Your Business

Via a visual interface, the user is able to monitor and control population protection alarms and deployed units. Version 2 also features a map with which the user is able to monitor fire engines and their communications in real time during times of crisis.

Deployed units control and log data from alarms, doors, batteries and temperature sensors etc. The units communicate with the server via several communication alternatives in order to secure communication in all situations.

Version 1 of the server is Windows-based. The communication protocol it supports is CCIR (UHF, VHF), TETRA messages, IP and the ability to store voice data from TETRA and VoIP.

Version 2 of the server is Linux-based and features a web interface. Communication via TETRA (radio + IP via the central) and IP (MQTT). Logging of location data makes it possible to follow vehicles on the map.

Version 1 of the client is a lightweight embedded PIC microcontroller. Communication takes place via CCIR, TETRA (SDS + Status) and IP via an external module.

Version 2 of the client is an embedded Linux computer. Communication takes place via TETRA (SDS + Status), MWTT, SMS and e-mail.

For many years, Asctel has installed and carried out service of population protection alarms on behalf of the emergency services. With its remote control and monitoring software, Asctel is able to offer its customers a complete solution.

The software enables the emergency services to automatically carry out monthly tests of the equipment. Users are provided with a clear overview of how the equipment works, and this makes sure that service personnel are only dispatched when needed, saving time and providing better safety and security to the general public.

Planning
Planning is usually carried out via a customised web application. In addition to planning the various production phases on a daily basis, or even by the minute, incoming logistics for JIT production is often included.

Production
Production includes registration of work phases as well as product faults and features. Development of software for special machines in production is part of the concept.

Follow-up
In order to further optimise production, follow-up and analysis of data is needed. Collection of correct data from planning and production facilitates efficient follow-up.

Customer Pages and Apps
Via optimised customer pages, users are kept informed and are able to update certain data themselves. This saves time and leads to greater customer satisfaction.

A customised web application on a Linux server provides a reliable foundation for logistics and production planning. The server is also used for processing and analysing production data. It also handles integrations with external systems.

In production, the mobile app or an embedded system can serve as the client. The client interacts with workers and/or machines and sends information to the server. PLC, or a combination of PLC and a client computer, is used for machine control. Time-critical applications operate independently of the server and synchronise with the server after a short delay.

For analysis and visualisation of data, both proprietary and external alternatives are used, depending on which is most appropriate.

A production system designed according to the business puts you a step in front of your competition. Production, planning and customer pages become more user-friendly and efficient. And when you are involved, you get added value and know what is going on and where.