle.

A warehouse changes every shift. Pallets move, routes close and a useful observation needs the right location and person attached. Cereal brings Cole's conversation and planning together with robot observation and a site record your team can review.

For warehouse, logistics and facilities teams

Where does a warehouse inspection robot fit?

Start with observation and a person responsible for the outcome. A supervised pilot might check a staging area, a passage or a loading-area boundary and report what is visible. Cereal's first quadruped demonstrates conversation and physical actions in a home; dependable warehouse inspection requires validation against your layout, traffic and operating conditions.

01 / A workflow to evaluate

A consistent inspection route

Choose a few named checkpoints that already matter to the shift: an agreed passage, a staging bay or a plant-room entrance. Define what to observe, the acceptable viewing position and what to do if a person or vehicle enters the route.

02 / A workflow to evaluate

An observation with a next step

Cole can help turn a request into a supported action and an understandable response. Evaluate visible conditions such as an obstruction in a designated passage. The pilot must establish detection performance; a camera view alone is not a certified safety inspection.

03 / A workflow to evaluate

A better shift handover

Keep the request, location, time and reported result together. Test whether staff can distinguish a completed inspection from an attempted one and follow up on exceptions. Additional measurements such as temperature need an appropriate sensor and a verified integration.

The first body, and the next ones

A job must fit its body.

Today · test robot

Four-legged robot

Conversation, observation and supported movement on our current quadruped. See the real demonstration; each new site still needs setup and validation.

Next · planned

Delivery & butler robots

Wheeled bodies for carrying items between approved locations. Specific models, payloads and integrations will be confirmed before deployment.

Then · planned

Humanoid upper body, wheeled base

Arms for reaching and handover, with a wheeled base for movement. Each manipulation task needs its own tested hardware and skill.

Site context is designed to outlast a robot. A new body still needs a supported integration, localization, permission review and validation of its skills. Our cross-body demonstration to date is in simulation.

Read the cross-body result →
Before a pilot

Make it fit the place.

Start small enough to learn what works. Expand only after the team and the site owner review the results.

Read about permissions and privacy →

Traffic separation

Map forklift lanes, blind corners, loading edges and pedestrian crossings. Agree where a robot may stop and wait. Initial supervised tests should use a controlled route; do not assume the robot is ready for mixed industrial traffic.

The physical environment

Check floor condition, gradients, lighting, dust, moisture, radio coverage and charging. Site-specific environmental ratings and hazardous-area suitability must be confirmed for the chosen hardware. A body suitable for an apartment may not fit an industrial floor.

Integration and ownership

Name the supervisor and escalation recipient. Decide which records need to reach your existing operations system. Warehouse management, doors, lifts and sensor feeds are integration questions, not automatic features of bringing a robot onto the site.

Measure something useful

Agree what success means.

A pilot should answer a real question for you. Record the starting point, test the agreed workflow and review where it helped or needed intervention.

  • 01Checkpoints completed with usable evidence
  • 02Exceptions correctly brought to a person
  • 03Interventions per round and why they happened
  • 04Useful handover information compared with the existing process
Questions before you join

The practical details.

Is Cereal a warehouse AMR for moving pallets?

The first Cereal body is a quadruped for interaction and observation. It is not a pallet-moving robot. Wheeled delivery bodies are planned next; payload, handling and transport workflows depend on the body and its tested integration.

Can it do inventory or read labels?

The current robot can read visible labels and QR codes on request. That does not yet make it an inventory system. Inventory accuracy, barcode coverage and warehouse-system synchronization would need a defined and tested pilot scope.

Can it inspect outside or in hazardous areas?

Suitability depends on the exact body, sensors and environment. We do not claim hazardous-area certification, all-weather coverage or suitability for every construction or industrial site. Share your conditions so the team can assess fit.

How do we start, and how is it priced?

Join the founding-site list with a short description of your layout and the inspection you want to improve. We scope the robot, setup, support and any integrations with you. Pricing and timing are agreed before a commitment or charge; pilot success should be measured against your current process.

The founding list

Tell us about your site.

Joining is free. Suitability, supported tasks, timing, pricing and support are agreed before anything is charged.

Discuss a warehouse pilot