AVEVA
AVEVA is a global software company specialising in industrial software for SCADA, MES, Historian systems, engineering, asset management, industrial data analytics and digital industrial transformation. The platform is widely used in Industrial Automation, process industry, energy supply, water management and critical infrastructure.
AVEVA delivers software for:
- Process visualisation
- Historical data storage
- Production optimisation
- Asset management
- Industrial engineering
- Predictive analytics
- Digital twins
- OT data integration
In modern Industry 4.0 architectures, AVEVA plays an important role as a central software layer between real-time OT processes and enterprise IT systems.
🏢 AVEVA background
AVEVA originated as an engineering software company for the maritime and process industries and grew into a global software platform for industrial digitalisation.
Key growth drivers:
- Acquisition of Wonderware
- Integration with Schneider Electric
- Expansion into cloud analytics
- Focus on digital twins
- Integration of AI and IIoT
AVEVA solutions are used in:
| Sector | Application |
|---|---|
| Oil & gas | Process control |
| Chemicals | Production optimisation |
| Energy | Asset monitoring |
| Water management | SCADA |
| Food & beverage | Batch processes |
| Data centres | Monitoring |
⚙️ Core components of AVEVA
AVEVA consists of several software platforms.
| Component | Function |
|---|---|
| AVEVA System Platform | Industrial software architecture |
| InTouch HMI | Visualisation |
| Historian | Time-series storage |
| MES | Production management |
| PI integrations | Industrial data |
| Insight | Cloud analytics |
| Predictive Analytics | AI analysis |
| Engineering | Asset engineering |
The software supports integration of OT data with IT systems.
🧱 AVEVA System Platform
AVEVA System Platform forms the central application layer.
Functionality:
- Object-based architecture
- SCADA functionality
- Alarm management
- Historical data
- Asset models
- Workflow integration
Architecture example:
PLC / SCADA ↓AVEVA System Platform ↓MES / Historian / Analytics ↓Enterprise IT
System Platform often acts as the central OT integration layer.
🖥️ InTouch HMI
InTouch is one of the most well-known HMI/SCADA solutions in industrial automation.
Functionality:
| Function | Description |
|---|---|
| Process visualisation | Operator screens |
| Alarm management | Fault handling |
| Trending | Historical charts |
| Real-time monitoring | Live process status |
| Reporting | Operational reports |
InTouch is widely used in:
- Production lines
- Process installations
- Water treatment
- Power plants
📊 Historian functionality
AVEVA Historian stores real-time process data as a Time Series Database.
Typical data:
- Process values
- Alarms
- Events
- Production data
- Energy consumption
Key properties:
| Property | Description |
|---|---|
| High compression | Efficient storage |
| Real-time logging | Continuous data capture |
| Long retention | Historical analyses |
| High performance | Large data volumes |
Historian data forms the basis for:
- Trending
- KPIs
- Predictive maintenance
- Root cause analysis
🌐 Integration with industrial protocols
AVEVA supports many OT protocols.
| Protocol | Application |
|---|---|
| OPC UA | Data communication |
| Modbus TCP | Industrial communication |
| Ethernet IP | PLC integration |
| ProfiNET | Siemens environments |
| MQTT | IIoT |
| DNP3 | Energy infrastructure |
This enables integration with virtually all major automation platforms.
🏭 AVEVA in industrial automation
AVEVA is widely deployed in:
| Sector | Application |
|---|---|
| Chemicals | Process control |
| Energy | Monitoring |
| Water management | SCADA |
| Pharmaceuticals | Batch monitoring |
| Oil & gas | Asset management |
| Food & beverage | Production optimisation |
The platform supports both real-time control and historical analysis.
🧠 Asset-based architecture
AVEVA uses object and asset models.
Example:
Pump ├─ Status ├─ Temperature ├─ Alarms ├─ Runtime └─ Energy consumption
Benefits:
- Reusable templates
- Faster engineering
- Consistent visualisation
- Better scalability
🔄 MES functionality
AVEVA supports extensive MES functionality.
Applications:
- Batch recording
- Production tracking
- OEE calculations
- Recipe management
- Quality management
Integration between MES and real-time OT data is essential in smart manufacturing.
📡 Cloud and Insight platform
AVEVA Insight provides cloud-based analytics.
Functionality:
- Remote monitoring
- Dashboards
- AI analysis
- Predictive maintenance
- Multi-site analytics
Cloud integration supports:
- Centralised reporting
- Enterprise analytics
- Benchmarking
🧪 Predictive analytics and AI
AVEVA invests strongly in Industrial AI.
Applications:
- Predictive maintenance
- Anomaly detection
- Energy optimisation
- Process optimisation
- Failure prediction
Data sources:
- Historian data
- SCADA events
- Sensor information
- Production data
🌐 Digital Twin functionality
AVEVA supports Digital Twin architectures.
Digital twins combine:
- Real-time process data
- Asset models
- Historical trends
- Simulations
- Engineering data
Applications:
- Virtual commissioning
- Predictive maintenance
- Asset optimisation
- Process analysis
⚡ Integration with SCADA and PLCs
AVEVA integrates with virtually all major PLC platforms.
Examples:
| Platform | Integration |
|---|---|
| Siemens | ProfiNET / OPC |
| Rockwell | Ethernet IP |
| Schneider | Native integration |
| Mitsubishi | OPC / Ethernet |
| ABB | Industrial connectors |
This vendor independence is an important advantage.
🔄 AVEVA and Schneider Electric
Schneider Electric holds a significant stake in AVEVA.
This creates strong integration between:
- EcoStruxure
- AVEVA Historian
- SCADA platforms
- MES solutions
- Energy management
This supports integrated IT/OT architectures.
🛡️ Alarm management
AVEVA contains extensive alarm functionality.
Key functions:
- Prioritisation
- Alarm suppression
- Historical analysis
- Operator workflows
- Escalations
Alarm management aligns with Alarm Management principles.
⚙️ Engineering and lifecycle management
AVEVA supports engineering throughout the entire OT lifecycle.
Important aspects:
- Configuration management
- Asset lifecycle
- Versioning
- Change tracking
- Documentation management
Lifecycle Management is essential in long-running industrial installations.
⚠️ Complexity in large environments
Large AVEVA implementations can become very complex.
Challenges:
- Large tag volumes
- Multi-site architectures
- Historian scaling
- Network load
- Integration complexity
Best practices:
- Modular architectures
- Standardised templates
- Sound asset models
- Segmentation of OT networks
🔐 Cybersecurity risks
AVEVA systems sit centrally within OT architectures.
Risks:
- Compromised SCADA systems
- Historian manipulation
- Unauthorised remote access
- Malware
- Credential theft
Potential impact:
- Production downtime
- Manipulation of process data
- Loss of situational awareness
- Safety risks
🛡️ Security measures
Important OT security measures:
| Measure | Purpose |
|---|---|
| Network Segmentation | Isolation |
| MFA | Authentication |
| Application Whitelisting | Software control |
| Logging | Auditing |
| Patch Management | Vulnerability reduction |
| Backup | Recovery |
| Jump Server | Secure access |
AVEVA environments increasingly fall under policies in line with IEC 62443.
🌐 AVEVA in IT/OT convergence
AVEVA often forms the bridge between real-time OT and enterprise IT.
Important integrations:
- ERP systems
- Cloud analytics
- Data lakes
- AI platforms
- Unified Namespace
Architecture example:
PLC / SCADA ↓AVEVA Platform ↓Historian / MES ↓Cloud / ERP / AI
This enables central industrial data consolidation.
📈 Benefits of AVEVA
Key benefits:
- Vendor independent
- Strong Historian functionality
- Extensive SCADA solutions
- Good scalability
- Strong analytics capabilities
- Good integration with Industry 4.0
⚡ Limitations
Key limitations:
- High complexity
- Large infrastructure requirements
- Expensive implementations
- Complex lifecycle management
- High demands on OT Governance