How MaFengWo Built a Robust Quality System for High‑Concurrency Travel Services

Common Misconceptions in Quality Management

Many teams focus on quality only during the testing phase, treat quality as solely the QA team's responsibility, or believe testers need not understand code; these misconceptions lead to late bug discovery and insufficient quality awareness across roles.

Project Process Control

Quality must be managed throughout the entire development lifecycle. MaFengWo classifies requirements into daily, project, and online‑incident types, visualizes progress with SCRUM tools like TAPD, and enforces continuous integration pipelines that include Sonar static‑code analysis and automated test environment provisioning.

Strengthening Business Testing

The testing team improves domain knowledge, reads backend Java code, tracks test‑coverage metrics, promotes self‑testing, and conducts data‑driven analysis to reduce bugs and ensure comprehensive functional verification.

Online Monitoring and Issue Closure

A standardized feedback workflow captures internal and external issue reports, routes them through TAPD for triage, and conducts regular quality meetings to review and resolve incidents, resulting in a downward trend of online failures.

Tooling to Boost Test Efficiency

Key tools include environment support (Dev, QA, pre‑release), pressure testing, a unified test platform built on Java/Vue, a data factory for rapid order creation, and an interface‑automation framework (TestNG + Rest‑assured + Maven) integrated with Jenkins.

Challenges Encountered

Integrating Sonar into CD pipelines required establishing quality gates; limited dedicated test‑development resources caused conflicts between business testing and tool development, slowing automation progress.

Conclusion

Within a year, the travel testing team has raised product quality through systematic process improvements, automation, and cross‑functional collaboration, yet acknowledges that further maturity is needed as system complexity grows.