Multifrontend

Web-based multifrontends enable platform-independent machine control and monitoring across various devices, tailored to specific user requirements. This improves flexibility and simplifies central software updates. Customizable user interfaces aligned with user needs enhance efficiency and reduce errors. Selective content display ensures clarity and usability, while restricted access to sensitive data addresses security. In this way, web-based multifrontends optimize operation processes and meet diverse user needs safely and efficiently.

Thinking in Use Cases

Different access points are needed depending on the requirement in the process. A smartphone is ideal for notifications, while a tablet provides analysis and an overview.

Branch specifics

Specific production processes partially dictate the possibilities for technology use. We assist in selecting the right technology to meet these needs.

User-centered

Frontend and technology are adapted to each role based on the UX concept.

Security

Security requirements are considered at all times, with information and especially actions carefully selected to ensure targeted access.

Web

The Alphagate software platform supports multiple frontend technologies. Data is collected through the A-Hub and sent to the respective frontends via interfaces. This results in a single data source powering multiple frontends, ensuring seamless integration and versatility across various user interfaces.

Java

The Java frontend is created with the A-Vis Editor based on no-code and low-code principles, offering quick installation via drag-and-drop functionality. Known for its high stability in various environments, it runs on both Windows and Linux. Central software updates are simplified through a server-client structure, where updates are made on the server and automatically distributed, reducing maintenance effort.

A user operates a multi-front-end HMI on a touchscreen display.

Apps

Mobile apps offer significant advantages in machine operation by providing flexible and location-independent control options. Following the principles of the Human Centered Design Process, the technology is specifically applied using the Responsense® principle to ensure user-friendly and efficient interaction. This approach optimizes the user experience and enhances operational efficiency in industrial environments.