Automation Anywhere Cloud Service
- Updated: 2025/12/09
Automation Anywhere Cloud Service offers a serverless architecture for running agentic process automations in cloud. Automation Anywhere Cloud Service provides capabilities such as low-code task editing, event-based automation, and AI integration, enhancing efficiency and responsiveness in business processes.
Overview
The automations run on cloud without the need of any on-premise infrastructure such as Windows desktops or virtual machines. This serverless architecture eliminates the need to monitor and maintain on-premises IT infrastructure. As the automations run on the cloud, the users can scale their automations as per their growing demands.
API Tasks is a cloud-based automation solution in Automation Anywhere Cloud Service that leverages APIs to automate tasks and processes. You can manage API Tasks in Automation Anywhere Cloud or in your own Virtual Private Cloud (VPC). Currently, API Tasks on private cloud supports AWS only. .
Benefits
- No infrastructure costs
- Automation Cloud Service runs on cloud, thereby eliminating the cost of managing and maintaining on-premises infrastructure to run automations. Also, you reduce the required number of licenses for Windows devices or virtual machines.
- Integrated workflows
- Easily connect with any enterprise SaaS application and API endpoints and instantly trigger automations from an external web event. Automation Cloud Service supports faster process execution for business users through Automation Co-Pilot.
- Instant data access
- Automation Cloud Service runs on cloud and therefore enables users to run low-latency automations with real-time data exchange, ensuring faster response times.
Capabilities
- Low-code task editor
- The low-code task editor is a workbench that enables users to create, edit, and deploy API-based automations with minimal coding. In the editor, drag actions and triggers, configure API calls, and set parameters and integrate them into the broader automation workflows using the task editor. Users can thus quickly develop and deploy automation solutions, significantly reducing the time and effort to build and run automation projects.
- API Tasks
- API Tasks trigger automations from various sources such as forms, processes, and API endpoints. You can integrate Automation Cloud Service with enterprise SaaS applications such as ServiceNow, Salesforce, and Workday to trigger automations instantly. API Tasks can connect with any applications that use open standards such as REST and SOAP.
- Connectors
- Create API-based custom connectors for various SaaS applications using the Connector Builder and integrate them with your automations. You can also create custom connectors by importing an API definition file or a Postman collection. This capability enables the creation of flexible, scalable, and reusable automation solutions, as APIs offer standardized interfaces for data transmission. Automation Cloud Service has pre-built iPaaS connectors for enterprise applications.
- AI Integrated packages
- Create and deploy automations using the pre-built genAI integration packages for Amazon, Google, Microsoft, and OpenAI. You can also create custom connectors for genAI providers and custom LLMs.
- Event-based automation
- Web triggers start automations instantly when external web events occur. They improve the efficiency and responsiveness in processes such as order processing, inventory management, and customer interactions. These triggers also eliminate the need for Bot Runner devices as the cloud service listens to events and triggers automations without needing additional infrastructure. This feature enables developers to create event subscriptions in a no-code manner, while administrators maintain control and governance within the same user interface.
- Unattended automations
- Automation Cloud Service enables you to schedule and run automations in unattended mode. As Automation Cloud Service is cloud-based and uses APIs, automations can run independently without human intervention. This capability helps increase efficiency, minimize potential errors, and free up the on-premises infrastructure for other purposes.