A Virtual Robot Controller (VRC) is a software-based system designed to emulate the control system functions of a real robot within a virtual environment. Unlike traditional approaches that rely on physical hardware for development and testing, VRCs enable developers to fully simulate and manage a robot's behavior in a software-defined space. The primary uses of a virtual controller include.

Virtual Robot Controllers (VRCs) are essential because they offer a cost-effective, scalable, and safe alternative to physical robots. VRCs allow developers to simulate and test robotic applications in a virtual environment, reducing the need for expensive hardware and minimizing risks. They also accelerate development by enabling rapid iteration, leading to faster innovation and deployment of new robotic solutions. Additionally, VRCs offer enhanced scalability through cloud integration, enabling the management of large-scale robotic operations without the limitations of physical hardware.