Robotic process automation platform supports AI capabilities to meet business needs without a significant upfront investment. An easy-to-use platform with a low-code implementation allows it to adapt to changing business environments.
Solution comes with a drag-and-drop modeler.

• Automate repetitive, rule-based, high-volume tasks with an RPA platform that can interact with any application and process without disturbing the existing business systems.
• With a low-code platform, we aim to increase efficiency, lower operating costs, improve data visibility, and give customers a better experience in all industries and verticals.
• Businesses can automate mundane tasks, pull data from multiple sources, process data, and much more with a robotic automation platform.

• In Data Visualization :- An articulated view might refer to a detailed and comprehensive visual representation of data that highlights relationships, patterns, and structures. This can include dashboards, infographics, and interactive charts that allow users to explore different aspects of the data.
• In Urban Planning and Architecture :- An articulated view often refers to a visual representation of architectural plans or urban layouts where the components are clearly defined and distinguished. This can include 3D models, sectional views, and exploded diagrams that show how different parts of a structure or system fit together.
• In Logistics and Supply Chain Management :-Although less common, an articulated view in this context might refer to a detailed mapping of supply chain processes, showing the flow of goods and information between different nodes (manufacturers, warehouses, distribution centers, and retailers) in a clear and organized manner.
• In Software and Systems Engineering :- An articulated view could represent a clear, structured diagram or model of a software system or network, illustrating how different components interact. This can include UML diagrams, flowcharts, and architecture diagrams that break down complex systems into understandable parts.

Control systems play a crucial role, with open-loop and closed-loop control mechanisms ensuring accurate and responsive robot operation. Sensors such as encoders and proximity sensors provide vital feedback for navigation and interaction with the environment, while actuators like motors and pneumatic systems drive movement and manipulation tasks. Path planning algorithms and obstacle avoidance strategies further enhance the capabilities of plane robots, enabling them to navigate efficiently and safely through their operational spaces.

Overall, plane robotic content combines mechanical design, electronics, and advanced algorithms to create versatile and effective robotic systems tailored for specific applications in industries ranging from manufacturing and logistics to healthcare and beyond.