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mobile app ad hoc testing

Overview

Uber frequently releases new builds and feature updates for its mobile applications, requiring quick validation before wider rollout. These updates often require immediate testing support to ensure critical user workflows continue to function correctly across multiple platforms. To support these requirements, Uber partnered with TestVox to execute ad-hoc testing requests for its mobile applications. The engagement focused on rapidly validating new builds for both the Uber Ride and Uber Eats applications across Android and iOS platforms, while maintaining clear documentation, traceable evidence, and efficient communication between distributed teams. Through a structured testing process and coordinated execution, TestVox ensured timely validation of new builds while maintaining high-quality standards. 

Challenges

  • Limited Time for Ad-hoc Validation Ad-hoc testing requests often required immediate execution and quick turnaround. Ensuring thorough validation within tight timelines was essential to support rapid build releases.
  • Multi-Platform Testing Complexity Each request required validation across four different builds:

    Uber Ride – Android
    Uber Ride – iOS
    Uber Eats – Android
    Uber Eats – iOS

    Maintaining consistency in testing across multiple platforms increased the complexity of
    execution.
  • Test Case Clarifications At times, certain test scenarios required clarification from Uber’s team before execution. Without proper validation of the test cases, testers could face ambiguity during execution.
  • Evidence Management Each test case required supporting screen recording evidence to validate execution results. Managing and linking these recordings properly with test cases was critical for transparency and traceability.

Our Solution

  1. Centralized QA Review and Coordination

    2. TestVox established a structured process where incoming ad-hoc requests were first reviewed by a QA Lead. The QA Lead verified: Test case clarity, Build accessibility and installation , Testing instructions from the Uber team , Any required clarifications were quickly coordinated with the Uber Point of Contact (POC) before sharing the tasks with the testing team.

  2. Efficient Remote Test Execution

    3. Once the test cases and builds were validated, they were shared with our testing team based in the United States. The testers executed all provided test cases across the following builds: Uber Ride Application – Android Uber Ride Application – iOS Uber Eats Application – Android Uber Eats Application – iOS Testers carefully followed the provided test scenarios and verified expected outcomes across the applications.

  3. Structured Evidence Documentation

    4. To maintain full traceability of test execution: Each test case execution was recorded using screen recordings. The recordings were uploaded to a centralized drive repository. The corresponding drive link was attached directly to the test case sheet. Testers also updated the execution status and added comments, ensuring that stakeholders had complete visibility into the testing results.

  4. Transparent Reporting and Tracking

    5. The test case sheet served as the central tracking document, capturing: Test case execution status (Pass / Fail / Blocked) Evidence links for verification Tester observations and comments This approach ensured clear traceability between test execution, results, and supporting evidence, enabling efficient review and feedback.

Result

Faster Validation of Mobile Builds

The structured process enabled rapid testing of newly shared builds, ensuring Uber received timely validation for both Ride and Eats applications.

Clear Test Evidence & Traceability

Screen recordings linked directly to test cases provided transparent validation and simplified review for stakeholders.

Efficient Cross-Team Collaboration

Coordinated communication between the QA lead, testers, and Uber’s team ensured quick clarification of test cases and smooth execution of testing activities.

Reliable Multi-Platform Quality Checks

Consistent testing across Android and iOS builds helped ensure a reliable user experience across devices and platforms.

Conclusion

By implementing a structured ad-hoc testing workflow, TestVox enabled Uber to validate mobile application updates quickly and efficiently. Through strong coordination, disciplined execution, and transparent reporting, the testing process supported Uber’s fast-paced development cycles while maintaining high standards of quality assurance. This engagement demonstrates how a well-organized QA approach can successfully support rapid mobile build validation across multiple platforms and distributed teams.

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