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Introducing WWST Test Suite: Simplifying Development Testing for the SmartThings Platform

At SmartThings, we’re committed to providing developers with the tools they need to create innovative and seamless smart home experiences. We are excited to introduce our newest addition to the developer toolkit: Works with SmartThings (WWST) Test Suite.

The Test Suite is designed to assist our device company partners in certifying their devices as part of the WWST certification process. With Test Suite, developers can easily test SmartThings integrations, get certified easier, and showcase their devices to tens of millions of SmartThings users.


What is the WWST Test Suite?
The Test Suite is a comprehensive tool designed specifically for device developers integrating with the SmartThings platform. It provides a unified environment where developers can thoroughly test their products’ capabilities across various scenarios, helping to identify and address potential issues before deployment.


Why Should Developers Use the Test Suite?

Centralized Testing Environment: With the Test Suite, developers can leverage a centralized testing environment hosted on the SmartThings platform. This eliminates the need to set up complex testing configurations locally, saving time and effort in the testing process. Recently, there has been expanded coverage for 90+ of the most popular "Capabilities" with more planned by the end of the year.


User-Friendly Interface: With an intuitive and user-friendly interface, the self-testing tool ensures a seamless experience for product owners and developers of all levels.

Real-Time Feedback: Receive instant and detailed feedback on your product's compliance status, allowing for quick identification and resolution of any issues.
Reduce your Testing Costs: Save money and time on testing with our free and easy-to-use Test Suite for your certification process.

How to get started with Test Suite?

Ready to use the Test Suite for your device (s)? Here's a quick guide to help you get started:


1. Access the Test Suite
Visit the SmartThings Developer Console and navigate to the Test Suite section, accessible at SmartThings Developer Console.




2. Set Up Your Testing Environment
Test Suite displays a list of available devices connected across your locations. If you do not have any devices connected to the location associated with your developer account, use the SmartThings app to add them.
It’s easy to collaborate with colleagues using Test Suite. You can add team members in the development console and they can check the status of device tests which makes it easy to work together.



3. Test Scenarios
Test Scenarios are automatically generated to test the capabilities of your device. This reduces the time needed to set up tests and makes your development testing easy.
We know some Capabilities may require more complicated setups; you can select which tests to perform in each session.
TipMake sure you include them all before submitting for certification to ensure a faster WWST process.





4. Run Tests
Once you have set up your Capabilities, you can start your tests.
Many tests automatically execute, but there are certain tests that require a manual action to be taken. For example, when testing a motion sensor, a motion detection event is required to pass successfully.
These requirements are indicated before and during an active test session. Note that some tests must be completed within a set time or otherwise will be considered a failed test.



5. Submit Your Test Results


Once the test is complete, you can use any feedback or insights to iterate on your product and retest if necessary.






Once you’re ready, attach your test results to your WWST certification submission. We will review your test results and assign a Partner Success Manager to help you complete your Works with SmartThings certification.










Our new Test Suite tool represents a significant step forward in our commitment to supporting developers and enhancing their experience on the SmartThings platform. By providing a robust testing environment with simulation, automation, and integration capabilities, we aim to empower developers to build high-quality SmartThings integrations with confidence.

Are you ready to elevate your SmartThings development experience? Dive into the Test Suite today and unlock new possibilities for your smart home innovations.


For support with bulk registration of your portfolio of products, contact [email protected].
View the full blog at its source

View the full blog at its source

In 2022, Samsung Electronics announced its environmental strategy to achieve net zero carbon emissions by 2050.
 
As part of these sustainability efforts, Samsung has expanded the use of recycled materials in plastic parts for its products. By 2030, Samsung aims to incorporate 50% recycled materials into its plastic parts and by 2050, aims to use 100% recycled materials for all of its plastic parts.
 
Samsung’s SolarCell Remote exemplifies Samsung’s commitment to the environment, and as it celebrates its third anniversary, Samsung Newsroom is exploring how this eco-conscious product has progressed since its initial release in 2021, with perspectives from JongKeun Lee of H/W Platform Lab and HyunJoo Kim of Mecha Solution Lab.
 
▲ (From left) JongKeun Lee from H/W Platform Lab and HyunJoo Kim from Mecha Solution Lab
 
 
Eliminating the Need for Disposable Batteries

 
Samsung Electronics developed the SolarCell Remote to combat the environmental impact of discarding used batteries. It is the industry’s first rechargeable remote control, with a solar panel (solar cell) that can be charged by sunlight or indoor lighting. The remote can also be charged with a USB-C cable so consumers have many ways to charge their remote.
 
“The level of carbon emissions from the SolarCell Remote, from production to disposal, is roughly one-third of that of the manufacturing of disposable batteries1,” said JongKeun Lee from H/W Platform Lab. “By eliminating the need for disposable batteries, not only are fewer resources consumed but carbon emissions are lowered by manufacturing fewer batteries over time.”
 

 
Another remarkable feature is its low power consumption. The SolarCell Remote was designed to run on about 10% of the power that typical remote controls use. “Samsung made significant progress by drastically eliminating unnecessary outputs and operations, contributing to great energy savings,” Lee added.
 
 
The SolarCell Remote Recycles More Than Six Tonnes of Waste
Twenty-four percent of the plastics used in the SolarCell Remote come from recycled materials. This means more than six tonnes of waste are recycled for the annual production of 10 million SolarCell Remotes. This equates to about an 18% decrease in carbon emissions compared to production using conventional materials.
 

 
This was no simple undertaking. It takes time and effort to develop and apply alternative materials made from recycled waste in a meaningful way.
 
“With growing concerns about ocean waste, we looked carefully into many solutions. We chose to use recycled plastics from discarded fishing nets for 20% of brackets of the 2023 SolarCell Remote,” said HyunJoo Kim from Mecha Solution Lab. “Going forward, we aim to foster the use of these resources and utilize recycled plastics more aggressively.”
 
“This year, we started using recycled plastics from discarded fishing nets. While they are costly and difficult to process, the end result is a higher quality of materials which contribute to our mission of everyday sustainability,” Kim added. “The process is quite extensive, from sorting out the waste to cleaning, removing toxic substances and improving material properties.”
 
In recognition of this product’s environmentally friendly design, Time Magazine selected the SolarCell Remote as one of Time Magazine’s “The Best Inventions of 2022”.
 
All of Samsung’s 2023 Lifestyle TVs are equipped with the 2023 SolarCell Remote. Samsung’s goal is to integrate more eco-conscious products and processes into a wider range of models across regions and empower consumers to live a more sustainable lifestyle.
 
In addition, Samsung decreased the size of the SolarCell Remote by 25% in its latest iteration. This means that the remote control uses less plastic while enhancing the product’s usability.
 
“As the SolarCell Remote became smaller, manufacturing uses less plastic and it became an ideal size for consumers’ hands, making it a better product all around,” Lee explained.
 

 
 
Pursuing an Eco-Conscious Strategy With a Streamlined Approach
So, what are Samsung’s next steps to enhance sustainability of the SolarCell Remote?
 

 
“We are continuing to move in the direction of light, thin and small to keep the use of plastic low,” Kim said.
 
“We are dedicated to creating a user-friendly remote control that consumes fewer resources and less energy,” Lee said. “Samsung’s ultimate goal is to empower users to control products with minimal effort while reducing the use of materials and energy. This could mean one day we get rid of the remote control entirely. The SolarCell Remote is a bold step in the direction of everyday sustainability and we can’t wait to show everyone what’s next.”
 
The ambitious journey of the SolarCell Remote to contribute to a more eco-conscious lifestyle is just beginning.
 
 
1 Considering most TVs are used for seven years and an AA battery for their remote controls are replaced once in a year, the number of discarded batteries for a TV will be 14 every seven years. This means charging and using SolarCell Remote for seven years reduces carbon emissions by one third compared to using AA batteries.
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Another day, another test between the Samsung Galaxy S23 Ultra, the iPhone 14 Pro Max, and the Google Pixel 7 Pro. BGR has already highlighted several different comparison tests between the battery, performance, photography, and more, but this time, the YouTube channel In Depth Tech Reviews went a step further and made a hardcore test by checking the speed, battery, and thermal of these three flagship phones at the same time.
In the experiment, the YouTuber started a Microsoft Teams call meeting with screen sharing, ran a high-quality YouTube video in PiP, and played Asphalt 9 for 30 minutes. While the three phones had brightness at the same level, all using an LTE/4G connection and updated to the latest operating systems available, it was interesting to see how each of them performed.
Long story short, the Galaxy S23 Ultra performed better compared to the iPhone 14 Pro Max and the Google Pixel 7 Pro. These are the highlights:
Galaxy S23 Ultra completed the 30-minute test, the display dimmed after 11 minutes, had the best thermals at 49.4ºC, and spent 10% of its battery. On the other hand, the iPhone 14 Pro Max failed the test after 19 minutes, the display dimmed after 4 minutes and a half, and had the worse thermals alongside the Pixel 7 Pro at 49.5ºC. It only had the best battery usage with only 7%.
Of the three phones, the Pixel 7 Pro had the worst scores in general, as it was the first to fail the test and used the most battery.
What made the Galaxy S23 Ultra the champion in this extreme test was its new heat sink, which is three times the size of last year’s S22 Ultra, and its 12GB of RAM, making it the best phone to deal with this level of stress.
That said, at the end of the day, it’s up to you what you need for your daily tasks as the three phones are really great.
Don't Miss: iPhone 14 Pro Max tops Galaxy S23 Ultra in battery life testThe post Galaxy S23 Ultra beats iPhone 14 Pro Max and Pixel 7 Pro in hardcore performance test appeared first on BGR.
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