БОГДАН САВЧУК «IoT testing: Manual, Automation and Cyber Security techniques»

Mar 25, 20240 likes81 views

Online QADay 2024 #1 БОГДАН САВЧУК «IoT testing: Manual, Automation and Cyber Security techniques» https://linktr.ee/qadayua

Speaker
Bohdan Savchuk
● IoT and Cybersecurity Enthusiast;
● QA Expert;
● CTO and Co-Founder at Anbosoft;
● 11+years in IT, 6 years in IoT.

Audience
1) Junior QAs, who only start their testing journey
1) Experienced QAs, who never faced with IoT projects
1) IoT QAs, who want to improve their current testing
framework
2) Everybody else, who are interested in IoT

IoT. What is it?
IoT - Internet of Things

Examples of IoT devices usage
1) Smart home
1) Healthcare
1) Augmented reality
1) Automotive
1) Robotics
2) Military

Number of IoT connected devices worldwide

Difference between IoT testing and Regular Software
testing
1) Unique challenges;
1) Purpose-Built;
1) Combination of Hardware and
Software.

Common techniques
1) Requirements clarification;
1) Test documentation creation;
1) SDLC related processes.

Applicable types of testing
1) Manual
2) Automation
3) Performance
4) Security

Manual QA approach. Tasks
1) Configuring functionality to be
tested on Real Devices (RD) as well
as Emulators (E)
2) Conducting tests on both RD and E
3) Striking a balance between tests
conducted on RD and E

Manual QA approach. Techniques
1) Exploratory testing
2) User experience validation
3) Real world scenario testing
4) Edge case testing
5) Usability testing

Manual QA approach. Benefits
1) Human interaction
2) Comprehensive test coverage
3) Early detection of issues
4) UI and UX testing
5) Real time observation
6) Flexibility and adaptability

Cyber Security QA Approach. Tasks
1) Identify vulnerability in
device/network;
2) Verify the effectiveness if
authentication and authorisation;
3) Ensure proper transmission and
storing of sensitive data.

1) Firmware analysis (hard coded
passwords, insecure protocols)
2) Network verification
3) API testing (auth, data validation)
4) Physical Security Checks (tamper
detection, boot process)
5) Mobile app verification
6) Cloud Security Verification (data
storage, access)
Cyber Security QA Approach. Techniques

Cyber Security QA Approach. Benefits
1) Protect sensitive data
2) Prevent Unauthorized Access
3) Mitigate Cyber Risks
4) Ensure Compliance
5) Enhance Trust and Reputation

Automation QA Approach. Tasks
1) Streamline testing processes
2) Reduce the need for manual
intervention.
3) Save costs
4) Improve the efficiency of
software delivery

Automation QA Approach. Techniques
1) Test Scripting
2) Device emulation
3) Protocol testing
(sending/receiving messages)
4) Regression testing
5) Handling complex scenarios
6) Continuous integration and
delivery

Automation QA Approach. Benefits
1) Increased Efficiency
2) Tests Coverage
3) Reusability
4) Improved test accuracy
5) Time and Costs saving
6) Scalability

Performance QA Approach. Tasks
1) Handling substantial
amounts of data and traffic
1) Ensuring that the system can
effectively manage the
expected workload

Performance QA Approach. Techniques
1) Load (ability to handle high volume of data
or request)
2) Stress (high data traffic, device overload)
3) Endurance (device overheating, memory
fragmentation)
4) Power Consumption (battery
management)

Performance QA Approach. Benefits
1. Reliability
2. Scalability
3. UX
4. Optimization
5. Cost Efficiency
6. Compliance and Regulation

Conclusion
Integrating the system with both manual
(including cyber security) and automation
(including performance) techniques into the IoT
industry holds immense potential for future
advancements.

The document discusses testing for Internet of Things (IoT) software. It begins with an introduction to IoT and describes emerging IoT applications and the typical IoT technology stack. It then discusses challenges in testing IoT software and how the role of quality assurance is changing. The document outlines various areas of IoT testing including connectivity, security, performance, functionality and more. It provides examples of test cases for each area. Finally, it proposes a strategy for effective IoT software testing that emphasizes automation, virtualization, robust backends, and testing at the design stage.

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As per the research, IoT testers may face the problems with the test strategies and planning so we provide some recommendations and the sample test cases. At Bugraptors, a list provided by our team is not only complete or wide-ranging but it well gets you a brief idea of how to proceed with the IoT testing. With IoT, we can connect devices other than computers such as home appliances, vehicles which contains electronics, software, actuators and connectivity to other devices using embedded sensors, processors and communication hardware. This presentation covers a detailed description of: 1. What is IoT? 2. What is IoT Testing? 3. Why to test IoT? 4. How does IoT Framework Works? 5. Types of IoT Testing? 6. IoT Testing Challenges 7. Best practices for effective IoT Software Testing To get more information, watch out the detailed blog - https://bit.ly/2T5XkFi Facebook: https://www.facebook.com/BugRaptors Twitter: https://www.twitter.com/BugRaptors LinkedIn: https://www.linkedin.com/company/bug-raptors

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