Quality Engineering
IoT Testing
- Rapinno IoT Testing services help enterprises and technology visionaries accelerate their IoT initiatives by enabling testing of the newest use cases under real-life conditions
the challenge
IoT Creates a Whole New Set of Dev & Test Challenges
IoT is a key enabler of digital transformation because of the innovation, engagement, and efficiency opportunities it offers for businesses and their users. However, the technology presents a variety of challenges for delivery teams, including:
- A plethora of new and different devices, networks, and sensors
- Entirely new communication protocols
- Complex integration requirements
- Functionality and connectivity being attempted, in many cases, for the first time
- Human-subject-based testing scenarios
What we do
Custom IoT Testing with the Latest Digital Technologies
Whether you’re a component manufacturer, device maker, or solution provider, we can get your IoT initiatives to market faster and with less risk. Our IoT Testing services combine extensive digital QA and test automation capabilities with a cloud-based enterprise IoT architecture. This integrates all elements of your IoT initiatives to properly evaluate functionality and performance while providing constant validation and verification across all types of use cases and functions.
Our Offerings
End-to-End IoT Testing Services
Comprehensive IoT test solutions covering hardware, device, connectivity, cloud, and application
Algorithm
Validation
& Comparison
Performance Testing
Automation Testing
Using Firmware
Testing
Testing
Validation Testing
Testing
We support a Variety of IoT Use Cases
We can test your IoT application’s end-to-end performance, functionality, and connectivity, no matter the requirements.
Space Matrix
Human-Subject-Based Testing
Identify and validate device and application variances based on live individual characteristics and interactions, e.g., heart rate. Test data collection, comparison, and reporting; refine algorithms.
Connectivity/ Compatibility
Agitator
Simulate human variables to test device operation; walking, running, sitting, etc.
Location
Test devices that depend on location; e.g., obtaining location data, types of data in different conditions
Robotics
Test IoT robots under different physical and environmental conditions. Simulate automated testing using robots.
Mobile
Test and monitor any IoT app on live devices in real-world user conditions. Take advantage of existing integrations, test frameworks, and automation tools.
THE OUTCOMES WE DELIVER
Testing That Gets Your IoT Innovations to Market Faster
Rapinno IoT Testing services deliver significant business advantages:
Faster Time-to-Market
Increased Competitive Advantage
Increased User Satisfaction
Increased Revenues & Profitability
Our methodology
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how we do it
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how we do it
Our approach
A Comprehensive Approach to Customer Lab-Based Testing
Rapinno can address the unique test and QA requirements for any individual IoT device or application. We provide R&D expertise and work with your team to create the ideal test/validation solution.
This includes creating physical labs as needed to assure the quality and performance of your IoT devices and software.
Identity tools for validation testing
Lab
poc
Custom roll out of lab
Agile Iterative Validation
Custom reports
Proven technology accelerators
We also leverage a set of proprietary technology accelerators for faster time-to-value:
IoT Test Automation Framework
BDD-Driven End-to-End Test Scenarios
Behavior-driven testing extensions to help the business and its technical team deliver software that fulfills business goals by answering questions
Remote Device Management Solution
Solution to collect, process, analyze and visualize data from edge devices, hubs, and companion apps IoT device cloud – provides remote access for development and testing
Firmware Messaging Protocol Unit Testing Framework
Configurable BLE messaging protocol testing for firmware updates and Manufacturing device verification
Software as a Medical Device (SaMD) Quality Management
HEALTH
- Raw data collection
- Data comparison/analysis
- Algorithm refinement
- Comparison reporting
- Device interaction, response
Medical Equipment/Labs
- Raw data collection
- Data comparison/analysis
- Algorithm refinement
- Comparison reporting
- Device interaction, response
SPORTS
- Motion capture
- Data capture
- Data analysis
- Personal display
- Data/results sharing
- Ongoing statistics
MEDIA
- Digital walls
- Content relevance
- Push capability
- Controlled lighting
- Remote robots
- Preset environments
Retail
- Push notifications
- Personalized experiences
- Product availability tracking
- Consumer response
- Dwell time monitoring
- Mobile payment
- Content relevance
key
partnerships
why Rapinno
Proven IoT Testing Frameworks & Device Simulators
17+ Years in Testing/
QA for Digital
Dedicated
Testing Labs
Agile,
Team-Oriented
Approach
Hands-On Expertise with the Leading Testing Tools and Platforms
Proprietary
Technology
Accelerators
FAQ’s – Data Strategy
IoT testing framework refers to a structured approach or set of guidelines used to test the functionality, performance, and security of IoT (Internet of Things) devices and systems. It involves a comprehensive evaluation of interconnected devices, sensors, networks, and software applications to ensure they function seamlessly and securely in real-world scenarios. A robust IoT testing framework typically includes strategies for functional testing, performance testing, security testing, compatibility testing, and interoperability testing to address the complexities of IoT ecosystems effectively.
- Selenium: Adapted for IoT, Selenium aids in automating web applications across various platforms.
- Appium: Primarily used for mobile app automation, Appium can also be extended for testing IoT mobile applications.
- Jenkins: An open-source automation server, Jenkins facilitates continuous integration and continuous delivery (CI/CD) pipelines for IoT testing.
- JMeter: Suitable for performance testing, JMeter helps simulate various scenarios to assess the performance of IoT devices and networks.
- SoapUI: Useful for testing web services and APIs, SoapUI assists in ensuring the seamless communication between IoT devices and backend systems.
- Postman: Ideal for API testing, Postman enables testers to validate the functionality and reliability of IoT APIs.
Usability testing in IoT focuses on evaluating the ease of use, intuitiveness, and overall user experience of IoT devices and applications. It involves gathering feedback from real users through controlled experiments, surveys, and observational studies to identify usability issues and improve the design and functionality of IoT solutions. Usability testing in IoT encompasses various aspects, including navigation, interface design, responsiveness, accessibility, and error handling, to ensure that IoT products meet the needs and expectations of end-users effectively.
IoT testing requires careful planning and consideration of several prerequisites to ensure comprehensive coverage and accurate results. Some key prerequisites include:
- Understanding of IoT architecture: Testers need a solid understanding of the underlying architecture of IoT systems, including devices, sensors, gateways, communication protocols, and cloud platforms.
- Access to diverse environments: Access to a diverse range of test environments, including simulated environments, real-world scenarios, and various network conditions, is essential for thorough testing.
- Security expertise: Given the security implications of IoT, testers must possess expertise in identifying and addressing security vulnerabilities and ensuring compliance with industry standards and regulations.
- Test data management: Effective test data management practices are crucial for IoT testing to ensure the availability of relevant and realistic data sets for testing various use cases and scenarios.
- Scalable infrastructure: Scalable testing infrastructure, including hardware, software, and cloud resources, is necessary to accommodate the complexities and scalability requirements of IoT deployments.
By addressing these prerequisites, testers can conduct comprehensive IoT testing and ensure the reliability, performance, and security of IoT solutions.
