A view stack is like a book with multiple pages, once you are done looking at the content on one page, you flip it to continue on. Imagine opening up your dashboard and automatically being on the right page, seeing the most important data to you. DGLux has the built-in functionality to show you the right page at the right time. By linking data to a view-stack, DGLux can automatically take you to the generator view if your generator came on, or automatically show you a video feed from a security camera when an occupancy sensor is triggered. This functionality enables you to have dashboards with real intelligence.

Utilizing visual callouts, DGLux informs you when something worthy of your attention has occured such as an issue, pattern or fault. You can see problem areas at a glance or dive into the alarm console to get all of the details, assign notes and acknowledge the alarm if necessary. Indicators such as status lights can be overlayed on top of your equipment so that you can constantly keep an eye on the health of your facilities. All of the tools you need to manage your critical infrastructures are built right into DGLux.

With the ability to transform data and create sophisticated user interaction sequences in DGLux, you have a platform that is capable of providing full-scale applications. Operations such as simple math, complex math, if-statements and timer are just a few of the available widgets used to design complex application logic with the "drag & drop" work flow. Create and consume applications ranging from very simple data formatting such as converting a value into a percentage to complex games like pong. Take advantage of the gamification capabilities to further enhance the user experiences of your dashboards and interfaces.

Data in DGLux can be bound to any property of any component on the stage. With components having dozens of bindable properties, both visual and non-visual that can be controlled dynamically, your creative and functional options are unlimited. For example, you can have the temperature sensor turn red if the temperature goes above ninety degrees, have a light bulb icon get brighter as the light level in the building increases and a text indicator change from "ON" to "OFF" based on the status of your supply fan.

Just like binding data to dynamically adjust properties, DGLux enables binding any component property to any other components property. With this functionality, you can have a slider controlling the rotation of a globe, buttons controlling temperature setpoints or text inputs controlling which piece of equipment you are looking at. A frequently used example in the building automation space is when a temperature sensor turns red because that specific point value rises above ninety degrees, by binding that property to the visible property of a "Too Hot" callout,  informing the user that the space is above the suggested temperature range.

Behaviors, in DGLux, are responsible for any and all user interaction that is built into an interface such as a mouse rollover or a swipe gesture for mobile devices to tell the interface what needs to occur. Icons can be highlighted on rollover, the user can navigate to a different dashboard on click, a data point can be commanded on pressing the enter key, a gauge can expand and contract on a finger spread or pinch. With a combination of behaviors known as "triggers," DGLux enables you to create sophisticated objects in your interface that react to any of the various  user interactions that a user can possibly make.