RV-ARCS | RV Automation

Agnostic Robotic Control System

Seamless

Intelligent

Robotic Platform

Elevate your multi-brand robot automation and orchestration with ARCS

Artificial Intelligence solutions

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RV Agnostic Robotic Control System (RV-ARCS) is an advanced AI-powered, secure cloud-based platform designed to seamlessly connect, monitor, and control robotic operations. It leverages artificial intelligence to provide robot orchestration, real-time data insights and predictive analytics, empowering operators, supervisors, and management to optimize robot fleet performance and enhance operational efficiency.

Monitor

Control

Manage

Data Management

Key Benefits

Interoperability for Multi-Robot Ecosystems

RV-ARCS eliminates compatibility challenges across diverse robot brands and facility systems, such as elevators and automatic doors. Acting as a control centre, RV-ARCS ensures seamless coordination, accelerating deployment and reducing software integration costs.

Robot Collaboration & Task Optimization

Powered by advanced AI algorithms, RV-ARCS dynamically optimizes robot task allocation, enables real-time collaboration, and enhances robot fleet management to maximize the full potential of robot capabilities

Real-Time Robot Fleet Visibility & Transparency

With real-time monitoring dashboards, RV-ARCS provides complete visibility into robot operations. Users can track status, task progress, and system alerts in real-time, enabling proactive decision-making and seamless workflows.

Data-Driven Insights for Performance Optimization

RV-ARCS centralizes robot-generated data, offering advanced analytics and reports. Businesses gain actionable insights to refine strategies, enhance operational efficiency, and optimize performance with data-driven decision-making.

Advanced Features for

Smarter Robotics Orchestration

RV-ARCS integrates Digital Twin technology to provide a live, AI-driven simulation of robotic operations. By continuously processing real-time data, advanced analytics, and machine learning insights, businesses can visualize robotic performance, detect inefficiencies, and optimize workflows before deploying changes in real-world scenarios. This allows organizations to improve decision-making, predict potential failures, and ensure that every robot operates at peak efficiency.

Monitor

Real-Time Robot Insights with Digital Twins

Control

Smart Job Scheduling & Task Automation

RV-ARCS allows businesses to automate complex robotic workflows with minimal human intervention, ensuring that tasks are assigned dynamically based on priority, availability, and efficiency. From warehouse logistics to healthcare automation, the system streamlines multi-robot scheduling, balancing workloads to prevent congestion while ensuring seamless coordination. With a simple, intuitive interface, users can configure tasks with a few clicks, while AI continuously optimizes operational efficiency in the background.

RV-ARCS acts as universal control center, seamlessly integrating robots, IoT devices, and enterprise management systems. This allows businesses to orchestrate multiple robotic systems, unify data flow, and improve cross-platform communication. Whether controlling robots from different manufacturers or integrating them with smart facility infrastructure, RV-ARCS enables interoperability, scalability, and seamless collaboration across the automation ecosystem.

Manage

Seamless Enterprise System Integration & Multi-Robot Collaboration

Data Management

Advanced Analytics & Enterprise-Grade Data Security

Data is the backbone of intelligent automation, and RV-ARCS ensures that all robotic performance data is securely collected, analyzed, and visualized through Microsoft Power BI and Azure Cloud. The platform delivers real-time analytics, AI-generated insights, and predictive performance reports, empowering businesses to make data-driven decisions, improve robotic efficiency, and enhance overall operational strategy. With industry-leading security measures, all data remains protected in multi-cloud and hybrid environments.