At my church, we rely heavily on Ross products for our video systems. We have two Carbonite switcher panels/frames and several OpenGear frames with cards doing things from audio embedding/de-embedding, video up/down/cross conversion, fiber conversion, etc. The Ross framework makes all that possible.
A great product that Ross makes is their Dashboard software. It’s free, cross-platform, and with the community forums available, you have a lot of power at your fingertips to control all of your equipment. I would highly recommend it even if you don’t use other Ross products.
With Dashboard, you can create your own custom panels to do whatever you need. It does require some programming knowledge if you really want to have full control to design and create your own workflows, but if you’re up for learning, there are plenty of resources available to help you along the way. It uses Java and JavaScript technologies.
In ministry, it’s always great when we can create simpler systems where volunteers can succeed, which is why tools like this are so valuable. I started creating my own custom panels in Dashboard about 4 years ago. The first one I created was a panel to control and arm our Aja Ki Pro recorder so we could easily record the sermon video for later editing. The first version wasn’t too fancy, it basically just allowed you to enter a custom clip name and start/stop recording, but it suited our needs.
I later wrote a full transport control version that allowed you to cue up or delete clips, rewind, fast forward, etc. I’ve made both versions of this custom panel available and there are churches, new stations, and government agencies all over the country using both version of these panels. This is all possible because Aja created a RESTful API that can be used to access their KiPro devices, and through Dashboard, we can take advantage of that.
If you’d like a copy of this panel to use in your church, let me know. I would be happy to send it to you!
I’ve also created custom panels to turn on/off projectors and do simple operations on the video switchers (by firing custom controls through Dashboard), and over time this developed into the complex but flexible system we use today. Now we have a “master production control” custom panel that is always open in DashBoard on one of the production machines.
Then, each production machine has Dashboard installed and is running one of the remote panels I’ve created.
Here is an example of one of the remote panels, used primarily for turning projectors on and off in one of the auditoriums and controlling screens we use in those rooms. I tend to customize these panels for their application, only giving them the command options necessary for that area.
This master control panel is where all of the code lies that does the actual work, whether it is turning a projector on, executing a custom control on a video switcher, setting a PTZ camera preset, etc. This is great because now anytime I make a performance improvement, add a new feature, etc., I only have to add it to the master control panel, and the remote clients will get that benefit when they execute the command.
The remote panel simply sends a web HTTP request to the master panel at a specific address and port, which triggers the corresponding button on the master panel.
The master control panel then keeps track of the remote listeners and sends updates as commands are executed. Right now, I primarily use this to update an activity log on each remote client, or to update the state of a button if needed, but the flexibility is there to do what I want, and all of the clients can stay up to date no matter who pressed a button from any particular machine.
I hope this gives you a few ideas for your tech ministry on ways to simplify equipment and production control! If you need help along the way, drop me a line. Happy coding!
Tech Ministry 
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