GUMA ROBOT MANAGEMENT

App & Robot Management Platform

Bring devices, roles, actions and spatial tasks into one clear operating interface

From device onboarding to daily operation

The interface follows a project workflow: connect approved devices and accounts, then configure the roles, content, actions, programmes or spatial tasks required by the application.

The screens illustrate the platform direction. Robot models, firmware, SDK access, network conditions and business-system interfaces must be reviewed before implementation.

Devices & accessRoles & contentActions & tasks
GUMA robot-management device and role interface

Modules organised around the application

Modules are enabled by project scope; a demonstration screen does not mean that every robot model exposes the same capability.

Robot role configuration interface

Roles and interaction

Organise the character, expression style and approved content used for reception, explanation or events.

Peripheral and interface configuration

Peripherals and interfaces

Build an integration list from robot interfaces, site networks, sensors and the target business system.

Robot action and workflow editor

Actions and workflows

Combine validated actions, speech and wait states into reusable flows with explicit human-control points.

Spatial task management interface

Spaces and task points

Design task points and routes around the venue; mapping, localisation and navigation depend on site validation.

A mobile app for on-site operation

The mobile interface can bring together robot selection, approved actions, programmes and common controls for events, experience spaces and demonstrations.

It cannot control an arbitrary robot by default. Availability depends on the model, firmware, SDK, network, permissions and the agreed safety process.

On-site controlProgrammesPermissions
GUMA robot app interface across multiple screens

Inputs to confirm before a project starts

Robot and interfaces

Model, firmware, SDK or ROS interface, available sensors and the permitted integration scope.

Venue and network

Floor plan, terrain, visitor flow, wireless network, charging position and safety boundaries.

Content and data

Knowledge material, scripts, task flows, system interfaces and the required data or privacy permissions.

Acceptance and ownership

Deliverables, test conditions, training users, maintenance, exception handling and change control.

Capability boundary: this page does not promise a fixed delivery period, a fixed feature count or universal compatibility across robot models. Final functions, interfaces, deliverables and acceptance conditions are defined in the written project scope.

Start with the robot and the operating task

Share the model, venue, target workflow and timeline so that the feasible scope can be reviewed.

Discuss the project ›