AARONROBOTICS
Physical AI for healthcare logistics

Give care teams their time back.

Aaron brings humanoid Physical AI to the hidden supply chain inside care facilities—moving staged supplies, linens, meals, equipment and carts through defined workflows so people can stay focused on care.

See what Aaron does →Become an alpha facility

Non-clinical logistics · Constrained workflows · Human-in-the-loop fallback

Concept illustration of an Aaron humanoid completing pickup, transport, drop-off, confirmation and next-task logistics
Robot-as-a-ServiceOperating capacity delivered as a managed RaaS service.
Non-clinical by designMaterials movement—not diagnosis, treatment or patient care.
Built for human spacesHumanoid form targets environments already designed around people.
Measured workTask logs, success criteria, intervention tracking and operating reviews.
Busy hospital care floor with clinical staff and equipment
The hidden workload

Care professionals should provide care. Robots should move the stuff.

Healthcare facilities run an internal supply chain every hour of every day. Supplies, linens, meals, equipment and carts still have to travel from storage to the point of use—and back again.

The Aaron service loop

One bounded workflow at a time.

Aaron starts with work that can be defined, mapped and measured. The robot receives a task, reaches a staging point, transports the material, completes the handoff, confirms the result and moves to the next assignment.

  • Pickup
    Defined material and staging point.
  • Transport
    Approved route through the facility.
  • Drop & confirm
    Defined handoff plus an auditable completion event.
  • Recover
    Exceptions are handled or escalated to people.
Explore the workflow
Aaron logistics loop showing pickup, transport, drop, confirmation and next task
Illustration showing the evolution from human labor to humanoid robotics
Why humanoid

The facility already fits the form.

Care facilities are designed around people: doors, elevators, carts, shelving, counters and corridors. Humanoid platforms can use that same environment while extending automation beyond transportation toward more complete endpoint handoffs.

Aaron is not betting the company on one robot body. We are building the application layer that qualifies the right platform for the workflow.

See the technology strategy →
Neocortex Physical AI

The robot body is only the beginning.

Neocortex closes the loop between perception, world modeling, planning, motion, verification and recovery. Aaron applies that control brain to care-facility logistics and packages it as an operating service.

01PerceiveRead the scene and target.
02ModelMaintain facility and object context.
03PlanSelect a safe path and action.
04ExecuteMove through the physical world.
05VerifyConfirm the task outcome.
06RecoverAdapt or escalate when reality differs.
Explore Neocortex →
Concept image of a robot operating in a senior-care facility
Alpha facility partners

Help define the first live workflow.

We are looking for care facilities with recurring material movement, clear routes and leadership willing to measure the work before and after deployment.

See the alpha programTalk with Aaron

Representative imagery. Final humanoid platform selection may differ.