Eight sectors. One constraint in common.
Water, power, transport, and production infrastructure share a single non-negotiable: the system has to keep running while you change it. Below is how that constraint shapes our approach sector by sector.
Renewable Energy
Battery energy storage, wind, and solar assets are being built and connected to the grid faster than most control system teams can keep pace with — and the Australian Energy Market Operator's connection requirements don't leave much margin for a control system that isn't right the first time. We deliver SCADA and protection integration for BESS, solar, and hybrid sites, working alongside the electrical balance-of-plant contractor rather than as an afterthought to it.
Typical scope: power plant controller (PPC) integration, SCADA for generation and storage monitoring, protection relay integration, and the historian and reporting layer generators need for compliance and performance reporting.
Utilities
Electricity distribution networks are running zone substations and reclosers that were commissioned two decades ago, on protocols that are increasingly hard to source parts and support for. We upgrade substation automation and distribution SCADA in stages that keep the network live throughout — testing new RTU and protection integration in parallel with the existing system before a single cutover, not a rip-and-replace outage.
Typical scope: zone substation RTU replacement, DNP3/IEC 60870-5-104 protocol migration, distribution SCADA integration, and OT network segmentation between substation control networks and corporate IT.
Water & Wastewater
Water authorities typically operate the largest distributed asset base of any of our clients — treatment plants, pump stations, and reservoirs spread across a service area that can run to thousands of square kilometres, much of it on telemetry networks installed before broadband existed. We modernise that telemetry without a rip-and-replace risk profile: migrating sites in batches, running old and new networks in parallel, and validating every site against its historical data before decommissioning the legacy RTU.
Typical scope: treatment plant SCADA, pump station RTU and telemetry, network-wide historian consolidation, and compliance reporting for regulators including the relevant state Environment Protection Authority.
Local Government
Councils are increasingly accountable for stormwater and flood monitoring infrastructure with the same criticality as a utility asset, but frequently without the dedicated OT engineering team a utility would have in-house. We build telemetry and SCADA systems sized and priced for council budgets and maintained by council staff — not systems that quietly require our ongoing involvement to keep running.
Typical scope: stormwater and flood level monitoring networks, pump station telemetry for council-operated drainage assets, public-facing dashboard integration for community flood awareness, and straightforward handover documentation for council maintenance teams.
Mining
Processing plant control sits between two hard constraints in mining: throughput targets set well above what the original control system was designed for, and safety interlocks that cannot be relaxed to hit them. We work on crushing, screening, and conveyor control upgrades where the brief is almost always the same — increase capacity and visibility without touching the safety functions that were correctly conservative to begin with.
Typical scope: process control system upgrades for crushing and material handling, MES integration for production and maintenance reporting, and safety instrumented system documentation aligned to AS 4806 where interlocks are in scope.
Manufacturing
Manufacturing lines usually arrive at us with a specific, quantified problem — a changeover time that's too long, an OEE figure nobody trusts, or a legacy PLC platform the OEM no longer supports. We scope manufacturing upgrades around that number, not around a general modernisation brief, because a control system upgrade that doesn't move the metric the plant manager is measured on doesn't get considered a success internally, regardless of how clean the code is.
Typical scope: PLC platform migration for end-of-life controllers, HMI redesign for changeover and fault-finding speed, and machine-level data capture feeding into OEE and downtime reporting.
Food & Beverage
Batch control in food and beverage processing carries a compliance layer most other sectors don't: full lot traceability from raw material intake through to finished product, ready to produce on demand for an auditor or a recall event. We build batch control and MES systems where traceability isn't a bolt-on report generated after the fact — it's derived directly from the same PLC data driving the process.
Typical scope: batch control sequencing for mixing and blending processes, CIP (clean-in-place) cycle automation and verification logging, and lot traceability systems aligned to FSANZ and export market requirements.
Transport Infrastructure
Tunnel, rail, and intelligent transport system (ITS) control networks combine two demands most sectors don't face together: life-safety systems (ventilation, fire detection, incident management) that must never fail, running 24/7 with effectively no acceptable maintenance window. Every stage of our work on live transport infrastructure is planned around short overnight possession windows, with a rollback plan tested before it's ever needed.
Typical scope: tunnel ventilation and fire/life-safety SCADA integration, incident detection system integration, OT network hardening for control systems connected to public transport operators, and documentation built for 24/7 operations teams working rotating shifts.
If it runs on a PLC, we've probably touched something like it.
These eight sectors are where most of our work sits, not the limit of it.