Tech Assurance provides comprehensive IoT testing services to ensure the seamless operation of the Internet of Things.
Tech Assurance provides comprehensive IoT testing services to ensure the seamless operation of the Internet of Things.
IoT devices store and transmit sensitive information, making them vulnerable to cyberattacks. Regular devices testing can help prevent these by identifying vulnerabilities before hackers can exploit them.
IoT devices process large amounts of data in real-time and perform multiple tasks simultaneously. IoT mobile testing and performance testing can determine battery life and data transmission accuracy, ensuring stability.
The IoT network requires testers to verify all possible types and versions of devices. Thorough testing of the Internet of Things for compatibility ensures consumers can seamlessly connect and use their devices.
Developing IoT networks is expensive. Device testing allows for the detection and elimination of issues at early stages of development. This way, by the time the technology reaches end-users, it is free of bugs and operates smoothly.
Including IoT testing at early stages of development also accelerates the overall process. This allows for the verification of created features, identification of issues, prevention of reworks, and improvement of code quality.
Quality and timely testing ensure the proper functioning of IoT devices. This enhances user experience and increases target audience satisfaction by ensuring all devices operate reliably.
Verifies that the IoT device and its software meet the specified functional requirements.
Sensor accuracy, device control, data transmission, and communication between devices.
Ensures the IoT device works correctly across different platforms, operating systems, and with various other devices.
Interoperability with other IoT devices, compatibility with various network protocols (Wi-Fi, Bluetooth, Zigbee).
Assesses the device's performance under various conditions and loads.
Response time, throughput, scalability, and reliability under different network conditions.
Identifies vulnerabilities and ensures that the device and data are secure from unauthorized access and cyber threats.
Data encryption, authentication, authorization, vulnerability scanning, and penetration testing.
Evaluates the user-friendliness and overall experience of the device.
User interface (UI) design, ease of use, and user satisfaction.
Ensures that the device complies with industry standards and regulations.
Compliance with regulations such as CE, FCC, and RoHS, among others.
Verifies the device’s ability to connect and maintain connections with other devices and networks.
Network protocols, connection stability, and seamless communication between devices.
Ensures that updates to the device's firmware and software are applied correctly without introducing new issues.
Update mechanisms, rollback procedures, and validation of new features and bug fixes.
Measures how long the device operates on a single charge and under various conditions.
Power consumption, battery lifespan, and efficiency under different usage scenarios.
Assesses the device's performance under different environmental conditions.
Temperature variations, humidity, shock, vibration, and exposure to dust or water.
Ensures that the device performs correctly in different geographic locations and with different languages.
Correct language display on devices.
Our internet of things software testing team includes specialists:
Our experts will ensure the efficiency of your IoT product!
Our professionals possess sufficient technical knowledge and experience working with various IoT projects, testing methodologies, and reporting strategies.
We take responsibility for ourselves, our team, our clients, and the completed work. This makes us a reliable partner you can trust to check all aspects of your product's quality.
Our specialists collaborate with your team and support each other in achieving common goals. We are as invested in your success as you are.
We offer online consultations for anyone needing assistance with testing Internet of Things devices. You will get answers to any questions at a convenient time for you.
The Internet of Things is one of those concepts that seemed like science fiction just a few decades ago but are now as real as self-driving cars or delivery robots. The emergence of any new product involves testing cycles that require deep expertise in the field and strong technical skills from the QA team.
IoT encompasses physical devices equipped with various sensors that can connect to other devices via a communication network. IoT technology integrates all available components into a system that helps make quick and efficient decisions based on real-time data.
Testing an IoT system is a complex process that requires careful planning and execution. We conduct a comprehensive range of tests: functional, compatibility, performance, security, usability, regulatory and compliance, connectivity, firmware and software updates, battery life, environmental, and localization testing.
Defining testing goals according to project information provided by the client.
Creating a test environment that replicates real conditions, including various types of devices and networks.
Defining a test strategy that outlines the types of tests, tools and technologies, and testing processes.
Functional tests to ensure devices and systems work correctly.
Performance tests to check device operation under different types of loads and data volumes.
IoT security testing to identify and eliminate potential vulnerabilities and threats.
IoT usability test service to ensure devices and systems are user-friendly and easy to use.
Compatibility testing to verify correct data exchange between devices and with third-party systems.
Data integrity checks to ensure accuracy in data collection, storage, and processing.
Google Test, JUnit, NUnit
Postman, SoapUI, JMeter
Selenium, Appium
Unit Testing
Integration Testing
System Testing
Oscilloscope, Multimeter
Load simulators, Network analyzers
Climate chambers, Vibration tables
Functional Testing
Performance Testing
Environmental Testing
Nessus, OpenVAS
Metasploit, Burp Suite
Vulnerability Scanning
Penetration Testing
BrowserStack, Sauce Labs
Wireshark, Tcpdump
Cross-Platform Testing
Protocol Testing
iPerf, Wireshark
Bluetooth sniffer, Wi-Fi analyzer
Network Testing
Bluetooth/Wi-Fi Testing
Power profiler, Battery analyzers
Power Consumption Analysis
Custom scripts, OTA platforms
OTA (Over-the-Air) Update Testing
Selenium, Appium, Robot Framework
Test Automation Frameworks
ELK Stack (Elasticsearch, Kibana), Splunk
Grafana, Prometheus
Log Analysis
Performance Monitoring
Some key prerequisites include:
By adhering to these prerequisites, testers can perform comprehensive IoT testing and ensure the reliability, performance, and security of solutions.
It is a set of guidelines used to verify the functionality, performance, and security of Internet of Things devices and systems. It is conducted to evaluate interconnected devices, sensors, networks, and software applications to ensure they operate seamlessly and securely in real-world conditions. It typically involves functional testing, performance testing, security testing, and compatibility testing.
The importance of IoT testing is increasing for several reasons:
We developed an End-to-end automation testing process for entire applications and prepared the apps for release
We developed manual test strategy for Integration and Unit tests
Eugene from Tech Assurance is a very experienced QA engineer and, besides having good skills, also has a great attitude. Eugene's true passion for QA is undeniable, and it was fantastic to work with in every way. I would hire him again without hesitation. Thank you, Tech Assurance team!
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