How do I create industrial workflows with OPC UA in SIOTH?

SIOTH provides a visual workflow designer that allows you to create complex industrial workflows using drag-and-drop components. You can define data flows, conditional logic, and automation rules through the Job Engine interface. The platform supports both real-time and batch processing modes, making it suitable for various industrial scenarios.

What is the difference between orchestration and automation in SIOTH?

Orchestration in SIOTH refers to the coordination of multiple systems, services, and data flows across your industrial infrastructure. Automation focuses on executing specific tasks or processes. SIOTH orchestration manages the entire ecosystem, while automation handles individual operations within that ecosystem.

How can I migrate from SCADA to SIOTH Platform?

SIOTH provides migration tools and OPC DA compatibility to facilitate the transition from legacy SCADA systems. The platform supports gradual migration, allowing you to maintain existing systems while introducing SIOTH components. Our migration services include data mapping, protocol translation, and system validation.

Can SIOTH work with Siemens or Allen-Bradley PLCs?

Yes, SIOTH is compatible with major PLC brands including Siemens (S7, S7-1200, S7-1500) and Allen-Bradley (ControlLogix, CompactLogix). The platform uses OPC UA as the primary communication protocol, with additional drivers for proprietary protocols when needed.

How many OPC UA devices can SIOTH handle simultaneously?

SIOTH can manage thousands of OPC UA devices simultaneously, with performance scaling based on your hardware configuration. The platform supports horizontal scaling across multiple servers and can handle high-frequency data updates with sub-millisecond latency for critical operations.

What is the latency of SIOTH for real-time control?

SIOTH provides sub-millisecond latency for real-time control operations. The platform uses in-memory processing and optimized data pipelines to ensure minimal delay between data acquisition and control actions, making it suitable for critical industrial processes.

How can I optimize SIOTH performance in production?

SIOTH performance can be optimized through proper hardware sizing, network configuration, and data pipeline tuning. Key optimization strategies include using SSD storage, optimizing OPC UA subscription intervals, implementing data filtering, and leveraging the platform's caching mechanisms.

Is SIOTH compatible with existing industrial systems?

SIOTH is designed for maximum compatibility with existing industrial systems. It supports OPC UA, OPC DA, Modbus, and other industrial protocols. The platform can integrate with legacy systems while providing modern IT-OT convergence capabilities.

How do I connect SIOTH to historical databases?

SIOTH provides built-in connectors for popular historical databases including InfluxDB, TimescaleDB, and SQL Server. The platform can also interface with PI System, Wonderware Historian, and other industrial historians through OPC UA or custom APIs.

Can SIOTH integrate with ERP and MES systems?

Yes, SIOTH provides integration capabilities with ERP systems (SAP, Oracle) and MES platforms through REST APIs, OPC UA, and database connectors. The platform acts as a bridge between operational technology and enterprise systems.

SIOTH Platform Orchestration

SIOTH Platform

SIOTH Orchestration

Advanced orchestration capabilities for industrial workflows, data pipelines, and system integration management.

Intelligent automation and OPC UA integration for seamless industrial operations.

Job Engine Data Pipelines Processing Modes

JOB ENGINE

Job Engine Workflow Designer

The Job Engine is the core of SIOTH Orchestration, enabling you to create rules, workflows, and events for industrial process automation with OPC UA integration.

Rule Designer

Visual rule designer with condition blocks and action nodes

Rule Engine Features

Conditional Logic

Create complex conditional logic with if-then-else statements, loops, and nested conditions for industrial process control.
Calculations & Formulas

Perform advanced calculations and apply industrial formulas with support for mathematical, statistical, and logical operations.
Event Generation

Generate events based on complex conditions with support for OPC UA Alarms & Conditions for standardized industrial alerting.
OPC UA Integration

Seamlessly integrate with OPC UA servers and access OPC UA nodes directly in rules for real-time industrial data processing.

Workflow Designer

Visual workflow designer with task nodes and connections

Workflow Features

Visual Workflow Design

Design complex industrial workflows with an intuitive visual interface featuring drag-and-drop functionality and process visualization.
Task Execution

Execute tasks automatically with support for sequential, parallel, and conditional execution patterns for industrial processes.
Custom Scripts

Build and integrate custom scripts in multiple languages including JavaScript, Python, and C# for specialized industrial logic.
OPC UA Methods

Call OPC UA Methods directly from workflows and expose workflow functionality as OPC UA Methods for standardized industrial integration.

Event Configuration

Event configuration with triggers and notification channels

Event Features

Event Configuration

Configure events with triggers, conditions, and actions for comprehensive industrial event management and notification.
Multi-channel Notifications

Send notifications through multiple channels including email, SMS, mobile apps, and third-party systems with escalation rules.
Event History

Track and analyze event history with comprehensive logging, filtering, and reporting capabilities for audit and optimization.
OPC UA Events

Generate and consume OPC UA Events for standardized industrial event management and integration with OPC UA clients and servers.

OPC UA Integration

All Job Engine components fully integrate with OPC UA for seamless industrial connectivity. Access OPC UA nodes directly in rules, workflows, and events for real-time automation.

DATA PIPELINES

Industrial Data Pipeline Flow

SIOTH Orchestration manages the entire data pipeline from collection to distribution, with seamless OPC UA integration at every stage.

Data Collection

Collect data from industrial sources

OPC UA Client

Connect to OPC UA servers and collect data

OPC UA Enabled

Protocol Adapters

Support for Modbus, MQTT, and other protocols

Data Buffering

Store data temporarily for reliable processing

Data Processing

Transform and enrich industrial data

Data Transformation

Convert data formats and structures

OPC UA Enabled

Data Validation

Validate data against rules and schemas

Data Enrichment

Add context and metadata to raw data

OPC UA Enabled

Data Orchestration

Coordinate data flows and processes

Workflow Engine

Execute data processing workflows

OPC UA Enabled

Event Processing

Process and react to real-time events

OPC UA Enabled

Rule Engine

Apply business rules to data flows

Data Distribution

Deliver data to downstream systems

OPC UA Server

Expose data via OPC UA server interface

OPC UA Enabled

API Gateway

Provide REST and GraphQL APIs

Message Broker

Publish data to message queues

OPC UA Enabled

Raw Data

Processed Data

Orchestrated Data

OPC UA Data

High Performance

Process millions of data points per second with low latency for real-time industrial applications.

Reliability

Ensure data integrity with buffering, error handling, and recovery mechanisms.

Scalability

Scale horizontally and vertically to handle growing data volumes and processing needs.

OPC UA Integration

Seamless integration with OPC UA for standardized industrial connectivity.

PROCESSING MODES

Flexible Processing Modes

SIOTH Platform supports multiple processing modes for different industrial use cases, from real-time control to historical analysis and edge computing.

Real-time Processing

Process data in real-time with millisecond latency for critical industrial operations requiring immediate response and action.

Key Capabilities:

Sub-millisecond processing latency for critical operations
In-memory data processing for maximum performance
Event-driven architecture for immediate response
Stream processing for continuous data flows

OPC UA Integration

Integrates with OPC UA PubSub for high-throughput data acquisition and OPC UA Alarms & Conditions for real-time alerting.

Batch Processing

Process large volumes of data in scheduled batches with optimized resource utilization for non-time-critical industrial applications.

Key Capabilities:

High-throughput data processing for large datasets
Parallel processing for optimal resource utilization
Scheduled execution for off-peak processing
Transaction support for data consistency

OPC UA Integration

Leverages OPC UA Historical Access for batch processing of historical data and OPC UA Aggregating Server capabilities for data consolidation.

Hybrid Processing

Combine real-time and batch processing approaches for flexible industrial data processing that balances performance and resource efficiency.

Key Capabilities:

Lambda architecture for combined batch and stream processing
Priority-based scheduling for critical and non-critical data
Adaptive processing based on system load and data characteristics
Seamless transition between processing modes

OPC UA Integration

Combines OPC UA PubSub for real-time data and OPC UA Historical Access for batch processing in a unified architecture.

Edge Processing

Process data at the edge, close to data sources, for reduced latency, bandwidth optimization, and offline operation in industrial environments.

Key Capabilities:

Local data processing for reduced latency and bandwidth
Offline operation capability with store-and-forward
Edge analytics for local decision making
Synchronized edge-to-cloud data flow

OPC UA Integration

Implements OPC UA for Devices at the edge for standardized connectivity with field devices and OPC UA PubSub for efficient edge-to-cloud communication.

PERFORMANCE METRICS

Orchestration by the Numbers

Our orchestration engine delivers industry-leading performance and reliability with OPC UA integration.

99.99%

Orchestration Reliability

<10ms

Processing Latency

1000+

Workflow Templates

50+

System Integrations

INDUSTRY USE CASES

Orchestration in Action

See how SIOTH Orchestration is transforming industrial operations across different sectors with OPC UA companion specifications.

Manufacturing

Orchestrating production workflows, quality control processes, and supply chain integration for manufacturing excellence with OPC UA companion specifications for machine tools and robotics.

Production line optimization with OPC UA for Machinery
Quality control automation with OPC UA for Analyzer Devices
Supply chain integration with OPC UA for AutoID
OPC UA for Machine Tools (umati) implementation

Energy & Utilities

Orchestrating energy generation, distribution, and consumption workflows with real-time monitoring and optimization using OPC UA for Power Systems.

Grid management with OPC UA for Power Systems
Demand response with OPC UA for Field Device Integration
Predictive maintenance with OPC UA Historical Access
Energy efficiency with OPC UA for Analyzer Devices

Oil & Gas

Orchestrating exploration, production, and distribution workflows with safety monitoring and compliance management using OPC UA for Oil & Gas.

Production optimization with OPC UA for Oil & Gas
Pipeline monitoring with OPC UA for Field Device Integration
Safety compliance with OPC UA for Safety
Asset management with OPC UA for Devices

FAQ

Frequently Asked Questions - SIOTH Orchestration

Find answers to common questions about SIOTH Platform orchestration, workflows, and industrial automation integration.

Orchestration & Workflows

Performance & Scalability

Integration & Compatibility

Looking for more answers? Check out our comprehensive FAQ covering all SIOTH products.

Browse All FAQ Topics

Ready to Orchestrate Your Industrial Operations?

Discover how SIOTH's advanced orchestration capabilities can automate and optimize your industrial workflows, data pipelines, and system integrations.

Schedule Orchestration Demo Download Orchestration Guide Learn About Security

SIOTH Orchestration

Job Engine Workflow Designer

Rule Designer

Rule Engine Features

Conditional Logic

Calculations & Formulas

Event Generation

OPC UA Integration

Workflow Designer

Workflow Features

Visual Workflow Design

Task Execution

Custom Scripts

OPC UA Methods

Event Configuration

Event Features

Event Configuration

Multi-channel Notifications

Event History

OPC UA Events

Industrial Data Pipeline Flow

Data Collection

OPC UA Client

Protocol Adapters

Data Buffering

Data Processing

Data Transformation

Data Validation

Data Enrichment

Data Orchestration

Workflow Engine

Event Processing

Rule Engine

Data Distribution

OPC UA Server

API Gateway

Message Broker

High Performance

Reliability

Scalability

OPC UA Integration

Flexible Processing Modes

Real-time Processing

Key Capabilities:

Batch Processing

Key Capabilities:

Hybrid Processing

Key Capabilities:

Edge Processing

Key Capabilities:

Orchestration by the Numbers

Orchestration in Action

Manufacturing

Energy & Utilities

Oil & Gas

Frequently Asked Questions - SIOTH Orchestration

Orchestration & Workflows

Performance & Scalability

Integration & Compatibility

Ready to Orchestrate Your Industrial Operations?