Data Analytics for Industrial Enterprises

From legacy systems to decisions that move the business.

Industrial enterprises collect more data than ever — and use less of it than they think. Brainwave builds the analytics foundation that turns historian, SCADA, ERP, and spreadsheet data into clear, actionable decisions your operators, engineers, and executives actually trust.

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68%
of enterprise data goes unused
Seagate/IDC, Rethink Data, 2020
$1.4T
lost annually to unplanned downtime in the Global 500
Siemens, The True Cost of Downtime, 2024
70%
of industrial pilots never reach scale
McKinsey

The Industrial Data Problem

Three pains that show up on every shop floor, in every control room, and in every executive review — no matter the industry.

The data you can't use

68%
of enterprise data never reaches a decision
Seagate/IDC, Rethink Data, 2020

Your historian holds fifteen years of process data. Your engineers can only answer a question if they know which tag to pull and have an afternoon free.

The shift

Contextualized data that engineers, analysts, and executives can actually query — without filing a ticket.

The downtime you can't see coming

$1.4T
lost annually to unplanned downtime — about 11% of revenue for the Global 500
Siemens, The True Cost of Downtime, 2024

A compressor throws a code at 2:47 AM. By 9 AM the shift report notes it. By noon someone is looking at the trend. By then you have lost the day.

The shift

Anomaly detection that reaches the right person in minutes, not in the morning stand-up.

The reports that age faster than decisions

48%
of digital initiatives meet or exceed their business outcome targets
Gartner, 2024

Your monthly ops review is built from a Power BI deck that pulls from three spreadsheets that pull from two extracts that came out of a report someone ran last week.

The shift

Decision-ready dashboards backed by a trusted data layer — refreshed on the cadence the business actually moves at.

What Industrial Enterprises Actually Need

Three different seats at the table. Three different versions of the same pain.

Operations Leadership

I need to see what's happening across my sites before it becomes a problem.
  • A single view across historian, MES, LIMS, and ERP — not five tabs and a spreadsheet
  • Predictive alerts that reach the right person before the failure, not after
  • Self-service trending so engineers do not wait on a data team

Benchmark

Industrial analytics programs typically deliver 30–50% reductions in unplanned downtime and 10–30% throughput gains.

McKinsey

Digital Transformation Leadership

We have platforms. We have pilots. We do not have scale.
  • A contextualization layer that sits above PI, IP.21, or Uniformance — without rip-and-replace
  • An OT-safe architecture that does not scare the control-systems team
  • A path from pilot to production that does not end in pilot purgatory

Benchmark

Roughly 70% of industrial digital pilots never scale past one site.

McKinsey

C-Suite & Owners

I'm making eight-figure decisions on data that's a week old.
  • Business cases tied to P&L, not vanity dashboards
  • Risk reduction across safety, compliance, and cyber
  • A partner who talks EBITDA, not Kafka topics

Benchmark

AI leaders are achieving 2× revenue growth and 40% more cost savings than laggards. Only 5% of companies qualify as "future-built."

BCG, 2025

What We Deliver

Five pillars that fit together. Start with one, add the rest as you scale.

Data Foundation & Contextualization

Unify historian, SCADA, MES, ERP, and engineering documents into a single contextualized layer your teams can actually query. We read from your existing systems via OPC UA and native APIs — no rip-and-replace.

  • Works with AVEVA PI, Aspen IP.21, Honeywell Uniformance, Wonderware
  • OT-safe read patterns, respecting Purdue model and IEC 62443
  • Governance, lineage, and quality built in from day one

Real-Time Operations Intelligence

Decision-ready dashboards that refresh on the cadence the business actually moves at — connected to the same trusted data layer every other downstream tool uses.

  • Power BI, Tableau, and Grafana deployments
  • Self-service trending so engineers do not wait on a ticket
  • One version of the KPI across ops, maintenance, and finance

Predictive & Anomaly Analytics

Machine learning where it pays — compressor trains, rotating equipment, process anomalies, yield losses. Production-grade, with explainability baked in so operators trust the alerts.

  • LSTM and attention-based anomaly detection
  • Predictive maintenance models with ROI tracking
  • Explainable outputs, not black boxes

Legacy System Modernization

A pragmatic path from on-prem historians and bolt-on spreadsheets to a modern, cloud-or-hybrid data architecture — without disrupting operations mid-campaign.

  • ETL and streaming pipelines (Kafka, OPC UA, Kepware)
  • Hybrid and sovereign-cloud deployments (on-prem, VPC, air-gapped where required)
  • API layers that free data from point solutions

Decision Intelligence & Enablement

The piece that keeps the project alive after we leave: decisions surfaced in the tools your teams already use, plus training and documentation so the system belongs to you.

  • Alerts and recommendations wired into ticketing and work-order systems
  • Training for internal analysts, engineers, and BI teams
  • Full handover with documented architecture, code, and runbooks
INFORMATION VELOCITY CALCULATOR

What is your Decision Latency?

Five questions. One score. Three actions you can take this quarter.

90 seconds5 questionsInstant results, no email required

Our Approach

Five phases, honest timelines, scale criteria baked in from day one.

  1. 01

    Discover & Value Map

    2–4 weeks

    We talk to your ops, maintenance, engineering, IT, and finance teams. We inventory your historian, DCS, SCADA, MES, ERP, and LIMS. We rank use cases by value and feasibility.

    You get

    • Value map
    • Prioritized use-case shortlist
    • Data readiness assessment
    • Reference architecture sketch
  2. 02

    Data Foundation & Contextualization

    4–8 weeks

    We stand up the contextualization layer that unifies your historian, MES, and ERP into a model your teams can actually query. We establish OT-safe read patterns, governance, and lineage.

    You get

    • Contextualized data model
    • Lineage and quality report
    • Trusted datasets in the hands of engineers
  3. 03

    Lighthouse Use Case

    6–12 weeks

    We build one high-value decision application end to end — predictive alerts on a compressor train, yield-loss attribution on a line, real-time OEE for a plant.

    You get

    • Working decision app
    • Before-and-after KPI measurement
    • Executive readout
  4. 04

    Scale

    Ongoing

    We replicate the pattern across lines and sites. We harden pilots into production. We integrate with ticketing and work-order systems so insights become actions.

    You get

    • Rollout playbook
    • SLAs and production monitoring
    • Second and third use case in production
  5. 05

    Enablement & Handover

    End of engagement

    We train your analysts, engineers, and BI teams. We document everything. We graduate you to self-sufficiency.

    You get

    • Runbooks and training materials
    • A system that does not depend on us to survive

No pilot purgatory. Every phase is scoped with scale criteria baked in from day one.

Technology & Expertise

Platform-agnostic. We meet you at your existing stack.

Historians & Source Systems

AVEVA PIAspen IP.21Honeywell UniformanceWonderwareOPC UA

Integration & DataOps

HighByteKepwareKafkaREST/GraphQL APIs

Data Platforms & Analytics

DatabricksSnowflakeAWSAzurePython (pandas, scikit-learn, PyTorch)SQL

BI & Visualization

Power BITableauGrafana

Outcomes We've Delivered

Three engagement examples drawn from completed project work.

Frac Anomaly Detection

Challenge

Screen-out events during hydraulic fracturing cost an operator $250K+ per incident. They needed real-time early warning from SCADA streams before costly well failures.

Approach

Production ML system using a dual-head LSTM autoencoder with Bahdanau attention. 91% multi-class accuracy across four operational states. Sub-50ms inference. Attention-based explainability so operators trust the alerts.

Outcome

2–5 minute advance warning on screen-out events. 96% recall on the failure class.

PyTorchLSTMONNXStreamlitDocker

Operations Performance Analysis

Challenge

A 1,500-employee workforce across six departments had no data-driven view of what was driving overtime, attrition, or safety incidents. Reports were manual and quarterly.

Approach

Statistical workforce analytics — ANOVA, correlation analysis, hypothesis testing — across six departments, with executive dashboards and targeted recommendations.

Outcome

$6.5M in potential overtime savings identified. 4.2% attrition improvement opportunity. 296 certification compliance gaps surfaced.

PythonpandasSciPySeabornJupyter

Predictive Maintenance ML

Challenge

Industrial equipment failures were causing unplanned downtime and emergency repairs across a distributed asset base. Operations needed reliable forecasting for proactive maintenance scheduling.

Approach

ML classification on sensor data with single-machine and fleet-wide batch prediction. CLI tool plus web interface for operators. Docker deployment for portability.

Outcome

85% prediction accuracy, 75% recall on failure cases, sub-100ms inference latency. Fleet-wide batch scoring in production.

Pythonscikit-learnDockerClick CLI

Engagement details generalized to protect client confidentiality. Methodologies and outcomes drawn from completed project work.

Why Brainwave

Four things we will not compromise on.

Ops-first mindset.

We come from the field, not the boardroom. We know what it looks like when the historian is down and nobody can tell you why.

Platform-agnostic.

We meet you at your existing stack — PI, IP.21, Power BI, whatever you already have. No vendor lock-in.

Built to survive handoff.

Every engagement ends with training, runbooks, and a system your team owns. No recurring dependency on us.

Scope honest, outcome honest.

We scope engagements with scale criteria baked in from day one. If we cannot tie it to EBITDA, we do not build it.

Frequently Asked Questions

The questions industrial buyers actually raise.

Our OT network is air-gapped or heavily segmented. Can you still work with our data?
Yes. True air gaps are rarer than most assume, but where they exist we use one-way data diodes or DMZ-brokered read-only replication at Level 3/3.5 of the Purdue model. We never write back to control systems. We work within your existing OT security architecture, not around it.
How do you handle OT/IT security and data governance?
Your CISO and OT security lead own policy. We provide architecture that fits within it (Purdue 2.0 / IEC 62443). Every network path, credential, and data movement is documented before we touch anything.
We already have a BI team and a Power BI investment. Will you replace them?
No. We build the contextualized data foundation your BI team has been asking for. Your Power BI reports get faster, more reliable, and reach across systems — and your BI analysts become more valuable, not less.
Our historian is PI / IP.21 / Uniformance. Do we have to rip and replace?
No. We read from existing historians via OPC UA or native APIs. We add a contextualization layer above them; we do not displace them.
Can this run on-prem or in a sovereign cloud?
Yes. Industrial deployments commonly run fully on-prem, in a customer VPC, or hybrid. For regulated sectors (Canadian upstream, EU chemicals, defense-adjacent) on-prem or sovereign-cloud is often a hard requirement and we support it.
What's a typical engagement length and timeline to first value?
Discovery is 2–4 weeks. Data foundation is 4–8 weeks. A first pilot is 6–12 weeks. A credible first-value milestone is roughly 3–4 months from start. We scope with scale criteria from day one so pilots do not die in pilot purgatory.
What happens when you leave? Are we locked in?
We document, we train, we build on open standards — OPC UA, Python, your existing cloud tenant. Code is yours. Models are yours. If we do our job, you will not need us in three years for the same problem.

Let's turn your data into decisions.

A 30-minute discovery call. No deck, no pitch — we talk through your systems, your pain, and whether we can help.