Gulliver Robotics

Since 2000 we have been putting technology into production. Today we take it on board the robot: platform, payload and assessment — vendor-independent, with your data staying yours.

Visit the Gulliver Robotics website

Gulliver Robotics: humanoid robot, quadruped robot and the Gulliver Payload

Four things to count on.

The platform we have been building since 2000. The payload that frees the robot from the brand. The assessment that starts from your process, not from the technology. And your data, in Europe or on your own servers.

Gulliver Payload, the computing unit that can be installed on any type of robot

Everything you need to put your system to work

A computing unit on board the robot, yet separate from it: our software runs on it, from sensor readings to application logic. The Gulliver Payload is designed, 3D printed and assembled by us: it mounts without machining and is installed in under 30 minutes on any type of robot.

What does it do? It collects and fuses sensor data, understands the environment, plans the tasks, applies the logic of the solution and connects to the systems already in place.

Off the
screen.

For over twenty years we have taken AI, IoT and software into production: we understand how companies work and turn technology into projects that hold up. Today we take it off the screen and into robots that work among people — quick to integrate, secure, ready to grow with you.

behaviour SDKfleet orchestrationreal-time telemetrysimulationteleoperationbuilt-in AIintegrated with our platformsAPIs and integrationsedge computingOTA updates
Gulliver Robotics architecture: API, Gulliver Payload, Bridge and robot

Behaviour development

We define how the robot behaves in your real context: what it has to do, how it has to move and how it has to react to different situations.
The Payload is the application brain that drives the robot, without being tied to a specific model. It talks to the machine over a local Ethernet network and to the manufacturer’s SDK through a dedicated software module, the Bridge.
The Bridge connects Payload and robot: on one side it implements the manufacturer’s SDK, on the other the Payload’s communication interface.

vendor-independent
one environment
Gulliver Robotics architecture: API, Gulliver Payload, Bridge and robot
Gulliver Robotics console for robot control with a humanoid carrying the Gulliver Payload

Change the robot, the solution stays

The Gulliver payload is hardware-independent: when the robot changes, only the connector to the new manufacturer’s SDK is rewritten and the payload moves to the new platform. Everything else stays: perception, planning and application logic remain the same, and the development already done is not lost, because it can be carried over to other devices. The infrastructure is flexible too: on request the software is installed on-premise and stays on your servers, otherwise it runs on Gulliver’s infrastructure in Europe.

flexibility
hardware-independent
Gulliver Robotics console for robot control with a humanoid carrying the Gulliver Payload
Gulliver Payload connected to the Gulliver product ecosystem

One gate at a time

We always start from your process. Where the use case repeats, we bring ready-made vertical products, for example for security and concierge & hospitality. Where the process is yours alone, we build a tailored solution through a gated path. The payload connects to your management systems and to the Gulliver ecosystem (G-HR, G-Transport and the rest of the suite), so the robot works inside the workflows you already use, not alongside them.

Vertical products
Process-based solutions
Gulliver Payload connected to the Gulliver product ecosystem
Safety, governance and compliance for robots in real environments

Governance and compliance

When a robot enters a real environment, the technology has to come with safety, compliance and accountability. From risk assessment and human-robot interaction to CE marking, from AI Act obligations to data protection, we take care of the regulatory work needed to bring the solution into the field safely and compliantly. Your data stays yours: Gulliver’s European cloud or on-premise, on your own servers.

governance
safety
EU AI Act
Safety, governance and compliance for robots in real environments

The right payload for every job

Security and surveillance

Autonomous patrols and night surveillance with infrared sensors: routes, checkpoints and real-time alerts into your systems.

Inspection and yard management

Repeatable, traceable inspection routines: waypoints on the map, on-board sensors and data that lands straight in your management systems.

Hospitality and front desk

The robot welcomes, recognises and guides guests in natural language, connected to G-HR and the access log.

Manufacturing

In-line and end-of-line quality control, plus repetitive, wearing tasks in manufacturing.

Features

Everything you need to control and monitor your robot

Any brand, any form

One platform for humanoids, quadrupeds and wheeled robots: choose the robot you need, without depending on the manufacturer.

Tailored behaviours

We define what the robot has to do and how it has to react in your real context.

Continuous integration

Robots talk to management systems, IoT sensors and the Gulliver ecosystem, with no silos.

AI built in with G-AIA

Perception, natural-language commands and decisions based on your company data.

Fleet orchestration

Several robots working together, of different types: control, telemetry and missions from a single point.

Teleoperation and autonomy

Direct control when you need it, autonomous missions when the robot is ready. A human always supervises.

Compliance handled by us

GDPR and EU AI Act followed in house. Data in the cloud or on your servers, your choice.

Running 24/7

Built for the real world: stairs, uneven ground, perimeters in the dark and logistics yards.

Always evolving

The platform grows with every project: new robots and capabilities are added without rewriting anything.

How we work

First we understand the process, then we choose the technology.

01

Process assessment

We analyse the process with you: physical constraints, cycle times, inspection points. By the end you know whether the use case stands up, technically and economically.

site visitrequirements

02

Feasibility study

We define the technical scope: robot, payload, sensors, integrations and acceptance criteria. Development starts only if feasibility is confirmed.

technical scope

03

Development and deployment

Tailored behaviours on the payload, integration with your systems, field testing and support. GDPR and EU AI Act compliance handled by us.

tailoredsupport

Already in the field

Fausto, a Unitree G1 humanoid robot for hospitality and front desk

Fausto · Unitree G1

Visitor recognition, voice dialogue and integration with the access log. That is how Fausto welcomes people.

HospitalityHumanoid
Carmelo, a Unitree Go2 quadruped robot for security and surveillance

Carmelo · Unitree Go2

Autonomous patrols, sensor inspection and immediate alerts. It goes where wheels stop: stairs, uneven ground, night routes.

SecurityQuadruped
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