How to Establish a Basic Quality Evaluation Model for Product Competitiveness

In this issue we introduce the basic quality assessment model within a product competitiveness framework, aiming to help readers systematically identify evaluation points for comprehensive testing.

1. What is basic quality? Basic quality refers to the fundamental functional quality of a service, encompassing functional, performance, stress, compatibility, security, and regression testing. The article highlights four evaluation dimensions closely related to user experience: basic functionality, basic performance, compatibility, and security.

2. How to establish the basic quality evaluation model

Step 1: Define evaluation indicators and detailed test points. Although product features vary, testing content is largely similar, allowing models and ideas to be shared across products.

Key indicators include:

Basic functionality – assesses whether product features meet design requirements.

Basic performance – evaluates stability, page transition smoothness, response time, request duration, resource consumption, crash rate, etc., using performance and stress tests.

Compatibility – checks operation across platforms, hardware, software, network environments, and version upgrades.

Security – examines presence of vulnerabilities and high‑risk issues.

For mobile products, the article lists specific evaluation metrics and points (see accompanying images).

Step 2: Clarify testing methods for each indicator. Tests are performed manually or via automation tools such as Google Monkey, Robotium, UIAutomator, Selendroid, TraceView, drozer for Android security, and Apple’s UIAutomation with Xcode Instruments for iOS.

Step 3: Quantify the results. The approach assigns importance (typically grade A) to each indicator, distributes weights accordingly, and defines scoring standards, as illustrated in the provided diagram.

The article concludes that the four dimensions of the competitiveness model have been covered, with future articles planned to detail specific testing methods.