The Case for Flexible Infrastructure: What a Hyper-Portable Church Taught Us About Saying Yes

Jake Cody spent seven years building one of the most flexible production systems in the country at Bayside Church. Here's why they did it — and what every church can learn from it.

Most churches build their production infrastructure to stay put. Floors boxes, cable runs, permanent amp racks, installed lighting positions — all of it bolted in, wired in, and largely committed to a single configuration.

Bayside Church in Sacramento did almost none of that. And it was a deliberate choice.

Jake Cody spent seven years as Production Director there — overseeing production and systems across nine or ten campuses — before joining the Summit team as an Account Manager. What he built there, under the creative direction of Lincoln Brewster and a pastor wired for optimization, is one of the most intentional examples of flexible infrastructure in the church world.

The why behind it is worth understanding. Because it wasn't about the gear. It was about the mission.

Why Bayside went portable

Three things drove the decision, and they all came from the same place: vision.

California real estate. Space is expensive and church buildings are hard to acquire. Every room Bayside operated in was a multi-purpose venue — not a purpose-built theater. If you build for one configuration, you can only use it one way. That's an expensive constraint in a market where square footage costs a premium.

A pastor wired to optimize. Bayside's lead pastor is, by nature, an optimizer. He'd walk into a room and immediately see the last ten percent of potential that hadn't been unlocked yet. What if the stage moved? What if the room went in the round? What if we flipped the seating orientation entirely? A permanently installed system can't say yes to those questions. A portable one can.

A creative director with touring DNA. Lincoln Brewster came from the touring world. He understood how to move a show. When the pastoral vision pushed against what a fixed system could do, Lincoln's answer was: put it on wheels. Put it on motors. Define the sandbox, and as long as we're in it, we can do anything. Then make the sandbox bigger.

The value that ties it all together: Bayside calls it "tearing holes in roofs" — a reference to Mark 2, where friends of a paralyzed man literally tear through a roof to lower him down to Jesus. Messy. Improvised. Completely committed to the mission. That's the culture that made hyper-portable infrastructure not just possible, but necessary.

What it actually looked like

By the time Jake was leading production, the system at Bayside's campuses looked more like a well-organized touring rig than a traditional church installation.

PA amplifiers in portable road cases side stage, powered off parallel PD boxes. Lighting on truss and motors, reconfigurable on demand. Video — the hardest piece to make portable — in a hybrid configuration, with the switcher in a road case and installed wiring only where absolutely necessary. At Blue Oaks, even the video desks were on wheels with umbilicals, so the room could be reconfigured when needed.

The only things truly installed at Blue Oaks: a few 200-amp company switches, ladder tray for cable management, and a super structure built to handle the weight load. Everything else lived in cases or hung from portable rigging.

"The only thing that was installed at Blue Oaks was a few 200-amp company switches. That's it. Everything else runs on the floor or in ceiling portable style — because don't commit. Be non-committal."

The volunteer question

Here's the thing that surprises people about hyper-portable systems: they can actually be easier to train volunteers on — if the systems underneath are disciplined enough.

Jake's goal at Bayside was to take a competent volunteer from zero to mixing a full service without supervision in three to four weeks. That's an aggressive target. The way he hit it was by eliminating variables relentlessly.

Drum tuning was standardized. Guitar gains were matched. Keyboard patches were consistent. In-ear monitor mixes were built by stage position, not by individual — so if you were downstage right, your in-ear mix was already weighted toward the BGV mic and guitar on that line, regardless of who was standing there.

"The volunteer on week two that's never touched a console — all the faders are at unity, and they've got an 80 to 90 percent good starting point. And they're just managing transitions."

The portable system demanded that level of discipline. You can get away with inconsistency when nothing moves. When everything moves every week, you need a system where the variables are controlled, the labeling is consistent, and anyone can walk in and understand what's connected to what.

The downside: the gear looks intimidating. Black truss, shackles, road cases, motors — it doesn't invite people in the way a clean installed system does. Jake's team had to work harder to recruit volunteers who weren't initially scared off by what the room looked like.

The set list nobody rehearsed

One of the most creative workflow decisions Jake oversaw at Bayside: eliminating Thursday night rehearsal.

The church was running Thursday rehearsal, Sunday services, and a Saturday night service — which meant staff and volunteers were away from their families three nights in a row. Lincoln Brewster made the call: we can't ask that. So the question became, what would it take to not have to rehearse?

The answer: a rotating Spotify playlist of 20 to 40 songs. Every musician on staff and every volunteer was expected to know all of them and be able to pull any one of them at any moment. Set lists weren't finalized until Saturday afternoon. But because every song already had lyrics templated, lighting programmed, and gains set — pulling any song from the list was a non-event.

That level of flexibility required a level of standardization most churches don't pursue. But the trade was worth it: no Thursday rehearsal, a shorter sound check, and the ability to pivot mid-service if the worship pastor felt led in a different direction.

The staff model that made it work

A system this flexible doesn't run itself. It requires people who know it deeply.

Jake's approach was a two-tier staffing model. A small number of highly experienced engineers — most with touring backgrounds — formed the technical core. They could design a PA, reconfigure a network, reset lighting angles, and white balance cameras. Because of their depth, every subsequent hire could be more entry level. They were coming into a dialed system led by people who understood it completely.

Bayside also had a school on campus, which created a steady pipeline of students learning the systems. Many of them spent two or three years developing real skills and then went on to production roles at other churches. It functioned as a farm system — and it kept the team staffed with people who were genuinely invested in learning.

The gear philosophy

Walk around a Bayside campus expecting to see the highest-end touring gear, and you'll be surprised. The approach was deliberate.

"We're really trying to acquire the Toyota of equipment. We want it to turn on every day. We want it to do what we want it to do. We don't necessarily need it to be the most groundbreaking technology."

The reasoning: every dollar not spent on production went somewhere with more direct community impact. Bayside is a church deeply committed to serving Sacramento — when a local mall was damaged by arson, Bayside paid the salaries of affected employees for six months while it was being rebuilt. That kind of generosity is a budget decision, and production dollars are part of the equation.

The experienced staff made mid-tier gear perform above its weight class. A skilled engineer maximizes what's available. An inexperienced one overshoots the spec and still underperforms.

What this means for your church

Most churches aren't Bayside. Not every church has Lincoln Brewster's touring background, a pastor who wants to reconfigure the room monthly, or California's real estate constraints.

But the underlying principles apply anywhere.

Infrastructure decisions compound. The conduit you do or don't run, the weight capacity you do or don't spec, the power you do or don't install — these decisions shape what's possible for decades. The questions worth asking aren't just "what do we need now?" but "what might we want to do in five years, and are we closing that door today?"

Weight and power are the two things you can almost never over-invest in. Everything else can be upgraded, swapped, or reconfigured. The structural capacity of your ceiling and the electrical infrastructure of your building are far harder to change after the fact. A $30,000 upgrade to a concrete pad during construction can prevent sixty years of forklift headaches.

Non-committal infrastructure is increasingly valuable. Technology changes fast. A fiber and network-based infrastructure lets you swap consoles, cameras, and processors without rebuilding the building around them. The more your infrastructure is format-agnostic, the longer it stays useful.

Flexibility requires discipline. You can't be flexible without systems. Bayside's ability to say yes to almost anything was built on a foundation of standardized gains, consistent labeling, templated programming, and a team that drilled the basics until they were automatic. Flexibility without that foundation is just chaos with wheels on it.

Curious about the full convo? Check out the Gear Follows Vision episode here. Our team has helped hundreds of churches across the nation – if you have any questions you’d like a second opinion on, we’d love to help.