XCUGAS / ROBOTICS YOU CAN BUILD ON Talk to our founder
XCugas Let's build together

ROBOT PLATFORMS. YOUR PRODUCT. YOUR BRAND.

Our hardware.
Your ideas.
Your robot.

We build robot chassis, vehicle chassis and drone platforms. Add your own body, equipment and use case to create a product under your brand.

Example application of autonomous surveillance robot
01 / ROBOT / EXAMPLE: ACCESS MONITORING
Autonomous surveillance robot
Example application 01 / 03
↓   See how it works Ground / Field / Sky Hardware + software for your product

WE BUILD THE FOUNDATION. YOU BUILD WHAT’S NEXT.

Choose a base.
Build your own product.

A chassis is the base your robot is built on. We develop that foundation so businesses, developers and researchers can add their own equipment, software and branding.

01 / GROUND
Changing robot upper bodies: surveillance, food serving, advertising, tour guide, medical equipment, and robotic arm.
YOUR IDEA

Robot chassis

One moving base, many possible robots. Add a serving body, display, guide interface or robotic arm to suit your task.

  • Indoor mapping Use laser sensors to map and navigate a space.
  • Obstacle sensing Detect obstacles along the route.
  • Programmable tasks Define sequences for your own workflows.
  • Automatic charging Return to the charging station independently.
  • Remote control Manage the robot from a remote interface.
  • Voice commands Respond to spoken instructions.
  • Movement in tight spaces Navigate confined indoor spaces.
  • Onboard cameras Observe the environment remotely.
  • Indoor patrol
  • Visitor assistance
  • Inventory observation
  • Research and prototyping
  • Workplace guidance
YOUR WORDS. ROBOT ACTION.
01 / YOU SAY IT You / your team
“Do patrolling.” No code. Just your instruction.
02 / THE SOFTWARE PLANS IT
Understand the prompt Task: patrol the assigned area
Plan the patrol route Follow the assigned checkpoints
Patrol & check Move through the area and report findings
YOUR BRAND Powered by XCugas software
03 / YOUR ROBOT DOES IT
RECEPTION MEETING ROOM WORKSPACE RESTRICTED / SERVER ROOM INDOOR PATROL / FLOOR 01 UNAUTHORISED ACCESS Restricted area · Alert sent PATROL COMPLETE
Robot ready

A simple instruction becomes a visible action.

02 / FIELD
Changing vehicle upper bodies: security rover, passenger transport, cargo logistics, delivery lockers, utility tank and robotic arm.
YOUR PAYLOAD

Vehicle chassis

Start with a wheeled base for outdoor work. Add cameras, sensors or equipment to build your own inspection or monitoring vehicle.

  • Autonomous patrols Run patrols through the assigned area.
  • Terrain mobility Build applications for varied ground conditions.
  • Remote monitoring Keep track of operations from a distance.
  • SOS alerts Notify the team when attention is needed.
  • Obstacle avoidance Detect obstacles while navigating the site.
  • Laser SLAM mapping Map surroundings for autonomous navigation.
  • Cloud integration Connect operational data to cloud systems.
  • AI-assisted observation Support intelligent monitoring of the surroundings.
  • Campus security
  • Industrial site patrol
  • Perimeter monitoring
  • Outdoor inspection
  • Mobile research platform
YOUR WORDS. ROBOT ACTION.
01 / YOU SAY IT You / your team
“Do patrolling.” No code. Just your instruction.
02 / THE SOFTWARE PLANS IT
Understand the prompt Task: patrol the assigned area
Plan the patrol route Follow the assigned checkpoints
Patrol & check Move through the area and report findings
YOUR BRAND Powered by XCugas software
03 / YOUR ROBOT DOES IT
RECEPTION MEETING ROOM WORKSPACE RESTRICTED / SERVER ROOM INDOOR PATROL / FLOOR 01 UNAUTHORISED ACCESS Restricted area · Alert sent PATROL COMPLETE
Robot ready

A simple instruction becomes a visible action.

03 / SKY
YOUR MISSION
Rotating concept illustrations of a security camera, bomb symbol, medical kit and parcel.

Drone platform

Start with an aerial platform. Choose the sensors, flight tasks and docking setup for your inspection or monitoring application.

  • Flexible payloads Integrate RGB, thermal or LiDAR sensors.
  • Custom flight routes Set inspection paths around your site.
  • Live video View aerial footage as a mission runs.
  • Return and recharge Dock and replenish power after a mission.
  • Obstacle avoidance Use flight sensors to detect obstacles.
  • Mission scheduling Plan inspections around your operating routine.
  • Defined flight boundaries Keep missions within defined geographic zones.
  • Weather-resistant dock Protect the drone between missions.
  • Solar-panel inspection
  • Site surveillance
  • Agricultural observation
  • Construction monitoring
  • Remote asset inspection
YOUR WORDS. ROBOT ACTION.
01 / YOU SAY IT You / your team
“Do patrolling.” No code. Just your instruction.
02 / THE SOFTWARE PLANS IT
Understand the prompt Task: patrol the assigned area
Plan the patrol route Follow the assigned checkpoints
Patrol & check Move through the area and report findings
YOUR BRAND Powered by XCugas software
03 / YOUR ROBOT DOES IT
RECEPTION MEETING ROOM WORKSPACE RESTRICTED / SERVER ROOM INDOOR PATROL / FLOOR 01 UNAUTHORISED ACCESS Restricted area · Alert sent PATROL COMPLETE
Robot ready

A simple instruction becomes a visible action.

THE BUILDING BLOCKS OF WHAT’S NEXT

Developing Hardware.

We’re developing the sensors and motors that help robots understand their surroundings and move.

01 / PERCEPTION In development

2D LiDAR

Map the space around your robot.

02 / VISION In development

Depth Camera

Help robots measure distance and see depth.

03 / MOTION In development

Hub Motor

Drive a wheel from a motor inside its hub.

04 / DRIVE In development

Brushless Motor

Turn electrical power into controlled movement.

START SOMETHING EXTRAORDINARY

What do you want to build?

Email us your idea, where it will be used and what it needs to do.

hello@xcugas.com

THE SOFTWARE BEHIND THE MOVEMENT

Developing Stack.

We’re developing the software to connect your robot, control its tasks and bring in the AI model you choose.

01 In development

ROS

Robot Operating System

Connect the software that handles robot sensors, movement and tasks.

02 In development

Cloud Panel

Manage robots in one place

See robot status, tasks and activity from a web dashboard.

03 In development

Remote Control Endpoints

Control from your own app

Connect your app to robot commands through remote-control interfaces.

04 In development

LLM Connectors

Connect the LLM you love

Connect your preferred AI language model to help interpret instructions.

PERSPECTIVES ON WHAT’S NEXT

What leaders are saying.

Conversations about building the next generation of robotics.

Pench National ParkWildlife Surveillance
The drone technology demonstrated has promising potential for wildlife monitoring and surveillance in forest areas. Such solutions could help teams observe animal movement, monitor remote locations, and improve surveillance coverage while reducing the need for personnel to access difficult terrain.
MARKET APPLICATION

Wildlife monitoring, animal movement observation, forest surveillance, and remote-area monitoring.

Refinery IndustryChimney Inspection and Surveillance
The drone demonstrated potential for industrial applications, particularly chimney inspection and surveillance in refinery environments. Drone-based operations could help inspect difficult-to-access structures, improve visual monitoring, and reduce the need for personnel to work in hazardous or elevated locations.
MARKET APPLICATION

Chimney inspection, industrial surveillance, infrastructure inspection, and hazardous-area visual monitoring.

Mining IndustryMineral Exploration and Material Transportation
The autonomous vehicle concept has promising applications in mining operations, particularly for surveying potential mineral-bearing areas using suitable detector equipment and supporting raw material transportation. Integrating mobility with specialized detection systems could improve field operations and support more efficient exploration workflows.
MARKET APPLICATION

Mineral exploration support, detector-assisted field surveys, mining-site mobility, and raw material transportation.

Police DepartmentRemote-Area Patrolling and Tourism Security
The demonstrated vehicle concept could be beneficial for patrolling tourist destinations and monitoring remote areas. Autonomous mobility solutions could help extend surveillance coverage, support routine patrol operations, and assist police personnel in monitoring locations that are difficult to access or cover consistently.
MARKET APPLICATION

Tourist-site surveillance, remote-area patrolling, public-space monitoring, and police operational support.

Farmers GroupCrop Protection and Agricultural Monitoring
The drone demonstrated practical potential for agricultural monitoring, particularly in identifying and observing potential threats to crops. Drone-based surveillance could help farmers monitor larger areas of farmland, identify unusual activity, and respond more efficiently to risks affecting their crops.
MARKET APPLICATION

Crop surveillance, farm security, field monitoring, and early observation of potential crop threats.

NHAI TeamLarge-Scale Infrastructure Monitoring
The drone technology demonstrated promising potential for infrastructure development and construction monitoring, particularly across large project sites. Aerial monitoring could help project teams observe construction progress, document site conditions, and improve visibility across extensive infrastructure corridors.
MARKET APPLICATION

Highway construction monitoring, project progress tracking, site documentation, and large-scale infrastructure surveillance.

Hospitals & Hospitality IndustryIndoor Surveillance and Guest Guidance
The autonomous robot demonstrated promising potential for indoor surveillance and guest guidance in hospitals and hospitality environments. Such solutions could help monitor indoor spaces, guide visitors to designated locations, and support staff in managing guest movement and routine monitoring activities. The technology offers an opportunity to enhance visitor experience while improving operational efficiency.
MARKET APPLICATION

Indoor surveillance, patient and visitor guidance, hotel guest assistance, hospital navigation, reception support, and routine facility monitoring.

A little more clarity

Good questions.
Clear answers.

What does XCugas do?

We develop the foundations for robotic products: robot chassis, vehicle chassis, drone platforms, and supporting hardware and software. You build on that foundation with your own equipment, application and brand.

Who are these platforms for?

Businesses, product teams, developers, researchers and system integrators who want to build a robotic application. You can start with a use case and work with us to define the platform and additions it needs.

How does it work?

Choose the task you want to automate and where it will happen. We then identify a suitable base, define the body, sensors and software, and agree on the configuration and development scope. The goal is to help you build on an existing foundation instead of starting every part from scratch.

Which platform should I choose?

A robot chassis is a starting point for indoor applications such as serving, guidance or patrols. A vehicle chassis supports ground-based outdoor applications such as site monitoring and logistics. A drone platform suits aerial tasks such as inspection and observation. The right choice depends on your environment, equipment and operating needs.

Can the same base support different uses?

That is the modular approach we are developing. Different bodies, sensors or equipment can support different applications on a common base. The animations show possible configurations; mounting, weight, power and software compatibility need to be checked for each build.

Can I build a product under my own brand?

Yes—that is the aim of our white-label platform approach. We work with you to define your product’s body, equipment, software experience and branding. The exact scope is agreed for your project.

Do I need coding skills to give the robot tasks?

We’re developing a prompt-based software stack so users can describe supported tasks in plain language. The workflow is: understand the instruction, plan the task, then carry it out. The page animations demonstrate this approach. Custom hardware or software integrations may still need engineering work.

Can I connect my own software or AI model?

Our developing stack includes ROS integration, a cloud panel, remote-control endpoints and LLM connectors. The aim is to connect your application and preferred language model to robot workflows. Supported interfaces and models should be confirmed for your project.

Are the platforms only for surveillance?

No. Surveillance is one example. Other possible uses include food serving, advertising, visitor guidance, medical equipment transport, logistics, research and infrastructure inspection. Each application needs a suitable configuration and validation.

What is in development, and what can I get today?

The LiDAR, depth camera, hub motor, brushless motor and software stack shown as “In development” are part of our development roadmap. Contact us for current platform availability, supported capabilities and project timelines. The illustrations show concepts, not a fixed package of included features.

How much does a project cost, and how long does it take?

Cost and timing depend on the platform, body, sensors, software integration, quantity and testing requirements. Share your requirements so we can discuss scope and provide a project-specific proposal.

How do I start a conversation?

Email hello@xcugas.com with the task you want to automate, where the platform will operate, any equipment it should carry, your expected quantity and target timeline. If you are still exploring, a short description of your idea is enough to start.

BUILD THE FUTURE WITH US

Interested to invest?

Help us develop the hardware and software that others can build on.

hello@xcugas.com
01 / THE FOUNDATION Our platform

Hardware + software

02 / YOUR VISION Your ideas

Your use case + your brand

03 / BUILT BY YOU Your product

Made for the work you imagine.