The director should not be standing in the rain

It was an evening event in a square in the centre of Milan, with three cameras. The hardware that was meant to carry them to the gallery never really worked. The pictures reached the switcher out of step with each other, so every cut was a small gamble. Then it started to rain, and our director was out in the square with everyone else, soaked, trying to run a show whose cameras could not agree on what time it was.

People watching at home only saw a programme that felt a little clumsy. We saw exactly why, and we have been thinking about that night ever since.

We are Artide Innova SRL, a live production company from Salerno. We started in 2023 and we spend our year on music festivals, conferences, education events and live streams. The shows change, the problem stays the same. Remote production as broadcasters practise it depends on genlocked cameras, dedicated encoders, managed lines and very often a truck. A broadcaster can pay for that. A festival in a small town, a conference or an event in a city square usually cannot, so the crew travels, the director sits wherever the cables happen to end, and each camera reaches the cut with whatever delay the network gave it.

nosiun started from one question we kept asking ourselves at the end of those nights.

What if any production could work like a broadcaster, without a broadcaster's infrastructure?

Our vision is simple to say and hard to build. We want every live event, wherever it takes place, to be produced with the discipline of broadcast, from a control room that can be anywhere.

The mission we follow at nosiun is to put every remote camera on one event timeline, using the encoders productions already own, so that a small crew can direct a multi-camera show from a dry, quiet room.

Here is how that looks in practice. The camera on location connects through nosiun encoder on a laptop, through OBS or through any SRT encoder the crew already has. It is paired once, with a code, and nobody on site has to type an IP address.

Each event gets its own cloud cell in the European Union, which brings every feed onto the same timeline before it reaches the gallery, with no calibration on location, and which is closed when the event ends. The director works from a browser, sees every camera together with its state in plain words, usable, suspect or lost, and previews and takes as they would on any switcher.

Two more pieces are in development. nosiun decoder will bring the aligned pictures into a control room as NDI and SDI. nosiun PLAY will give the audience a player that belongs to the organiser, on the organiser's own page, where viewers choose their angle and every camera stays aligned.

The first time it all held together was in October 2026, when four remote feeds went through our cloud and played in sync on a single wall, each with a reference timecode burned into the picture so we could check it with our own eyes. On the evening of 21 October we did it again with the kind of kit a small production actually owns: a few Macs, OBS and some phones. Since then we keep testing with real cameras, and our own productions come first.

A few convictions guide every decision we make.

• Time is the contract. Every frame belongs to a moment of the event, and a frame that cannot be placed on that timeline does not go to air.
• A director deserves a dry room. Remote production exists so people can work where they work best.
• A phone in the crowd and a camera on a crane are both sources. Once they share a timeline, the director can use either.
• A camera should always say what state it is in, and a lost camera should hold its last frame and admit it.
• The person holding the camera has a show to run, so a pairing code is the most we will ever ask of them.
• The people watching belong to the organiser, and so should the page they watch on.
• We only publish what we have measured on our own bench.

None of this needs nosiun to be useful. These are the questions we wish we had asked before that evening in Milan, and they apply to any remote setup, whoever supplies it.

1. Do all the cameras share one timeline at the cut, and how will you check it before air? Put a running timecode or a clock in front of every camera during rehearsal, cut between each pair and read the numbers. If they disagree, your audience will notice.
2. What reaches air when a camera drops? Decide beforehand whether the programme holds a frame, cuts away or shows a slate, and make sure the director can see the state of the camera as well as its picture.
3. Who on location has to be a technician? Every task you remove from the person holding the camera is one less thing that can fail during the show.
4. Where does the director sit, and what happens to the gallery if the weather turns? If the honest answer is "in the square", plan for rain.
5. Who owns the player your audience watches? Ask whose page it is, whose branding it carries and who keeps the viewing data.
6. Which numbers were measured, on which network and by whom? A latency figure without a test method is only a hope.

nosiun is our own answer to those six questions. The cameras share one event timeline before they reach the gallery, each one tells you how it is doing, the person on site pairs a camera with a code and gets on with the show, and the director works from a browser somewhere dry. The audience player, once it is ready, will be yours.

If your next event has cameras in places that are hard to cable, we would like to hear about it. nosiun is in private preview, and you can ask for a demo or a pilot here.