Robotics Development Services
Innovating robotics for a smarter future
Custom robotics solutions | Machine vision | Automation integration
Featured clients
Unlock new possibilities with our custom robotics development
Top-quality Robotics solutions
Xavor specializes in end-to-end robotics development and intelligent system integration. With years of experience in robotics, AI, and embedded systems, we help businesses bring their robotic innovations to life—whether it’s developing autonomous mobile robots (AMRs), AI-driven perception systems, or industrial automation solutions.
Our diverse teams work with startups, enterprises, and research institutions to design, prototype, and deploy custom robotics applications across various industries, including:
- Healthcare & elder care – AI-powered assistance and patient monitoring
- Smart mobility & navigation – Autonomous robots with advanced perception
- AI and machine learning integration – Custom AI models for robotics
If you’re looking for expertise in robotics development or AI integration, Xavor is your trusted partner.
Industrial Robotics solutions
Custom Robotics, crafted for real-world needs
When you come to us with a robotics idea, we treat it like more than just a technical challenge—it’s a collaboration. Whether you're building a smart mobility platform, a healthcare robot, or a vision-driven system, our team meets you where you are. We listen closely, prototype quickly, and build with care, ensuring every component—hardware, software, and AI—is purposefully designed to meet your goals. From embedded systems to full-stack robotics, we’re here to help you build something real, something useful, and something that works.
Custom Robotics Development
Design, prototyping, and full-stack development of robotic systems tailored to specific use cases.
AI Integration
Embedding machine learning models into robotic workflows for real-time decision-making, prediction, and behavior control.
Computer Vision Integration
Enabling robots to see and interpret their surroundings through object detection, tracking, segmentation, and activity recognition.
Autonomous Navigation & Mapping
Implementing SLAM, LiDAR, and visual-based mapping for precise localization and intelligent route planning.
Internet of Things (IoT)
Integrating smart sensors, wireless communication, and edge connectivity for remote monitoring and control of robotic systems.
Embedded Systems
Developing low-level control systems, real-time firmware, and efficient hardware-software interaction for robotics platforms.
ROS & Middleware Integration
Developing scalable robotic software architectures with ROS1/ROS2 for seamless communication across subsystems.
Human-Robot Interaction (HRI) Design
Designing intuitive interfaces and behaviors for natural, effective interaction between humans and robots.
Xavor's Research Robot Platform
The evolution of our Research Robot Platform
Care companion robot (initial concept)
- Designed as a care companion for elderly individuals, providing assistance, monitoring, and basic interaction.
Research transition – UCI Nursing School Grant
- The robot was adapted into a research platform for studying empathetic human-robot interaction (HRI).
- Currently used in collaboration with UCI Nursing School to support late-stage dementia patients, helping researchers explore AI-driven emotional and social engagement.
Next phase – Social interaction for early-stage ADRD
- Developing an enhanced version of the robot for a new research grant focused on early-stage ADRD (Alzheimer’s Disease and Related Dementias) patients.
- Key objectives: social interaction, cognitive stimulation, and emotional support through AI-driven conversational capabilities.
Tech stack we use
Delivering solutions using embedded and IoT technologies.
AI and Deep Learning
Robot Operating System
- ROS1 | ROS2 | Movelt | Gazebo simulations
SLAM and Navigation
- LiDAR SLAM | Visual SLAM (ORB-SLAM, RTAB-Map)
Edge Computing
- Jetson Orin | Xavier NX | STM32 | ESP32
Embedded and IoT
- C/C++, RTOS, MQTT, Modbus
Cloud and Connectivity
- Azure IoT and similar
Your robotics partner from idea to integration
Our robotics engineering workflow
We follow a proven engineering workflow that balances rapid prototyping with deep technical validation.
Consultation and feasibility study
Understanding your robotics challenge and defining requirements.
Proof of concept and prototyping
Developing and testing a working model to validate the idea.
Full-scale development
Engineering robust hardware and AI-driven software for deployment.
Testing and integration
Ensuring reliability through real-world testing and seamless integration.
Deployment and support
Continuous optimization and technical support for scalability.
Why Xavor
Empowering today, engineering tomorrow—driving possibilities since 1995.
Xavor brings experience across healthcare, industrial, and assistive robotics, to combine precision engineering with intelligent software to create scalable, human-centric solutions tailored to your mission.
Industry experience
- 5+ years in robotics, AI, and embedded systems engineering.
Full-stack robotics expertise
- From hardware design to AI integration and cloud connectivity.
Custom solutions
- We tailor our robotics services to meet your unique project requirements.
Agile and scalable development
- Fast prototyping and deployment with scalable architectures.
Proven track record
- Working on two prestigious U.S.-based grants — UC Noyce and NIA Pilot Sub-Award — in collaboration with top U.S. universities and senior care homes.
Blogs
Latest from Xavor
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FAQs
We provide robotics development and AI integration services primarily for healthcare and care homes. We can help you in similar use cases.