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Development of general purpose robots

General-purpose robots are versatile machines that can perform a wide range of tasks due to their adaptability and learning capabilities. These devices are used in almost every aspect of human activity, including manufacturing, logistics, agriculture, healthcare, customer service, and even household chores.

Self-driving cars
Development of unmanned transport systems
Smart city systems
Development, implementation and support
Technical components
Development of technical components
Software development
AI based software development
Support
Technical support
1 / 5
Self-driving cars
Development of unmanned transport systems
Prospects for AI implementation
Automation level
75.5%
Eliminating errors
100%
Cost-effectiveness of implementation
10%
Smart Cities Market
717 B

Examples of Robotics Solutions

1. Manufacturing Robots

Robots are widely used in industrial processes to automate the production, assembly of cars, electronics and household appliances. They perform welding operations, paint parts, assemble components and package products. For example, the Tesla factory uses hundreds of robots on production lines, ensuring high accuracy and speed of operations.

2. Logistics and Warehouse Solutions

Autonomous vehicles and mobile robots are used to move goods within warehouses, optimize storage processes and sort cargo. Amazon widely uses Kiva Systems mobile robots to improve the efficiency of order delivery to customers.

3. Home Automation

Universal household robots help people in their daily lives by cleaning the house, cooking, caring for plants and ensuring home security. Roborock makes robotic vacuum cleaners that automatically clean floors and keep your home clean.

4. Automated assistants

Voice assistants and virtual operators are becoming a part of our lives, helping us solve everyday tasks, respond to user requests, and interact with people. Siri, Alexa, and Google Assistant have become popular voice assistants that facilitate comfortable interaction with technology.
Hardware
Sensors
Control System
Power Supply
Lidars
PC
SoftWare
Interfaces
Ai
Apollo

Development of digital twins and robot control systems: Synthesis of the virtual and physical worlds

Modern industry and robotics are undergoing a revolution driven by the convergence of two key technologies: digital twins (Digital Twins) and advanced robot control systems. Together, they create a closed loop between a virtual model and a physical object, opening up unprecedented opportunities for design, operation, and prediction.

Digital Twins: Virtual Reflection of Reality

A digital twin is not just a 3D model or simulation. It is a dynamic, living digital copy of a physical object, system, or process (in this case, a robot or an entire robotic complex) that exchanges data with its “twin” in real time.