
Brownfield reality
PLCs still run the line. Rip-and-replace is a fantasy.
SCADA, MES, and ageing controllers stay in place. Integration has to respect live production windows — or it never leaves the pilot bay.
OT/IT convergence, edge telemetry, and governed pipelines — delivered by one accountable squad that respects production uptime and plant security.
ingestbuffergovernact
4–6wk
OT/IT assessment to roadmap
99.5%
Telemetry pipeline uptime target
<500ms
Edge alert latency design goal
1
Accountable squad owner
IT-centric pilots ignore OT constraints. Winners integrate brownfield assets, secure plant networks, and ship uptime outcomes — not slide-deck demos.

Brownfield reality
SCADA, MES, and ageing controllers stay in place. Integration has to respect live production windows — or it never leaves the pilot bay.

OT security pressure
Segmentation, zero-trust paths, and DMZ patterns have to ship with the gateway. Security bolted on after ingestion is how plants get breached.

Edge vs cloud split
Get the split wrong and you burn budget on latency you don't need — or analytics that never see clean telemetry.
Four capabilities that connect physical operations to intelligent systems — without proprietary platform lock-in.
01
OPC-UA, MQTT, and Modbus adapters behind gateways that buffer, normalise, and secure telemetry before it leaves the plant.
02
Event-driven ingestion for high-frequency time-series — backpressure, schema governance, and observability edge to cloud.
03
Shop-floor systems connected to MES, ERP, and cloud — without trading away uptime or network isolation.
04
Condition monitoring and alerting grounded in asset health models — not generic dashboard wallpaper.
From protocol adapters at the edge to predictive alerting in the cloud. Expand each chapter for deliverables and stack tags.
94%
+2.1%
Protocol adapters, edge gateways, and secure OT network integration.
High-throughput telemetry pipelines with governed time-series storage.
MES/ERP integration and unified asset models for cross-system visibility.
Condition monitoring, alerting, and AI-assisted predictive maintenance workflows.
A four-stage model for brownfield plants — pilot-first rollout, OT-safe change management, and measurable progress at every gate.
OT landscape mapping, protocol inventory, security baseline, and a prioritised integration roadmap — locked to production constraints.
Edge gateway deployment, protocol adapters, and secure telemetry ingestion — validated on a pilot line before plant-wide rollout.
MES/ERP/cloud data model alignment, asset hierarchy mapping, and governed streaming with full observability.
Condition monitoring, predictive alerting, and improvement loops measured against downtime, yield, and MTTR.
Matched to your OT maturity, plant complexity, and team capacity — not a one-size delivery menu.
2–4 week structured assessment — protocol inventory, security baseline, integration options, and a pragmatic 90-day plan.
Embedded engineers in your plant and cloud — adapters, pipelines, and dashboards with clear sprint ownership.
Fractional OT/IT architecture support — rollout governance, vendor evaluation, and scaling without lock-in.
A discrete manufacturer with disconnected shop-floor systems and ageing OT needed governed telemetry — without interrupting live production lines.
Challenge
Manual maintenance schedules, siloed PLC data, and no unified view of asset health across lines.
Integration Approach
OPC-UA and MQTT via edge gateways, governed cloud streaming, condition monitoring, and AI-assisted alerting — rolled out line-by-line.

Outcomes
Start with an OT/IT readiness assessment — or jump straight to a scoping conversation about your lines and latency budget.