
Campus network on a cruise ship
Support for building a complete campus network on board – from access layer planning through Wi-Fi to ship-wide VoIP telephony.
- 25,000+access ports
- 2,000+access switches
- 3,000+access points
- 5,000+VoIP phones
Selected projects from environments where networks have to carry around the clock.

Support for building a complete campus network on board – from access layer planning through Wi-Fi to ship-wide VoIP telephony.

Migration of layer 2 backup paths (ISDN) to LTE technology in process control environments at operators of critical infrastructure (KRITIS).
Focus areas: availability of backup paths, securing the transmission links and a migration path without interrupting live operation.

Network configurations are generated and rolled out via Ansible instead of configuring devices one by one. The result: reproducible, version-controlled configurations and significantly shorter rollout times.
Network automation using the open source tools NetBox and Ansible: you plan your infrastructure in NetBox – devices, IP addresses, VLANs and sites – and automate the network deployment from it.
Ansible reads that data over the REST API as a dynamic inventory, renders the configuration through Jinja2 templates and rolls it out. Access switches and access points can be provisioned consistently and with little effort, even in large quantities.

Connecting Cisco CUCM and Microsoft Teams into one end-to-end communication solution – including session border controller and numbering plan.
If you have questions, get in touch – we will show you the options that fit your requirements.
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