Mobile performance testing using Perfecto

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 Mobile performance testing using Perfecto



In this video we are going to see how to perform Mobile performance testing using Perfecto step by step in detail:

There is the basic topics that are covered in the Mobile performance testing using Perfecto:

  • Mobile Performance Testing - Perfecto
  • Introduction to Mobile Performance Testing
  • Understanding the importance of mobile performance testing
  • Key goals and objectives of mobile performance testing
  • Perfecto Overview
  • Introduction to Perfecto
  • Benefits of using the Perfecto
  • Perfecto Features
  • Defining performance metrics and goals
  • Selecting target devices and platforms
  • Setting up testing environments and tools
  • Requirement for Mobile Performance Testing
  • Types of Mobile Performance Testing
  • Performance Testing Tools for Mobile
  • Mobile Performance Testing Approach
  • Steps in the Mobile Performance Testing Approach
  • Mobile Performance Testing with (IOS) - Automation Testing
  • The Smart Reporting API.
  • Generate a report using the security token in API.
  • Mobile Performance Test Works with (IOS) – Manual testing.
  • Access and navigate the Perfecto UI Landing Page.
  • Various types of tests that are necessary to conduct for (IOS) Mobile Performance Testing
  • Perfecto Reports.
  • Types of Reports in Mobile Performance Testing.

Let's discuss in detail about why Mobile testing is needed:

Mobile performance testing is a critical aspect of mobile application development that involves assessing the responsiveness, stability, speed, and overall performance of a mobile application.

The goal is to ensure that the app delivers a smooth and seamless user experience across different devices, network conditions, and usage scenarios. In case of slow performance of the application will lead to a bad user experience.

To prevent those non-functional flaws we are performing non-functional testing negative reviews, and even app abandonment, so conducting thorough performance testing is essential.

Here is an overview of the key components and considerations in mobile performance testing:

1. Types of Mobile Performance Testing:

Load Testing: Evaluate the application's ability to handle a specific load or number of concurrent users. It helps identify performance bottlenecks and assesses how the app scales under heavy usage.

Stress Testing: Pushes the app beyond its limits to identify the breaking point and assess its behavior under extreme conditions.

Network Testing: Measures how the app performs under different network conditions, such as 3G, 4G, Wi-Fi, and varying levels of network latency.

Battery Testing: Evaluate the impact of the app on the device's battery life, ensuring that the app is not draining the battery excessively.

Memory Testing: Assesses the app's memory usage over time and detects memory leaks that could lead to performance degradation or crashes.

CPU Usage Testing: Measures the app's CPU utilization during different tasks and scenarios to ensure it does not cause excessive strain on the device's processor.

Render Performance Testing: Evaluates how quickly the app's user interface elements render and respond to user interactions.

App Launch Time Testing: Measures the time it takes for the app to open from a cold start or resume from the background.

2. Key Performance Metrics:

Response Time: Measures how quickly the app responds to user interactions.

Latency: Measures the delay between sending a request and receiving a response.

Throughput: Measures the number of transactions the app can handle per unit of time.

Error Rate: Tracks the percentage of failed transactions or errors encountered.

Memory Usage: Monitors the app's memory consumption and detects leaks.

CPU Usage: Measures the percentage of CPU resources used by the app.

Battery Consumption: Evaluate the app's impact on device battery life.

3. Testing Tools and Frameworks:

Various tools are available for mobile performance testing, such as:

Appium: An open-source tool for automated testing of mobile apps.

Calabash: A cross-platform mobile automation framework.

XCUI Test (iOS): Native testing frameworks for iOS.

Charles Proxy: A tool to simulate different network conditions for testing.

Jenkins: Continuous integration tools that can be used for automated performance testing.

4. Testing Environments:

Testing should cover different devices (phones, tablets), operating systems (iOS), and versions to ensure compatibility. Real devices and emulators/simulators should be used to replicate real-world conditions.

5. Test Scenarios:

Define realistic user scenarios that cover various app features and usage patterns. Test under different network conditions (2G, 3G, 4G, Wi-Fi) and low bandwidth scenarios.

6. Analysis and Reporting:

Analyse performance metrics to identify bottlenecks, slowdowns, and areas for improvement. Generate detailed reports that provide insights into the app's performance characteristics.

7. Continuous Testing:

Incorporate performance testing into the development pipeline to catch performance issues early and ensure ongoing performance improvements.

8. Cloud-Based Testing:

Cloud-based testing platforms offer the ability to test on a wide range of devices and network conditions without requiring physical devices.

Why it is Needed

The necessity for mobile performance testing arises from several critical factors that collectively contribute to the app's overall success and user contentment.

Here are the reasons substantiating the indispensability of mobile performance testing:

1. Enhanced User Experience: Mobile app users demand fluidity and responsiveness. Performance glitches such as sluggish loading, crashes, or unresponsiveness can trigger user exasperation, potentially leading to user attrition. Mobile performance testing serves to identify and remedy these concerns pre-emptively.

2. Diverse Device and Network Scenarios: Mobile apps must deliver consistent performance across a broad spectrum of devices, operating systems, and network conditions. Thorough mobile performance testing ensures that the app functions adeptly across diverse devices and fluctuating network speeds, encompassing 3G, 4G, and Wi-Fi.

3. Intense Competitive Landscape: The mobile app market is characterized by intense rivalry. Failure to meet user expectations concerning performance can prompt users to migrate to competitors' apps. Maintaining consistently high app performance can confer a competitive edge.

4. App Store Repercussions: Detrimental app store reviews and low ratings owing to performance shortcomings can deter potential users from downloading the app. Elevated app store ratings and favorable reviews bolster app visibility and user confidence.

5. User Retention: Well-performing apps with seamless experiences are likelier to retain users over time. Satisfactory performance nurtures user contentment, fostering prolonged app engagement.

6. Monetary Considerations: Apps featuring in-app purchases or subscription models can suffer revenue setbacks from subpar performance. Users are disinclined to make financial transactions within an app plagued by performance-related issues.

7. Brand and Reputation Implications: Substandard app performance can cast unfavorable shadows on your brand and reputation. Users might associate lackluster app performance with inadequate quality control or an absence of meticulousness.

8. Realistic Testing Scenarios: Development seldom anticipates the full spectrum of real-world scenarios. Mobile performance testing uncovers issues that might surface only under specific conditions, such as heightened user loads or weak network connectivity.

9. Optimization Prospects: Performance testing not only exposes issues but also reveals avenues for enhancement. Scrutiny of performance metrics permits developers to discern opportunities for bolstering app efficiency and responsiveness.

10. Adherence to Regulatory Standards: Certain sectors mandate that mobile apps adhere to specified performance and reliability standards. Performance testing ensures that the app aligns with these stipulations.


For more details please refer to our YouTube video:


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