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Heavy Industry

AI that prevents shutdowns and keeps your HSE record clean

You get predictive maintenance agents, safety monitoring, environmental compliance workflows, and operational intelligence — all running on your cloud with full audit trails and governance built in.

or

Built on your AWS, Azure or GCP tenant. HSE-compliant. Regulator-ready.

Heavy industrial steel manufacturing plant
30 days

Proof of concept

12–18 weeks

To measurable ROI

Your cloud

AWS, Azure or GCP

In heavy industry, the cost of a missed signal is measured in millions and lives

Unplanned shutdowns in steel, mining, and construction cost millions before the first repair crew arrives. Safety incidents generate regulatory exposure that compounds for years. Environmental compliance failures can suspend operating licences.

Your assets already generate the data that predicts these events. We build AI agents that connect your SCADA, sensor, and ERP systems, act on signals in real time, and create the safety and compliance documentation your HSE team and regulators need.

$2M+

typical cost of a single unplanned steel mill shutdown

92%

accuracy in predicting equipment failures 3–6 weeks ahead

$125K

average annual maintenance cost reduction per machine

15%

reduction in unplanned downtime reported by Tata Steel AI deployment

Connected

From asset sensor to compliance record — in one workflow

We connect your SCADA, IoT, ERP, and safety systems to AI agents that predict failures, monitor safety compliance, track environmental obligations, and generate the documentation your HSE, legal, and regulatory teams require — all on your cloud

Asset & Operations Data

SCADA, ERP, sensor and safety systems

AI Agent
ModelYour choice
HostingYour cloud
Workflow Engine
  • Approval gates
  • Human-in-loop
  • Audit logging
Your Cloud Tenant

AWS, Azure or GCP

Operational Output
  • Maintenance records
  • Safety reports
  • Compliance logs
5 Integrations
4 Connections

What we deliver for heavy industry operators

Industrial AI

Agents built for high-consequence, compliance-critical environments

Predictive asset maintenance

Predict equipment failures 3-6 weeks before they happen.

ROI

Cost-benefit ratio1:10
Total savings$1.4B
Failure prediction100%

Process

1

Ingest asset telemetry

Vibration, temperature, and operational data from crushers, conveyors, mills, and furnaces

2

Predict failure windows

ML models forecast degradation 3–6 weeks ahead with component-level confidence scoring

3

Schedule maintenance

Prioritised work orders with parts requirements and risk-based justification for planners

Sources

Originally published: AWS Case Study — Tata Steel; Azure Case Study — ArcelorMittal — reproduced for illustrative purposes

Safety monitoring and PPE compliance

Monitor PPE compliance and hazards via site cameras.

ROI

Safety incidents−40%
PPE compliance+30%
Detection speedReal-time

Process

1

Analyse camera feeds

Site CCTV and wearable camera streams processed by computer vision models in real time

2

Detect unsafe conditions

AI identifies PPE violations, unsafe practices, and hazardous zone incursions

3

Alert and document

Real-time alerts to supervisors with timestamped incident records for HSE reporting

Sources

Originally published: Azure Case Study — BHP; AWS Case Study — Rio Tinto — reproduced for illustrative purposes

Environmental compliance monitoring

Track emissions and flag variances before they become incidents.

ROI

Reporting speed35% faster
Compliance cost reduction25%
Monitoring coverage24/7

Process

1

Monitor environmental data

Emissions, discharge, dust, and noise sensors streaming data against regulatory thresholds

2

Detect threshold breaches

AI flags variances before they become reportable incidents, with trend analysis

3

Generate compliance records

Automated environmental reports structured for regulator submission and audit

Sources

Originally published: GCP Case Study — Glencore; Azure Case Study — Vale — reproduced for illustrative purposes

Production optimisation

Recommend adjustments that improve output and cut input costs.

ROI

Defect reduction15%
Energy consumption−20%
Throughput improvement8–12%

Process

1

Collect process data

Temperature, pressure, flow rate, and energy consumption from furnaces, mills, and production lines

2

Optimise parameters

AI identifies optimal settings to maximise throughput while minimising energy and material costs

3

Implement adjustments

Recommendations reviewed by operators, approved changes tracked with performance metrics

Sources

Originally published: AWS Case Study — ArcelorMittal; Azure Case Study — ThyssenKrupp — reproduced for illustrative purposes

HSE reporting automation

Generate shift reports and regulatory submissions automatically.

ROI

HSE reporting speed50% faster
Manual documentation−40%
Report accuracy99%+

Process

1

Aggregate HSE data

Incident reports, near-miss logs, inspection results, and safety observations collected automatically

2

Generate structured reports

AI compiles shift safety reports, incident summaries, and trend analysis from raw data

3

Submit to regulators

Reports formatted for HSE and environmental regulator requirements, ready for review and filing

Sources

Originally published: GCP Case Study — Anglo American; Azure Case Study — Fortescue — reproduced for illustrative purposes

Fleet and equipment management

Predict failures and optimise deployment across fleet and plant.

ROI

Fleet utilisation+30%
Fuel savings25%
Maintenance compliance100%

Process

1

Connect fleet telematics

GPS, engine diagnostics, and usage data from haul trucks, loaders, and mobile plant

2

Optimise utilisation

AI recommends deployment patterns, route optimisation, and predictive maintenance schedules

3

Track compliance

Maintenance compliance, operator certification, and inspection status monitored across all assets

Sources

Originally published: AWS Case Study — Caterpillar; Azure Case Study — Komatsu — reproduced for illustrative purposes

Quality and process control

Flag quality deviations and generate root-cause analysis.

ROI

Yield improvement10%
Quality defects−15%
Root-cause speedMinutes

Process

1

Monitor quality parameters

Chemical composition, temperature, thickness, and surface quality measured in real time

2

Flag deviations

AI detects out-of-spec conditions and identifies root causes from process parameter correlations

3

Guide corrective action

Root-cause analysis and recommended adjustments delivered to process engineers

Sources

Originally published: GCP Case Study — Tata Steel; AWS Case Study — Nucor — reproduced for illustrative purposes

Contractor and permit management

Track contractor permits and site access compliance.

ROI

Permit processing speed60% faster
Contractor compliance+35%
Admin burden−50%

Process

1

Track contractor data

Qualifications, certifications, inductions, and permit-to-work status monitored continuously

2

Validate compliance

AI flags expired certifications, missing inductions, and permit conflicts before site access

3

Automate approvals

Compliant contractors approved automatically; non-compliant entries escalated to site managers

Sources

Originally published: Azure Case Study — Rio Tinto; GCP Case Study — BHP — reproduced for illustrative purposes

Audit and regulatory documentation

Answer regulatory inquiries in hours with full audit trails.

ROI

Audit prep time−70%
Regulatory submissions45% faster
Traceability100%

Process

1

Capture decision data

Every AI-assisted operational and safety decision logged with data inputs and model outputs

2

Structure for audit

Records organised by regulation, asset, and time period for rapid retrieval during inquiries

3

Enable rapid response

HSE team can answer regulatory inquiries in hours with complete traceability chains

Sources

Originally published: AWS Case Study — Vale; Azure Case Study — Anglo American — reproduced for illustrative purposes

T.V. Narendran

CEO & Managing Director, Tata Steel

T.V. Narendran

"AI and advanced analytics are at the heart of our digital transformation at Tata Steel. By deploying machine learning across our blast furnaces, rolling mills, and supply chain, we have achieved first-time quality success rates above 90 percent and unlocked over $1.4 billion in cumulative value — with a proven return of 10 times on every dollar invested in AI"

Originally published: Tata Steel Press Release — AI & Digital Transformation — reproduced for illustrative purposes

01 / 04

How we work in high-consequence industrial environments

We do not deploy AI into heavy industry environments without first understanding what a failure means — in production terms, in safety terms, and in regulatory terms. We map your use case to your HSE obligations and operational constraints before we write code.

Every agent runs on your cloud tenant. Your SCADA data, your sensor data, your operational records — none of it leaves your environment. Your safety officers, your insurers, and your regulators can inspect the system directly.

01

Operational risk mapping

We identify your use case, assess its HSE and compliance implications, and define the governance framework before any build begins.

02

30-day proof of concept

A working AI agent on your cloud, connected to your SCADA and operational systems, with demonstrable output in 30 days.

03

Governance by design

Human-in-the-loop controls, audit trails, and explainable outputs — built so your safety board and regulators can sign off.

04

Scale in 12–18 weeks

From one validated workflow to measurable operational ROI — with HSE documentation your compliance team can present to regulators.

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