Inside music festival workflows: multi-stage, multi-cam ingest and sub-hour edits

Live event production pushes modern workflows to their limits. Between multi-camera ingest, rapid editorial turnaround times, and simultaneous delivery requirements, today’s DITs and post-production teams are managing more complexity than ever before.

In this episode of Workflow Kitchen, Martin Christien chats with Dane Brehm of Cintegral Technologies to explore the infrastructure behind large-scale music festivals and live productions. From managing dozens of camera sources across multiple stages to coordinating editors, graphics teams, and data wranglers in real time, the conversation highlights how workflow design has become critical to keeping creative teams moving under pressure.

“You can see how fast this becomes very complex.”

Unlike traditional productions, live events generate massive amounts of data continuously and simultaneously. Productions may involve RED cameras, mirrorless systems, GoPros, drones, live line cuts, and rack-mounted SSD recorders — all feeding editors on accelerated timelines.

As Dane explains, the challenge is not simply storage capacity. It’s sustained performance, orchestration, and prioritization.

Festival productions often require editors to begin cutting clips and deliverables while ingest is still happening. That means footage must move immediately from camera operators to DITs to multiple editors without introducing bottlenecks.

Historically, storage lived at the end of the workflow. Today, storage systems sit at the center of production operations, requiring DITs to coordinate ingest, backups, media distribution, and editorial priorities simultaneously.

Dane describes this role as becoming a “data quarterback” — orchestrating who receives footage first, how media is handed off, and how teams maintain momentum under demanding schedules.

For large-scale music festivals with multiple stages operating simultaneously, these workflows scale exponentially. Managing sustained throughput and reliable handoffs becomes essential to keeping productions on schedule.

The discussion also explores how shared storage and containerized workflows help reduce friction for editorial teams.

Rather than physically passing drives between editors, productions can now centralize workflows around high-performance shared storage systems like iodyne Pro Data. This enables editors, graphics artists, and DITs to work from the same data pool while maintaining organized handoffs and redundancy policies.

The result is faster turnaround times, reduced operational overhead, and more time for creative decision-making.

As Dane explains, efficient infrastructure often changes production expectations entirely:

“Once you tell a producer that you can be more efficient, they now double the amount of cameras.”

Another important takeaway from the conversation is the distinction between peak speed and sustained performance.

In live production environments, workflows are designed around predictable turnaround windows — whether that’s delivering edits every hour, every 45 minutes, or even faster. Maintaining consistent throughput under continuous load is often more important than short benchmark bursts.

For teams operating on tight deadlines, predictable performance directly impacts the ability to deliver content on time.

Learn more about iodyne Pro Data: https://iodyne.com/prodata/

From Cintegral’s Kitchen: Workflows that power: https://www.cintegral.tech/our-services