Cloud Automated Testing
2025-12-12 20:33Tencent Cloud Cloud Automated Testing (CAT) is a zero-code, globally available probing service that covers both domestic and international regions. Its core objective is to monitor the Real User Experience Monitoring, utilizing a distributed network of over 200,000 global probing points (covering 200+ cities and 1,000+ ISPs) and more than 7,500 real mobile devices across 150+ cities in China. This setup simulates the last-mile access scenarios of real users. As an Out-of-the-Box Testing Service, it requires no involvement from R&D teams and no modifications to application code or embedding of scripts. Through non-intrusive monitoring, users can quickly create tasks and initiate monitoring, efficiently collecting performance data from devices such as PCs and mobile phones in real network environments. The platform supports a wide range of scenarios, including Network Quality Detection, IPv6 Upgrade Transformation Verification, and Anti-Hijacking and Anti-Tampering Monitoring. It can capture service quality metrics for businesses such as e-commerce websites and APIs through network quality detection, compare the performance improvements of IPv6 versus IPv4 through IPv6 upgrade transformation verification, and protect application traffic and brand reputation through anti-hijacking and anti-tampering monitoring. Combined with visual data and alert notifications, it helps users promptly respond to business quality issues and ensures stable business operations.
Frequently Asked Questions
Q: How does the Out-of-the-Box Testing Service of Cloud Automated Testing (CAT) support Real User Experience Monitoring and Network Quality Detection, and what are its advantages?
A: The Out-of-the-Box Testing Service of Cloud Automated Testing (CAT) requires no R&D involvement or code embedding. Users can quickly initiate monitoring by configuring relevant information in the console, significantly lowering the barrier to entry for Real User Experience Monitoring and Network Quality Detection. In Real User Experience Monitoring, the Out-of-the-Box Testing Service directly schedules over 200,000 global real-world probing points to simulate user access scenarios across different regions, ISPs, and devices. It collects performance data in real environments, fully replicating the experience of actual internet users without requiring users to set up additional monitoring environments. In Network Quality Detection, the Out-of-the-Box Testing Service supports periodic monitoring of metrics such as network quality and page performance. Combined with multi-dimensional data analysis capabilities, it quickly presents key information such as network latency and connectivity, enabling users to achieve comprehensive network quality detection without investing additional resources. This "zero-barrier startup + real-world scenario coverage" advantage makes Real User Experience Monitoring and Network Quality Detection more efficient and aligned with actual business needs, fully leveraging the convenience of the Out-of-the-Box Testing Service.
Q: What specific functionalities can the IPv6 Upgrade Transformation Verification of Cloud Automated Testing (CAT) achieve, and how does it collaborate with Real User Experience Monitoring?
A: The IPv6 Upgrade Transformation Verification of Cloud Automated Testing (CAT) primarily achieves two core functionalities: First, it compares and verifies the performance improvements of IPv6 relative to IPv4 after the transformation, including key metrics such as access speed and connectivity. Second, it monitors the connectivity status of IPv6 networks across various regions in China, ensuring the quality of service coverage after the transformation. In collaboration with Real User Experience Monitoring, IPv6 Upgrade Transformation Verification relies on the core capabilities of Real User Experience Monitoring—leveraging global real-world probing points and real mobile devices to simulate scenarios where users in different regions and ISPs access services over IPv6 networks. The verification data collected fully replicates the access experience of real users, rather than relying on theoretical data from lab environments. This collaboration makes the IPv6 Upgrade Transformation Verification results more valuable, helping users accurately determine whether the transformation meets real user needs and identifying IPv6-specific access issues in specific regions or ISPs through Real User Experience Monitoring, providing precise insights for subsequent optimization and ensuring that IPv6 Upgrade Transformation Verification aligns closely with business realities.
Q: How does the Anti-Hijacking and Anti-Tampering Monitoring of Cloud Automated Testing (CAT) combine Network Quality Detection and the Out-of-the-Box Testing Service to safeguard business security?
A: The Anti-Hijacking and Anti-Tampering Monitoring of Cloud Automated Testing (CAT) periodically probes target domains, webpages, and other assets using global real-world probing points. It monitors malicious behaviors such as domain hijacking, traffic hijacking, and webpage tampering in real-time, triggering immediate alerts upon detecting anomalies to protect application traffic and brand reputation. When combined with Network Quality Detection, Anti-Hijacking and Anti-Tampering Monitoring can correlate network quality data. For instance, if network quality anomalies (such as sudden high latency or connectivity interruptions) are detected, it can quickly determine whether they are caused by hijacking activities, helping users pinpoint the root cause of the issue. When integrated with the Out-of-the-Box Testing Service, Anti-Hijacking and Anti-Tampering Monitoring inherits the "zero-barrier, non-intrusive" advantages. Users can quickly initiate anti-hijacking and anti-tampering monitoring tasks through the Out-of-the-Box Testing Service without configuring additional security monitoring tools. Additionally, leveraging the real-world scenario coverage of the Out-of-the-Box Testing Service ensures that monitoring covers user access paths across different regions and ISPs, avoiding security oversights due to limited monitoring scenarios. The synergy of these three elements makes Anti-Hijacking and Anti-Tampering Monitoring both efficient and convenient. By integrating network quality data, it achieves more comprehensive security protection while relying on scenarios related to real user experience, ensuring that security monitoring aligns closely with actual user access environments.