When I did my bachelor's in Computer studies, I always thought software testing was another tricky subject. But nope, I was wrong it’s not just hard as a subject but also more complex as a process. The Whack-a-Mole effect has a more significant effect during development.
The Whack-a-Mole effect describes a situation where addressing one problem or issue leads to another,just like fixing a bug can cause multiple issues to arise.
Debugging, testing conditions, and scripts with errors feel like an endless loop of pain.
Sometimes, these bugs turn into cockroaches that hide in the tiniest cracks, refuse to go away, show up just before presentations, and never die.
UiPath, the leading company in Robotic Process Automation, launched Test Cloud, an AI-powered solution that claims to handle all the heavy lifting tasks to alleviate these persistent headaches.
Keep reading until the end to truly understand Uipath Test Cloud, its key features, and Agentic testing.
What is the UiPath Test Cloud?
UiPath Test Cloud was launched on March 25th, 2025. This initiative was led by Gerd Weishaar, the GM( General Manager) and VP(Vice President) of Testing. This Test Cloud is an AI-driven, cloud-based platform mainly designed to automate the testing process and enhance its performance and speed.
The UiPath Test Cloud introduces “Agentic testing” to automate testing. These AI agents work along with manual testers to help them improve the testing process and enhance the credibility of the testing lifecycle.
The primary goal of UiPath Test Cloud is to provide an AI platform that makes the testing process intelligent, speedy, and accurate. It is also designed to handle complex testing scenarios and can undergo stressful and rigorous testing.
Simply put, UiPath Test Cloud automate and optimise the testing process by bringing speed, intelligence, and efficiency to software testing. This process benefits every software tester and the development team to manage and execute the testing process without the burden of extensive infrastructure.
Key Features of UiPath Test Cloud
Reduce manual testing and increase the speed and accuracy of the testing
Automate software testing with Artificial intelligence
Increase the testing quality by identifying bugs in various scenarios
Seamlessly integrate DevOps and Robotic process automation in the testing workflow
Provide reliable, scalable cloud-based testing without heavy infrastructure
Ensure the software meets the business as well as user requirements
How does Uipath Test Cloud Work?
Test Cloud primarily operates on cloud-based systems, allowing teams to design, execute, and manage the testing process from any location through the cloud. The system mainly utilises AI agents.
AI agents are intelligent bots designed to identify real-time bugs and errors across various scenarios. They detect patterns by analysing data and performing tests with greater precision.
The speed of manual testing cannot be compared with that of automated AI testing. AI agents check everything from individual units to components by executing them in multiple scenarios simultaneously. Consequently, the code adapts well to the circumstances and executes more realistically.
Rapid development enhances the quality of the Test Cloud, supports continuous testing, and integrates DevOps pipelines. The UiPath Test Cloud includes built-in features like parallel test execution, test assessment, and auto-scaling. These features add a modern touch to software development and testing. They empower manual testers to catch bugs earlier and eliminate bottlenecks, resulting in faster delivery.
What is Agentic Testing?
Agentic testing refers to a contemporary approach to software testing that utilises AI-driven methods to assess the software's performance. This testing incorporates large language models, such as ChatGPT and Generative AI, and simulates real-world conditions and applications with enhanced speed and accuracy.
AI-powered agents independently analyse, execute, and refine testing workflows. Unlike traditional testing, it focuses on the automatic execution of specific tasks and enables the AI agents to engage with software actively, learning and adapting.
AI agents take the lead and think about how to do the testing rather than following specific instructions. Like manual testers, they get smarter by understanding the testing patterns and experiencing different testing methods. In case of unexpected changes, they adapt themselves and give the manual tester information.
Since human speed is limited, these agents make ideal companions for manual testers, as they operate reliably and efficiently 24/7.
Key Features of Agentic Testing
Autonomous Decision-Making: AI agents can make independent decisions during testing, allowing for dynamic adaptation to changing conditions.
Adaptive Learning: These agents learn from interactions and continuously improve their testing strategies based on new data and scenarios.
Comprehensive Workflow Execution: Agentic testing covers the entire testing lifecycle, from test design and execution to analysis and refinement, enhancing efficiency and accuracy.
Although the test cloud with Agentic testing seems robust, we must analyse its capabilities and understand the differences between the Ui test cloud and traditional testing methods.
UiPath Test Cloud Capabilities
Test Cloud lets teams create and organise Test Sets, schedule test runs, and execute them in parallel, making it ideal for scaling test coverage. It integrates seamlessly with the UiPath Orchestrator, allowing for result tracking through detailed logs, screenshots, and analytics.
Here's a concise list of UiPath Test Cloud capabilities:
1. Agentic Testing
Autopilot for Testers: AI-powered assistance for requirements quality checks, test generation (from requirements, SAP, manual tests), synthetic test data generation, fuzzy verification, test automation issue identification/fixing, and test insights reporting.
Agent Builder: Toolkit for creating custom AI agents for specific testing needs.
2. Application Testing
Broad Automation: Supports web, desktop, mobile (Android/iOS), SAP, Citrix, mainframe, and API testing.
Resilient Automation: Creation of robust end-to-end tests for UI and APIs.
Low-Code/Coded Authoring: Visual, low-code tools alongside code-based options.
Data-Driven Testing: Testing with uploaded or AI-generated data.
Cross-Browser Testing: Ensures consistency across different web browsers.
Performance Testing: Scalable testing for application stability under load.
Mobile Testing: Specific features for native and web mobile applications.
3. Test Management and Integration
UiPath Test Manager Integration: Centralized test management with requirements traceability.
ALM Integrations: Connectors for 60+ tools like ServiceNow, Jira, and Azure DevOps.
CI/CD Integration: Supports pipelines with tools like Azure DevOps and Jenkins.
Version Control: Compatibility with Git, SVN, and TFS.
Test Data Management: Features for organised test data.
Detailed Reporting & Analytics: Comprehensive insights into testing performance.
Centralised Platform: Single interface for all testing operations.
4. Platform and Security
Production-Grade Architecture: Resilient and stable environment with security certifications.
Secure Application Testing: Data encryption, TLS, access control, secure images.
AI Trust Layer: Ensures data confidentiality and security for AI features.
Scalability: Designed for large and complex projects.
User & Access Management: Robust accounts, roles, and permissions features.
Notifications & Logging: Keeps users informed and provides logs for analysis.
The platform also supports Test Data Queues for managing variations in test input and offers asset management for testing configurations. Furthermore, integration with Autopilot for Testers empowers users to generate, maintain, and analyse tests using AI, thereby streamlining the entire testing lifecycle.
Difference Between UiPath Test Cloud and Traditional Testing Methods
| Features | UiPath Cloud Testing | Traditional Testing Methods |
| Mode of Automation | UiPath Test Cloud used AI agents to test the software and learn to adapt to various scenarios by enhancing AI-based testing strategies. | There is no role for AI. Traditional methods only rely majorly on two types of testing and use pre-defined test cases |
| Facility | UiPath is cloud-based and thus reduces the cost of physical infrastructure. | Traditional methods require premise servers and hardware. This increases the cost to the sky. |
| Accessibility | UiPath test cloud can be accessed anywhere in the world. The agentic teams in the Ui path collaborate efficiently with the manual testers. | Traditional methods are highly rigid and are restricted to in-house teams. The collaboration is less during remote scenarios. |
| Bug Detection | Bug detection in UiPath is speedy and accurate. Errors or bugs are identified from the corner of every unit. Thus making the software highly credible. | Bug detection in traditional methods is comparatively low and restless.Traditional methods have highly human intervention, which increases the chances of errors. Oversight and cross-checking are mandatory. |
| Test Coverage | UiPath covers every part of testing, including units, models, and components. Parallel execution of code across various environments simplifies the testing process. | Traditional methods have limited coverage since manual testers have various physical constraints and environmental barriers. |
Does UiPath Test Cloud Risk Manual Testers Job?
The answer is “ NO.” UiPath Test Cloud has introduced a new resolution and made a significant technological leap forward. It is unlikely to compete with manual testers and replace them. UiPath Test Cloud is more likely to enhance testing efficiency and ensure that the cockroaches (software development errors) are undetected from loopholes. Join Automation testing Course. For more topics to learn.
