Event networks — FAQ

An event site changes by the hour. Visitor density shifts, backstage has different needs than a food court, and what works during the day can behave completely differently during a peak show. An event network has to work when the site is still empty and at peak moments, when cash registers, crew, security, cameras and visitors all want to be online at once. That calls for capacity planning, not just coverage.

Don't start by adding more access points — that often causes interference through overlap on the same channels. Start with the question: which processes absolutely cannot go down? For a festival, those are payments, scanning, production communication and security. Public internet is welcome, but rarely more important than operations. Only then do you decide the network design.

No two sites behave the same. Metal, scaffolding, containers, LED walls and wet weather all change the range. Visitors themselves dampen the signal too — a dense crowd dampens more than organisers expect. A site plan is essential: read the terrain first, then design the network.

For a small one-day setup, the indicative price is €500–€1,500. A mid-sized production with card payment, crew WiFi, ticketing and basic coverage sits at €1,500–€5,000. Large sites, festivals, livestreams and high visitor density go beyond that. The price depends on reliability, coverage, capacity and on-site support — not just speed. For an accurate quote, we look at your event.

Fibre combines high speeds with low latency and stays stable under peak load. For card transactions, scanning equipment, cloud registers and remote monitoring, you don't want a connection that starts fluctuating when it gets busy. Fibre also scales well. The downside: it isn't available everywhere. In that case, a multi-operator 4G/5G solution with failover is the alternative.

In hospitality, WiFi is part of daily operations — as crucial as power and card payment. A point-of-sale system that stutters during a full terrace costs revenue immediately. Think of: separate networks for operations and for guests, enough capacity for peak moments (terrace, breakfast, evening rush) and a backup for when the primary connection fails.

By treating WiFi not as an afterthought but as a basic operational utility. Arrange it in time, have it designed around usage (not just coverage), test it under load before the event, and provide on-site support. Many problems arise because the network runs under real load for the first time on the day itself.

The cause usually runs deeper than the terminal itself. Mobile networks get overloaded by thousands of simultaneous visitors. Temporary setups lead to weak WiFi coverage at points of sale. Equipment is moved at the last minute without the network plan following along. And sometimes there is a connection, but not enough capacity for simultaneous transactions across multiple registers.

Plan based on load, not on hope. The network design has to start from peak traffic: multiple registers at once, a separate network for payments, a backup connection (failover) and operational agreements with bars and food stands about placement and last-minute changes.

Yes. Cashless payments demand low latency and absolute reliability — every hiccup is direct lost revenue. The network must be designed with prioritisation (QoS) so payment traffic takes precedence over public WiFi. There also has to be a fallback (4G/5G backup) in case the primary connection fails.

A stuttering payment line means longer queues, drop-offs and direct lost revenue. At peak moments — when bars fill up at once and food stands run at full speed — a 15-minute outage can already cost thousands of euros, depending on the scale of the event.

Start with a risk analysis: which zones are critical (entrances, backstage, registers, public areas)? Place cameras strategically — not everywhere, but at the points where visibility is necessary. Provide dedicated network power (not dependent on public WiFi), remote access for the security team, and flexible placement that can move with site changes.

Weatherproof (rain, dust, heat), easy to relocate when the site changes, with local storage and remote backup, and powered via a dedicated network — not shared with public WiFi. Also important: the footage must be available with low latency to the security team.

Flexibility: you place cameras only where and when they're needed, without expensive fixed infrastructure. The best video surveillance is barely noticeable during the event — not because little is happening, but because your team sees faster, decides more calmly and has to improvise less.

Besides cameras, we connect sensors and smart devices to the network to keep the site safe and manageable. Think of access and perimeter security, door and container contacts, and environmental sensors. Everything runs over a shielded network, separate from public WiFi, so security data comes in reliably — even at peak moments.

It depends on the risks: motion and presence sensors for closed-off zones, door and container contacts, and temperature and humidity sensors for technical rooms, cooling or storage. You can also have the status of power and equipment monitored. The choice depends on what is critical for your event and which zones you want to keep an eye on.

On a dedicated, separate network (a separate VLAN or SSID), never on the same network as visitors. That keeps footage and sensor data available with low latency, even when public WiFi is saturated. Also important: dedicated network power, remote access for the security team, and placement that can move as the site changes.

At an event, every minute counts when something goes wrong. A payment line drops, a camera stutters, a backstage connection becomes unstable. With monitoring, you see problems the moment they arise — not only when visitors or crew start to feel them.

Real-time visibility across all connections, bandwidth per access point, prioritised fault alerts, remote management (so you don't have to physically visit every mast) and logging for post-event analysis. The goal: predictability in a place where so much is unpredictable.

Couple monitoring to your camera footage (visual verification on an alarm), to your IoT and security sensors, and to the technical crew on the floor (direct communication during incidents). Monitoring isn't a standalone tool — it's the nervous system of your event infrastructure.