This article describes how Agoda engineers tackled slow CI pipelines caused by exhaustive UI testing by implementing selective testing using code‑coverage data, JaCoCo, and a device farm, resulting in faster feedback, reduced flakiness, and more efficient integration for Android applications.
This article describes the design and implementation of an intelligent compatibility testing platform for mobile games, covering device fragmentation challenges, testing strategies, hardware setup, automated and AI‑driven testing services, real‑time monitoring, remote maintenance, and the integration of Airtest for script automation.
The iQIYI testing team created a high‑stability, low‑latency iOS remote‑control platform by extending WebDriverAgent with native gesture and screenshot APIs, deploying a Mac‑mini‑based device pool for parallel testing, and adding AI‑driven UI anomaly detection, performance logging, and crash‑monitoring services to enable scalable automated and Monkey testing.
The article details Ant Financial's development of a highly available wireless test cluster that supports automated testing for its massive mobile app ecosystem, describing its architecture, data‑driven monitoring, full integration, and the All‑in‑One solution that enables rapid, cost‑effective iteration across dozens of services and IoT scenarios.
The article describes how Ctrip built a large‑scale mobile testing infrastructure, including device selection, scheduling, monitoring, and the Automation Platform as a Service (APS) that integrates TestNG, Appium, Jenkins CI, and reporting to support rapid, reliable app releases.
