IOT Testing

IOT Testing

IOT technology interconnects the embedded computing devices with the internet network. Raglan Technologies offers a comprehensive IoT quality assurance strategy, which includes test lab set up, testing types, testing tools and other testing environment simulators. Our solution assures end-to-end IoT validation with load testing, functional validation, device validation, API testing, test automation and security verification.

IoT devices have different architecture; therefore, different testing approaches are required for end-to-end testing.

Our Testing Services:

Interoperability Testing:Interoperability testing is conducted to analyse whether the software can operate with different devices

Reliability Testing:IoT reliability testing requires deep understanding of the product and its hardware.  Our reliability testing services ensures that products are deeply scrutinized for safety and quality parameters

Security Testing:Data protection, device protection, user authentication, encryption and device authentication

Usability Testing: User’s ease to use the application, flexibility

Performance Testing:Performance and Load testing to validate the stability and performance of an application under a specific workload

Exploratory Testing:Real time scenarios, structured testing, opportunity to inspect and think beyond the pre-defined testing procedures

UAT Testing: Alpha and Beta testing, contract acceptance testing, regulation acceptance testing, operational acceptance testing and black box testing

Compatibility Testing: The network devices must be compatible to work across different specifications

Data Integrity Testing:Data quality, integrity and reliability

Our IOT Testing Scope

Component Validation

  • Device hardware
  • Application
  • Cloud infrastructure
  • Network connectivity

Security Validation

  • Verifying data packets
  • Data encryption
  • Validating data values
  • Security measures for different types of users and their usage patterns

Functional validation

  • Device’s functions testing
  • Device interaction

Performance validation

  • Data transmit rate
  • Synchronization
  • Request handling
  • Device performance