Internet of Things or IoT has transformed the way organizations are working today. Today, IoT has taken over the world in terms of ideas and initiatives that affect our daily lives. It has also helped the organization to accelerate the existing reality and boosting a more proficient digital world. The world is ready to consider and adopt the technology for better results, including:

  • The rise of various protocols
  • Increase in the machine to machine communication
  • For smart living and working
  • Unification of devices, and more
IoT Systems Requirement

IoT systems are often categorized by many features that are unique.

  • Consolidating hardware, software, connectors, and sensors in a single system
  • Real-time streaming and processing
  • Supporting data volume, velocity, and variety
  • Large data conception
Challenges of IoT Testing

The above feature gives rise to challenges when it comes to testing IoT based applications, including:

  •  Data privacy and security
  • Real-time complexities
  • Changing the environment
  • Expertise to automate
  • System scalability
 Types of IoT Testing

With the growing technology, there is a new level of complexity that arises. There are 5 types of IoT testing that can be implemented to abridge the complexities involved in IoT testing.

  1. Security testing: It involves testing confidentiality, security, and reliability of the system for better quality. Since there is confidential and delicate information stored; security testing must ensure safety and privacy.
  1. Performance Testing: It validates hardware and software components with many test cases and ensures that application can withstand the varying traffic, data volume, and varying frequency.
  1. Compatibility Testing: It is the testing of devices that interact in a digital environment, considering its compatibility and security standards between different layers.
  1. User-experience Testing: It tests how well an application can work across different interfaces and channels. The tester can ensure better user experience based on the data collected through use cases.
  2. Exploratory Testing: This determines how well an application behaves while interacting with real-time users and complexities.

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