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connectBlue, Sigma Develop Automated Testing for Internet of Things

By David Delony January 23, 2014

connectBlue, a provider of wireless connectivity, recently signed an agreement with Sigma Connectivity to deliver Internet of Things products.

“Though our wireless products already are well-known for their robust and reliable operation under the harshest of conditions, we constantly look at how to make the production more streamlined, faster and of even higher quality,” said connectBlue CEO Rolf Nilsson. “This is why we have entered into collaboration with Sigma Connectivity to apply an automated test procedure in the production facilities.”

The two companies will jointly develop automated tests for connectBlue’s Multiradio OWL355 module’s production facilities. The tests will ensure high quality through high volume production. The testing will extend to the rest of connectBlue’s products. The testing devices will also allow for modular design and increases in the company’s production output.

Rigorous testing is especially important in embedded applications because it’s difficult to debug and troubleshoot software, since it exists in firmware in inaccessible locations. Before wide deployment, an embedded application has to be reliable, since fixing it is almost impossible, short of a firmware update. Making sure embedded devices are thoroughly tested before deployment is also a safety issue, since human lives can depend on these devices.

“We are pleased to announce our cooperation with connectBlue to deliver a robust test solution for their latest Multiradio module. Our ability to offer robust, flexible and cost efficient test solutions is based on many years of high volume production experience.  We are happy to be chosen as partner to connectBlue, and we are confident that we can make a difference in meeting their demand for speed and quality,” said Fredrik Hedlund, CEO of Sigma Connectivity.

This isn’t connectBlue’s first array into the IoT. At the end of 2013, it participated in the itACHiH (IT Support for Advanced Cancer Care in the Home) project to provide support for medical wireless and IoT solutions. With the integration of these wireless technologies, very simple devices can allow remote caregivers and families to monitor basic activities and alert to changes or missed medications. Caregivers can use home hub connects devices to follow patient activities. 




Edited by Rachel Ramsey
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Contributing Writer

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