UiPath UiPath-ASAPv1 Exam With Confidence Using Practice Dumps

The key difference between Attended and Unattended Automations in UiPath is the level of human involvement and interaction required for the automation to run. Attended Automations are designed to assist human users with their tasks, such as filling forms, validating data, or providing guidance. They are triggered by the user and run on the user’s machine, usually in the foreground. They are best suited for smaller, fragmented tasks that need human input or decision making. Unattended Automations are designed to perform complex and repetitive tasks without human intervention, such as processing invoices, generating reports, or updating databases. They are triggered by a schedule, an event, or an API call and run on dedicated machines, usually in the background. They are best suited for large-scale, batch-mode tasks that need high reliability and scalability.

References:

• Overview - Attended Vs. Unattended Automation
• Attended Or Unattended RPA? Advantages for Both Solutions
• Robot - Attended Vs Unattended Robots

The deployment models for UiPath products refer to the different ways of installing, configuring, and running the UiPath components on various IT environments. The main difference between the deployment models is how the product is managed from an IT infrastructure point of view, such as the hardware, software, network, and security requirements, the scalability and availability options, the backup and recovery strategies, and the maintenance and support procedures. UiPath offers several deployment models to suit different customer needs and preferences, such as:

• Standalone deployment: This is the simplest and most common deployment model, where each UiPath component is installed on a single machine or server, and communicates directly with other components without any intermediaries. This model is suitable for small-scale automation scenarios, where the number of robots, processes, and users is low, and the IT infrastructure is simple and stable. However, this model has some limitations in terms of performance, reliability, security, and flexibility, as it depends on the availability and capacity of the single machine or server hosting the component.
• High-availability deployment: This is a more advanced and robust deployment model, where each UiPath component is installed on multiple machines or servers, and communicates with other components through a load balancer or a cluster manager. This model is suitable for large-scale automation scenarios, where the number of robots, processes, and users is high, and the IT infrastructure is complex and dynamic. This model offers several benefits in terms of performance, reliability, security, and flexibility, as it allows for load balancing, failover, scaling, and redundancy of the components.
• Cloud deployment: This is a modern and flexible deployment model, where some or all of the UiPath components are hosted on a cloud platform, such as Microsoft Azure, Amazon Web Services, or Google Cloud Platform, and communicate with other components through the internet. This model is suitable for hybrid or distributed automation scenarios, where the number of robots, processes, and users is variable, and the IT infrastructure is elastic and scalable. This model offers several advantages in terms of cost, convenience, accessibility, and innovation, as it reduces the need for hardware, software, network, and security maintenance, and enables faster and easier deployment, configuration, and updates of the components.

References: About Deployment - Standalone, Automation Suite - Deployment architecture, UiPath Cloud Platform

UiPath Orchestrator offers several deployment options to cater to different organizational needs for scalability, reliability, and disaster recovery. These options include single-node deployments for smaller or less critical environments, multi-node deployments for increased throughput and redundancy, and High Availability (HA) deployments that ensure the Orchestrator remains operational even in the event of failures. For organizations requiring robust disaster recovery solutions, UiPath provides options for High Availability with Disaster Recovery in both Active/Passive configurations, where one data center is on standby, and Two Active Data Centers, where both data centers are operational, providing seamless failover capabilities.

References:

• UiPath Orchestrator Guide: About Deployment Options
• UiPath Orchestrator Guide: High Availability and Disaster Recovery