Industrial and logistics automation is moving fast — and not just on new sites. With land constraints in many markets and well-located industrial sites harder to secure, more organisations are looking closely at brownfield upgrades as a practical way to unlock capacity sooner.
Sometimes the right answer is greenfield. Sometimes it’s brownfield. Either way, the pressure is the same: secure approvals, control costs and risk, and keep operations performing.
The difference isn’t brownfield vs greenfield — it’s early clarity on constraints, interfaces, and staging. The projects that go well are the ones that test early, design around what’s actually possible, and set up procurement and delivery to protect certainty from day one.
At RP Infrastructure, we understand what you’re balancing — speed to capacity, operational continuity, approvals and cost — which is why we bring specialist end-to-end experience across both base builds and automation, so the solution works as one.
Why brownfield is on the table
Many organisations already control industrial sites in the right locations—near freight corridors, ports, intermodals and last-mile catchments. If you can upgrade what you already have, you may bring capacity online sooner and reduce the waiting period that often comes with site acquisition, approvals and major enabling works.
Just as importantly, brownfield can be a smart way to de-risk location. If the facility is already proven for access, labour, and network fit, the question becomes: can we modernise it to meet what the operation needs next?
But the best starting point is always the same: What does the operation need to do, and what will it take to deliver that outcome with certainty?
Start with the outcomes, then test the site early
The most successful industrial automation projects start by being clear on outcomes — then validating the site constraints before decisions harden.
This early phase is where you set up for control of time, cost and risk.
Floors and structure
High-density systems like ASRS, shuttles, mezzanines and conveyor integrations depend on floor tolerances and load capacity. Older slabs can be uneven or inconsistent, and small issues become big issues once precision equipment is installed.
A targeted slab and structural review early helps you confirm what’s feasible, reduce redesign later, and keep options open.
Space, clearance and layout
Ceiling heights, column spacing, aisle widths, dock positions and existing egress paths can limit options. Vendor concept layouts can look clean, but the real test is whether you can make the operational flow work with the building as it is — not with the building you wish you had.
Power and services
Automation can increase demand and change load profiles. It’s not only whether capacity exists — it’s how quickly upgrades can be delivered, lead times, authority requirements, and what that does to your program.
In many projects, power is a key driver of schedule and staging
Fire and compliance
Denser storage, mezzanines and reconfigured racking can trigger upgrades to sprinklers, smoke control, egress and separation. These aren’t later issues — they can influence layout, scope, and staging choices from the start.
The goal isn’t to find a perfect site. It’s to identify the real constraints early, so the solution is designed around them — not surprised by them.
Plan the delivery around operations (especially in live environments)
For many clients, the non-negotiable is continuity: the site still needs to receive, pick, dispatch and perform while change is delivered.
That means staging and sequencing need to be treated as core design decisions, not a construction afterthought.
Good planning typically includes:
- Zoned staging and clear separation between work areas and live operations
- Traffic management for forklifts, pedestrians and contractor access
- Phased commissioning and training, so systems are proven progressively
- A clear approach to permits, WHS obligations and operational controls
When you plan around operations properly, you protect more than safety — you protect service levels, revenue, and the confidence of the teams who run the facility every day.
Procure for interfaces, not just packages
Industrial automation projects don’t behave like traditional construction projects. They’re often multi-vendor, tightly sequenced, and highly dependent on interfaces — between building works, automation equipment, controls, IT and operations.
That’s why procurement needs to reflect how delivery actually happens.
A practical approach typically includes:
Clear performance outcomes
Throughput, availability, scalability and maintainability should be defined in plain terms. When outcomes are clear, design decisions and trade-offs become simpler — and accountability is easier to manage.
Early, staged market engagement
Early engagement helps confirm what’s realistic in the existing building and reduces the risk of selecting a solution that can’t be installed, integrated, or staged as intended.
Contracts that manage interfaces
Many overruns come from the gaps between packages. Good procurement makes responsibilities clear — especially where automation vendors and base build contractors must coordinate closely.
Procurement isn’t just a purchasing step. It’s where you set expectations, define interfaces, and put the right governance in place to deliver with certainty.
The real value is coordination
The biggest automation risks rarely sit inside one discipline. They sit between disciplines.
Projects run best when someone is actively managing the overlaps:
- Aligning operational needs with design decisions
- Coordinating multiple vendors and sequencing
- Managing integration between existing infrastructure and new systems
- Keeping scope, program and risk visible early — before they become surprises
It’s not the technology alone that delivers a better facility. It’s how well the delivery is planned, staged, procured and integrated into daily operations.
If you do nothing else, do this first
A simple starting checklist that prevents most surprises
- Test the slab and structure early (tolerances, load capacity, defects, joints)
- Confirm power and services constraints (capacity, upgrade lead times, resilience)
- Map compliance triggers upfront (fire, egress, racking density, mezzanines)
- Lock down interface responsibilities before contracts are signed
- Plan staging around operations, not the other way around
Final thoughts
Brownfield and greenfield can both be the right answer — depending on your network needs, timeline, site options and risk appetite. What matters is choosing the right pathway and setting it up the right way: early constraint testing, clear outcomes, disciplined procurement, safe staging, and strong coordination across interfaces.
I’ve seen these challenges up close across projects for across Australia — from automated distribution and customer fulfilment to cold storage and live-site industrial redevelopments. Working in operating environments taught me that staging, safety and continuity aren’t “nice to have”; they decide whether a project succeeds.
At RP Infrastructure, we bring that same delivery discipline to industrial and logistics projects of any scale across Australia, with specialist capability across automation and base build so the solution is integrated from day one. We support clients including Woolworths and ALDI to make early decisions that reduce risk and protect certainty.
If you’re considering an industrial automation project — brownfield or greenfield — and want to talk through constraints, staging and procurement early, I’m happy to discuss.
You can reach out to me here
Author: Andrew Johnsen
Andrew Johnsen is a Director (Industrial) at RP Infrastructure. With over 18 years’ experience across supply chain, industrial property and project delivery, he has led major warehouse automation and delivered projects across automated distribution, e-commerce fulfilment, cold storage, and manufacturing and bulk logistics facilities.
