We are very excited to announce the latest release of the CygNet Thin Web Client (TWC), v1.2.
TWC leverages familiar CygNet screen building techniques to construct web-based workflows displaying data from your existing CygNet servers. We’ve been busy adding controls and functionality to TWC, and fixing a few issues, including the following:
We are excited to announce the first release of the CygNet Thin Web Client (TWC), v1.0. TWC leverages familiar CygNet screen building techniques to construct web-based workflows displaying data from your existing CygNet servers. You don’t have to know HTML or CSS to build web applications to satisfy your remote operations requirements. By utilizing standards-based web technology, your end users can access operational data from the convenience of a web browser while allowing you to retire the use of costly remote display software to view native screens over the internet.
We are pleased to announce the latest release of CygNet, version 9.5!
At a high level, the 9.5 release has a lot of added features. To help you get acquainted with this new release, we've cataloged our most significant enhancements below for your review:
I was recently asked to give a presentation on Canvas to showcase its power as an HMI authoring platform to potential customers. I’ve given lots of presentations on Canvas over the years, usually highlighting new and exciting features with each release. Just talking about new 9.4 features took me over an hour at WESC, and three separate blog posts here; for this presentation, I had about 15 minutes. So instead of trying to talk too fast or cram too much in, I decided to take my audience on a journey.
It starts with a single point value, and a text tool.
We’ve been reviewing some of the new Canvas features in the 9.4 release. We’ve covered navigation and high performance HMI. Today I want to talk about alarms, how to know when they’ve happened, and how to take action.
As I mentioned in my previous article, there are just so many new features in Canvas for 9.4 that we couldn’t fit it all in one post. Last time we talked about some of the new navigation features; today I want to talk about high performance HMI.
“High Performance” has been a bit of a buzzword for HMI design for a while now, and can mean different things to different people. In general, the goal of a high performance HMI is to prioritize actionable information over raw data. We want to remove visual distractions, limit points of confusion, and empower end users to take informed action. These principles have been part of Canvas’ design from the beginning, and we’ve added even more features in 9.4.
We’re all very happy to have CygNet 9.4 out in the world. The CygNet development and product management team worked hard to ensure this release would provide significant value for our customers. Hopefully you can see the results of that work in the massive 9.4 release notes.
As the lead developer for Canvas, I want to spend some time highlighting some of the many new HMI features in 9.4. This release represents the biggest investment we’ve done in our new HMI since it came out a few years ago. Frankly there are just too many new features to meaningfully cover in a single post, so I am going to break it up and do a series on some of the awesome new things in Canvas.
Today I want to talk about navigation. Navigation is a big theme for Canvas 9.4. As people start building out new systems in Canvas, we wanted to expand options for end users to move around quickly and efficiently.
Relative facilities have been around in CygNet in some shape or form for many years. And along the way, there were enhancements made to Studio to assist in creating multi-facility templated screens based on a relative linking model. However, with Canvas, that relative linking functionality and resolution was baked into the product at the very beginning. In this post, I’m going to discuss some design considerations and implementation ideas that I hope will help as you create Canvas screens.
It is not always easy to know when something is wrong with your comms. There are many different points of failure and it can be hard to know where to start looking when an issue is suspected. Even when you have all the data in front of you, it can be a hassle to find the signal in the noise.
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