I was side of stage at a 600-capacity room in Marrickville a couple of months ago, watching a four-piece indie band run a lighting show that genuinely made me stop and pay attention. Moving heads, pixel mapping across LED strips, colour shifts timed to the millisecond on every song transition. It looked like something you’d see on a stadium tour.

Their lighting operator wasn’t even in the building. The entire show was pre-programmed, running off a laptop synced to their click track, with a single crew member monitoring in case anything went sideways. The total cost of their lighting rig—rental, programming, and that one crew member—was under $800 for the night.

Five years ago, that kind of production would’ve cost four times as much and required a dedicated LD travelling with the tour. The democratisation of lighting technology is one of the most interesting shifts happening in Australian live music right now, and it’s worth talking about properly.

What Changed

Three things converged to make this possible.

First, the hardware got cheaper. A decent moving head fixture that cost $3,000 to buy in 2020 can now be had for under $1,200. LED technology improved dramatically, so you don’t need the power draw or heat management that conventional fixtures demanded. A mid-tier touring lighting rig that would’ve been $15,000 to rent for a national tour now comes in under $6,000.

Second, the software got smarter. Platforms like MA Lighting’s grandMA3 and open-source alternatives have made programming more accessible. You don’t need twenty years of experience to build a competent show file anymore. Templates, fixture libraries, and community-shared programming have lowered the barrier significantly.

Third—and this is the big one—automation and AI-assisted programming tools have arrived. Several companies are now offering systems that can generate lighting cues from audio input. Feed the software a setlist, point it at a bank of fixtures, and it will build a show that responds to tempo, dynamics, and frequency content in real-time. The results aren’t as nuanced as a skilled human operator, but they’re remarkably good for the price point.

I had a conversation with Team400 about where this technology is heading, and their take was that the real value isn’t in replacing lighting designers but in making baseline production quality accessible to acts that could never afford a dedicated LD. That rings true with what I’m seeing on the ground.

What It Looks Like in Practice

The most common setup I’m seeing on mid-tier Australian tours is a hybrid approach. A lighting designer builds the show file before the tour starts, spending a day or two programming cues for each song, mapped to timecode or MIDI triggers from the band’s click track. Once the file is built, it runs autonomously. A local crew member at each venue handles the physical setup, and then the show runs itself.

The cost breakdown: $1,500 to $2,500 for the LD to build the show file. $200 to $400 per show for a local crew member. $300 to $600 per show for fixture rental. Over a 12-date tour, you’re looking at $8,000 to $14,000 for production that genuinely changes how the audience experiences the show.

Compare that to carrying a dedicated LD on tour—flights, accommodation, per diems, fee—and you’re saving $10,000 to $20,000.

The Downsides Nobody Mentions

It’s not all upside. Pre-programmed shows are rigid. When a band extends a jam, changes the setlist on the fly, or has an unexpected moment that deserves a lighting response, the automation just keeps running its predetermined cues. A human LD reads the room and reacts. Software doesn’t.

I’ve seen it go wrong. A band in Perth played an encore that wasn’t in the programmed setlist, and the lights cut to a static wash because the show file had ended. The crowd barely noticed, but the band was annoyed, and rightly so. That’s the kind of moment where a human operator would’ve improvised something that made the moment feel intentional.

There’s also a homogeneity issue. When everyone’s using similar fixtures, similar software, and similar templates, shows start to look alike. The creative fingerprint of a great lighting designer—the way they use shadow, restraint, or unexpected colour—gets lost when everything is algorithmically generated. Some of the best shows I’ve ever seen were defined by their lighting. Pink Floyd’s 1988 tour was a masterclass. That kind of artistry requires a human behind the console.

Where This Goes

I don’t think automated lighting replaces the human LD for acts that can afford one. What it does is fill the massive gap where bands playing 300 to 800-cap rooms had to choose between no production and unaffordable production.

For venues, it means investing in decent house rigs that visiting acts can plug into. A venue with a flexible, well-maintained LED rig is going to attract better bookings than one with four par cans and a dimmer pack from 2008.

For bands, production value is no longer optional. When your peers on the same circuit are running proper lighting shows, standing on a dark stage with a couple of wash lights puts you at a disadvantage. The audience’s expectations have permanently shifted, and the technology has made meeting them affordable.

The load-in might still be a nightmare. The sound check might still run late. But at least the lights will look good.