The dedicated QA unit at Anbosoft initiated the project by developing and implementing Scrum-based QA protocols from the ground up.

 

Anbosoft managed the project workload effectively and addressed issues promptly by keeping open lines of communication with both the client and the development team. By adopting standard Scrum practices, such as bug triage sessions and retrospective meetings, they were able to prioritize tasks efficiently and plan with greater accuracy.

 

Additionally, they introduced a reporting system to enhance the transparency of the processes, thereby providing the client with real-time access to project updates and the ability to quickly identify any potential issues.

Anbosoft developed a robust application designed to manage the processes involved in building entry, such as setting access permissions and overseeing the approval of all arriving guests by the security team.

 

To refine the integration between the building’s server and the application, Anbosoft utilized a specialized lab for simulating entry scenarios using employee key cards on different floors and handling both employee and guest QR codes.

 

For key card testing, Anbosoft ensured that the data capture and display across security systems were accurate, thereby facilitating appropriate access levels.

 

Regarding QR codes, the process included automatic generation of QR codes that replicated those typically issued to guests via email or stored in their profiles when they register in the app. Anbosoft then deployed configured QR code readers to ensure precise scanning accuracy.

Test Automation

Anbosoft implemented test automation best practices to expedite testing processes and extend coverage of smoke testing.

 

Automated tests simulated real-user interactions, processing guest invitations through the SDK of third-party systems, and managing access approvals or denials to the building or specific areas while affirmatively displaying the corresponding actions in the mobile app.

 

The QA team further validated the QR codes through automated tests and set up an AWS device farm to access real mobile devices for mobile application testing, avoiding the need for separate infrastructure development.

 

The early adoption of test automation significantly cut down the QA timeframe, allowing the client to concentrate more on primary business goals.

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Cybersecurity Testing

Initial evaluations noted the software’s high susceptibility to cyberattacks.

 

Anbosoft conducted a comprehensive security vulnerability assessment following the OWASP guides for web and mobile security. Web application checks covered configurations, authentications, sessions, various injections, business logic, and file downloads, including malicious types.

 

For mobile applications, the team scrutinized configuration quality, assessed potential traffic interception risks, or unsafe software downloads, deconstructed apps to review source codes, and analyzed encryption methods to detect visible sensitive data.

​Stress testing to identify the system’s maximum capacity and its dependency on user numbers, requests, and transactions.

Load testing to verify system endurance under anticipated loads over extended periods.

The outcomes revealed critical issues such as prolonged authorization times and multiple HTTP response errors, prompting Anbosoft to advise restructuring heavy API requests and optimizing main page elements.

 

Client-side assessments focused on frontend performance, identifying potential user experience issues, and pinpointing frontend components for optimization.