AV over IP: Future Visions and Innovations

In this closing article, we look beyond what is currently possible and explore the breakthroughs that will guide the next generation of lighting, audio, video, and show‑control systems. What follows is an overview of emerging technologies — not as distant visions, but as the logical continuation of the IP‑based foundations used today.

1. AI and Machine Learning in Show Production

Artificial intelligence is set to transform both creative workflows and technical operations. Already, examples are visible. For example, AI‑assisted follow‑spot systems such as Naostage use camera tracking to keep performers in focus automatically. This reduces operator load and improves precision. Moreover, AI can learn behavioural patterns and predict hardware failures by analysing temperature data, run‑time statistics, or network diagnostics. As a result, maintenance becomes proactive rather than reactive.

On the creative side, AI opens new design workflows. Designers, for instance, may soon specify emotional intent — “propose a lighting design for a melancholic opening scene” — and receive a generated starting point to refine. In addition, IP‑based devices continuously produce rich real‑time data: audio levels, movement cues, sensor readings, and audience response patterns. Consequently, a future where shows subtly adapt to their environment or audience is no longer theoretical; it is increasingly within reach.

2. Cloud and Remote Show Operation

Now that IP networks have removed the dependency between signal and physical location, cloud‑based show control is emerging as a powerful capability. Companies such as Tait Towers already offload complex motion‑control calculations to cloud systems, leaving only lightweight clients on site. During Eurovision 2021, parts of the AR graphics pipeline were rendered in the cloud and streamed back live — something previously impossible without ultra‑low‑latency networks.

This trend enables the concept of a virtual control room. A director could log in from any location, view multiview streams, and switch cameras remotely. Meanwhile, mixing hardware may reside in data centers, enabling distributed productions and more efficient equipment use. Combined with fibre connectivity, 5G, and intelligent failover, a single global infrastructure could support multiple productions across different time zones.

3. 5G and Wi‑Fi 7: The Wireless IP Frontier

If IP networks freed signals from their dedicated copper, wireless technologies now aim to remove the cables altogether. Private 5G promises high bandwidth and low latency at levels comparable to wired systems. Early trials demonstrate reliable multicast video over 5G, suggesting that stadium cameras may eventually operate cable‑free. At the same time, Wi‑Fi 7 — and the upcoming Wi‑Fi 8 — introduce major improvements for multicast‑heavy protocols like Art‑Net and sACN, thereby enhancing the stability of temporary or mobile lighting networks.

Imagine a city parade where each float hosts its own 5G node for time sync and cue distribution — without kilometres of DMX cabling. In theatres, moving scenery with integrated lighting or audio could receive cues wirelessly in real time. However, wireless links still lack the deterministic reliability of fibre. Even so, rapid progress suggests that large‑scale productions may soon operate with far less physical cabling.

4. Convergence Through Open Standards

One of the most transformative trends is the convergence of open IP standards across lighting, audio, video, and control. As IPMX gains traction for video transport and NMOS evolves into a universal discovery layer, true interoperability becomes attainable. In practice, a typical workflow may rely on:

• sACN / RDMnet for lighting
• AES67 / Dante for audio
• IPMX for video
• NMOS for discovery and connection management

In such a system, a show controller could automatically detect all devices on the network — projectors, fixtures, speakers, and encoders — without manual IP configuration or proprietary software. Consequently, drag‑and‑drop cue assignment across brands and device types becomes standard.

Crucially, this shift is driven not by a single manufacturer but by industry‑wide cooperation in groups such as Milan and AMWA (Advanced Media Workflow Association). Therefore, the gap between broadcast and pro‑AV continues to narrow: the long‑standing divide between ST 2110 and NDI is shrinking, and IPMX aims to further reduce the need for format bridging. In short, the industry is building bridges, not walls.

Conclusion: The Next Chapter Is Yours to Write

The evolution of IP in live performance is a story of creative liberation. Signals once constrained by copper now flow across flexible, scalable networks. Lighting offers unprecedented resolution and insight; audio systems are lighter and more powerful; video has escaped the limits of traditional matrices; and show control unifies every discipline into one expressive ecosystem.

Looking ahead, the transformation continues. More intelligence. More integration. More possibilities. At the same time, progress brings new responsibilities: cybersecurity and disciplined network design. AI will support technicians rather than replace them; cloud workflows will extend creativity across continents; wireless systems will enhance mobility; and open standards will simplify production from end to end.

The infrastructure is ready. The tools are emerging.
Now, the next leap in storytelling belongs to those bold enough to explore what IP makes possible.