Active hospital deployment Temple University Hospital · Philadelphia

01 Robotics for always-on environments

Critical work,
kept in motion.

Service robots and fleet software built to move routine work safely, reliably, and visibly—so people can focus on judgment, expertise, and care.

Discuss a deployment
1 robot operating now
1 next unit preparing
US deployment focus
Field footage
Gary · Hospital delivery Philadelphia, PA
Mission route
CSRClinical unit
System status Mission in progress

One managed robotics platform

Gary robot Orchestra fleet management Ra-Ya robotics framework

02 Hospital delivery

Move supplies.
Give time back.

Gary helps hospital teams move routine medical supplies, linens, and sealed materials from central supply to designated destinations—without asking staff to step away from higher-value work.

Designed around people and hospital workflow
How it works

A delivery workflow that feels familiar.

The operating model fits around the supply team: people prepare and assign; Gary handles the route; Orchestra keeps the mission visible.

Autonomous navigation is backed by remote operational support for complex building transitions and exceptions.
  1. 01

    Prepare

    Supply staff collect the requested items and load the secured delivery cart.

  2. 02

    Assign

    A destination and timing are selected in Orchestra—now, scheduled, or recurring.

  3. 03

    Navigate

    Gary follows the assigned route while its state and mission remain visible to operators.

  4. 04

    Complete

    After delivery, Gary returns to its home base and can dock for charging when needed.

Gary, the Unlimited Robotics service robot, in a hospital supply room
01 Sensor-rich navigation
02 Modular cart interface

03 Meet Gary

A capable teammate
for shared spaces.

Gary is a mobile service robot designed to work alongside people. It combines autonomous navigation, a communicative on-robot interface, and flexible hardware integration for real-world workflows.

  • 01
    Navigate with awareness

    Maps assigned routes and moves through dynamic indoor environments.

  • 02
    Communicate clearly

    Uses its screen, expressive face, and audio prompts to signal intent.

  • 03
    Connect to the job

    Attaches to purpose-built carts and returns to dock for charging.

  • 04
    Keep people in control

    Supports emergency stop, mission recall, monitoring, and remote assistance.

Detailed dimensions, runtime, cart capacity, and support coverage will be added after the deployment configuration is verified.

04 Orchestra fleet management

Every mission.
One clear view.

Orchestra is the operations layer for assigning work, seeing robot status, and understanding how delivery activity moves across a facility.

Plan

Immediate, scheduled, and recurring task assignment.

Monitor

Robot status, connectivity, battery, mission, and location context.

Improve

Task history, alerts, and operational reporting in one place.

Assist

Operator tools for exceptions and complex facility transitions.

Illustrative interface · sanitized product screens coming soon
Good morningOperations overview
UR
RobotGary 01● Online
Current taskDeliveryIn progress
DestinationClinical unitAssigned route
CSR Unit
Live mission view
Mission timeline•••
Task assignedOrchestra
Cart connectedGary 01
En routeActive now
Return to baseNext

05 Built as a system

Robot, software,
and service—together.

Hardware

Gary

The physical teammate that navigates, communicates, and carries out the mission.

Operations

Orchestra

The fleet layer that turns workflow requests into visible, manageable tasks.

Robotics framework

Ra-Ya

The software foundation connecting robot behavior, navigation, and integrations.

Managed
robotics service
Platform direction

Delivery today. Broader service workflows next.

Our platform is being shaped for the repetitive work that keeps hospitals and complex workplaces running—from internal delivery to future cleaning, hygiene, and safety-support workflows.

Delivery active Cleaning & hygiene roadmap Safety support roadmap
Gary entering a hospital corridor with a medical delivery cart
39.9812° N75.1554° W

06 In the field

An active hospital
deployment.

Unlimited Robotics supports a hospital delivery operation at Temple University Hospital in Philadelphia. Gary moves supplies from a central supply room to designated hospital destinations while the team maintains operational visibility.

Operating nowGary 01
Preparing nextGary 02
Environment
Hospital operations
Workflow
Internal supply delivery
Home base
Central supply room
Operations
Autonomy with human oversight

07 Why Unlimited Robotics

Technology in service
of the people doing the work.

Our mission is to help hospitals and complex workplaces operate safely and efficiently by deploying service robots for repetitive logistics and facility tasks—so people can focus on the work that requires judgment, expertise, and care.

01

Reliable by design

Technology should show up consistently for the work that cannot wait.

02

Safe with people

Human oversight, clear signaling, and practical controls remain part of the system.

03

Visible in operation

Teams should understand what the robot is doing, where it is, and what comes next.

04

Adaptable to workflow

Each deployment is shaped around the facility, task, and people already doing the job.

About us

Unlimited Robotics Partners, LLC is a robotics service company focused on practical automation for hospitals and always-on workplaces, built on field experience across the United States, Israel, and Colombia.

MH
Michael HidaryCEO

08 Frequently asked

A clearer path
to deployment.

What does “robotics as a service” mean?+

It means the robot, software, deployment planning, and agreed operational support are brought together as a managed solution. Commercial terms and support coverage are tailored during consultation.

Is Gary fully autonomous?+

Gary autonomously navigates assigned routes. Human operators retain visibility and can support exceptions or complex building transitions when the workflow requires it.

Can the system fit an existing hospital workflow?+

That is the goal of the deployment process. We assess the route, payload, handoffs, facility interfaces, and staff responsibilities before confirming a configuration.

How does an engagement begin?+

We start with a consultation to understand the workflow and environment, then define a deployment assessment, operating model, configuration, and support plan.

09 Start a conversation

What work should
your team get back?

Tell us about the repetitive workflow you want to improve. We’ll begin with the environment, the people, and the job—not a one-size-fits-all robot.

m@unlimitedrobotics.ai

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Field film · Philadelphia

A delivery in motion.

Edited from real operational footage: cart connection, navigation through central supply, door communication, and corridor travel.