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The basic idea behind PWLAN is a single piece of existing technology used on many notebooks for communication within the company or flexibly at home to allow for quick connection to the Internet in public places such as hotels, airports, train stations, etc. (what are referred to as «hotspots») too, making slow and complicated connections via a modem and ISDN a thing of the past.

This technology goes by different names such as 802.11b/g/n/a/ac, Wi-Fi, wireless LAN, WLAN, etc. and must exist on your notebook or smartphone.

SSID stands for «service set identifier», or rather the name of individual WLAN networks.

DHCP stands for «dynamic host configuration protocol». This is a process that automatically assigns configuration data, such as an IP address, network mask, and default gateway, etc. to clients in a network.

The procedure is the same almost everywhere:

1. Switch on the notebook.
2. Connect to your desired wireless network/SSID.
3. Launch your browser.
4. You will be automatically directed to a landing page.
5. Authenticate yourself via SMS, voucher, or other methods depending on your location.
6. You will then be able to access the Internet and can surf, receive and send e-mails, or access your company's network if your notebook is equipped for this purpose.

• Wireless LAN SSID: normally «MONZOON» (capital letters!). The SSID can vary depending on location
• Encryption: switch off
• ID address assignment: automatic/DHCP
• Proxy settings: switch off

In your notebook's system control/Internet options.

• Internet options/connections: Select «only select if no network connection exists» auswählen.

In Switzerland, Internet providers are obliged to ensure compliance with the Federal Act on the Surveillance of Postal and Telecommunications Traffic (STPA). Article 22 (1) STPA stipulates that, if an offense is committed, the Internet provider is obliged to provide the competent authorities with all information leading to the identification of the author. The SMS identification of anonymous pre-paid users or similar methods (voucher codes, boarding-card scanners, etc.) is carried out for this purpose.

Roaming is a well-known expression from the cell-phone sector. Not only can you use your cell phone in your own country via your operator's network, but also networks in cities you visit when traveling abroad. The same mechanism also applies in the world of WLAN hotspots.

Eduroam is an international cooperation of universities and scientific organizations with the intention of providing employees and students with Internet access at all participating sites. You can therefore use your university user login to also connect to the Eduroam network of another university that participates in the Eduroam project.

Normally, you do not have to do anything. Your authentication is also valid for your next use. However, you will need to re-enter your password after a certain amount of time. If you want to force this process, please enter logout.monzoon.net in your browser and click «logout».

I have checked all my settings and it is still not working.

• Manually enter login.monzoon.net or 1.1.1.1 in your browser and confirm with «ENTER».
or
• Switch your notebook off and on again.

Yes. The SMS code can be used on three different devices at the same time.

The following may help:

• Where possible, use the 5-GHz frequency band, such as 802.11a, 802.11ac, or 802.11a/n. Since the channel band is larger and is (still) used considerably less often, interruptions are rarer and the throughput is better.
• Switch off any energy-saving functions for the WLAN card.
• Change, at least as a test, the location from where you are accessing the WLAN. There may be an interfering factor in this wireless cell. The increasing dissemination of all sorts of applications that use the 2.4-GHz frequency band (which the WLAN also uses) can lead to interference. All manner of different things could cause this interference: unknown WLAN wireless networks, microwaves, wireless cameras, motion detectors, wireless microphone systems, video transmission technology, etc.

Using WLAN repeaters does not normally solve coverage problems as such repeaters reduce the throughput in the WLAN wireless cell by taking up the necessary resources itself.

The coverage of the access points is limited and the transmission power is regulated by legislation. The transmission power or reach cannot easily be increased. Setting up an additional access point is the only thing that will help in this case. Please contact the venue owner (e.g. your hotel).

If you have technical questions about our service, questions about security, problems, missing functions, ideas you want to share with us, as well as positive feedback when things have gone well, please contact:

• Hotline: 0800 666 966
• E-mail: support@monzoon.net

You can also use our contact form.

The term «Managed Service» refers to the setting up and administration of IT infrastructure and software by a service provider (Managed Service Provider). A Managed Network Service is a subset of this service dealing with setting up and administering of company networks.

Network components are physical devices that interact and communicate with each other within a computer network. They transmit data within a computer network.

Network components include gateways, routers, network bridges, modems, printers, wireless access points, network cables, line drivers, (multilayer) switches, hubs, protocol converters, bridge routers, proxy servers, firewalls, network address translators.

The term «IoT for consumers» is employed whenever IoT is used in medicine, product lines, entertainment devices and smart home products. Take the example of heating: In order to save energy, a thermostat is equipped with a sensor. An external device with special software is then installed on the boiler. Both installations are connected to the Internet and set the temperature automatically according to predefined values - without human intervention.

The role of IoT in Industry 4.0 is to address processes in factories, logistics and production. This is another area in which devices and other objects are equipped with intelligent sensors and networked with each other. This allows, for example, production processes to be better planned and made more cost- and time-efficient.

LPWAN (Low Power Wide Area Network) designates a group of different network protocols that are optimized for the energy-efficient transmission of data over long distances.

• High range: Compared with WLAN much fewer transmitters are required.
• Long battery life: Each sensor can operate for 5 - 10 years on a standard set of batteries.
• Easy installation: Sensors do not require extensive network cabling or power supply.
• Low network costs: You can easily set up transmitter integration through the savings made on transmitters and cabling.
• Encryption: Secure and encrypted data transmission.