The Internet of Things (IoT) has become an exciting area of work. Businesses are rapidly adapting various IoT products whether they realize it or not. Thanks to the booming development of Internet of Things, users across industries can now easily monitor, trigger, and maintain processes and equipment with a brilliant software and strong networks. The infrastructural pieces
The development and rise of cool, tiny and smart devices of all shapes and functions is the foundation of the Internet of Things (IoT). Many of these mechanisms shared below are relatively small in size, but do not let that fool you. These are powerful products that have been endorsed by many. Today, I will introduce
SIGNL4 offers easy-to-use interfaces for triggering notifications, e.g. email and Webhook. In some scenarios you might want to send signals manually from a Web portal. Google Forms is one option to add this feature to SIGNL4. The following steps show you how to setup a simple Web form for manually sending signals to your SIGNL4
SIGNL4 offers a powerful API to extend functionality and to embed it seamlessly into other applications and services. Using the API you can for instance build custom ‘who is on duty’ dashboards or trigger actions in case an alert has been acknowledged in the SIGNL4 mobile app. You can also build a web page to
The April 2018 update adds the following new features to SIGNL4: New methods and method enhancements for the REST API and webhook A new duty & shift length of 14 days Availability in new countries Happy exploring! Outbound webhooks: Correlate alert-status changes and the original event We have addressed requests for better correlation of alert-triggering
When I started with my first Raspberry mini computer, I selected Windows 10 IoT Core as the operating system. This allowed for using Visual Studio and C#. It is not that difficult to call a webhook from your C# code, though a couple of pitfalls await you when your build your Raspberry project (I connected a