Products

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Software downloads

Download and evaluate DA Synergie software packages before purchasing a licence. A licence unlocks the applicable full functionality inside the software.

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HMISuite

The DA Synergie HMISuite is a complete industrial visualization, data acquisition, and communication platform. It is designed to simplify the development, operation, and long-term maintenance of industrial automation systems by combining HMIMaker, HMIViewer, and OPC Dispatcher into a unified architecture.

Built from practical industrial experience

The HMISuite was created after years of implementing industrial automation projects involving Wonderware InTouch, SQL reporting, batch reporting, production traceability, ERP integration, industrial communications, custom operator interfaces, scale integration, label printing, manufacturing dashboards, and KPI reporting.

HMIMaker

HMIMaker is the graphical engineering environment used to create, configure, and maintain HMI applications. It is designed for technicians and engineers familiar with traditional industrial HMI software while introducing a modern, maintainable architecture.

• Graphical screen editor
• Industrial object library
• Alarm configuration
• Historical trending
• Recipe management
• Tag database
• Symbol management
• Multi-window applications and popups
• Security configuration
• Project diagnostics
• Future online editing support

HMIMaker is designed to help maintenance personnel locate tag references, alarm relationships, object logic, and operational behavior, reducing troubleshooting time and simplifying system support.

System requirement

Requires Microsoft .NET Framework 4.8. The required Framework runtime must already be installed on the engineering PC before HMIMaker can run. Microsoft .NET Framework is not included with the HMIMaker / HMISuite download.

HMIViewer

HMIViewer executes applications created with HMIMaker. The runtime is designed for continuous industrial operation while providing a familiar operator experience.

• Multi-screen visualization
• Alarm display
• Historical trends
• Recipe operation
• User authentication
• Operator messages
• Diagnostic displays
• Multi-monitor support
• Full-screen operation
• Runtime diagnostics

The runtime architecture emphasizes stability, maintainability, performance, long-term product lifecycle, and simple deployment.

HMIViewer is supervisory software and is not a machine safety system. See the Safety Notice for the HMI supervisory boundary.

System requirement

Requires Microsoft .NET Framework 4.8. The required Framework runtime must already be installed on the host PC before HMIViewer can run. Microsoft .NET Framework is not included with the HMIViewer / HMISuite download.

OPC Dispatcher

OPC Dispatcher provides the communication layer connecting industrial devices with HMI applications, databases, and external software. It separates communications from visualization, allowing multiple applications to share industrial data through a common infrastructure.

• Modbus TCP
• IEC-oriented PLC data integration
• Schneider Electric Modbus implementations
• CIP-based industrial communication
• Allen-Bradley Ethernet communication
• Future communication providers through modular architecture

The communication layer is designed for expansion as new industrial protocols become available.

Operation with external PLCs, devices, networks and third-party systems depends on their availability, configuration and supported communication interfaces. DA Synergie does not guarantee third-party hardware, software or network operation.

Database integration

The HMISuite supports relational database integration through standard ODBC connectivity for production history, batch reporting, quality records, recipe management, alarm history, trend data, dashboards, analytics, and traceability.

Alarm management

The suite supports alarm management with active alarms, acknowledgements, history, priorities, filtering, operator comments, and historical review.

Historical data

Historical data management supports long-term process analysis with analog trends, digital events, alarm history, production history, operator activity, batch history, and quality measurements.

Industrial reporting

The HMISuite supports production reporting through database integration, including production summaries, batch reports, quality reports, equipment utilization, downtime reports, traceability, and custom SQL reports.

Open integration

The HMISuite is intended to integrate with existing industrial environments, including PLC systems, SQL databases, ERP software, MES, industrial networks, third-party software, and legacy automation systems.

Licensing philosophy

The HMISuite follows the DA Synergie licensing philosophy with perpetual licenses, predictable ownership costs, affordable runtime deployment, no mandatory subscription for normal operation, documentation-first development, and fair access to engineering tools.

Intended applications

The HMISuite is suitable for manufacturing facilities, OEM equipment, packaging systems, food processing, water and wastewater, material handling, process automation, laboratory systems, utility monitoring, and industrial modernization projects.

Future direction

Future priorities include an expanded object library, enhanced historical analysis, improved reporting, additional communication providers, migration tools for legacy HMI platforms, expanded diagnostics, greater integration with PLCMaker and PLCRuntime, and AI-assisted engineering tools.

Engineering responsibility

The HMISuite is intended for qualified industrial professionals. Safe operation depends on proper engineering, independent safety systems, validation, and sound operational procedures. The suite supports these activities but does not replace engineering judgment or machine safety design.

PLCMaker — Engineering Environment

PLCMaker is DA Synergie’s IEC-based industrial PLC engineering and programming environment. It provides a structured workspace for developing, configuring, testing, documenting, and maintaining control applications that execute on PLCRuntime.

• Designed around IEC 61131-3 programming concepts, including Ladder Diagram and Structured Text
• Supports maintainable projects, clear documentation, and vendor independence where practical
• Uses a unified program model so multiple editors preserve consistent execution semantics
• Includes ladder engineering, structured text editing, project diagnostics, and symbol documentation
• Separates application logic from hardware configuration to support evolving industrial platforms
• Supports communication and I/O configuration for PLCRuntime deployment
• Intended for machine builders, OEMs, integrators, educators, and long-term industrial applications

PLCMaker is the engineering/programming environment. PLCRuntime is the industrial PLC execution platform that runs those applications in production.

System requirement

Requires Microsoft .NET 8. The required .NET 8 runtime must already be installed on the engineering PC before PLCMaker can run. Microsoft .NET is not included with the PLCMaker download.

PLCRuntime — Deterministic Industrial Control Runtime

PLCRuntime is DA Synergie’s industrial PLC execution platform, designed to execute PLC control applications created with PLCMaker.

Built for deployment on real-time operating-system platforms, PLCRuntime provides the execution layer between PLC application logic and industrial devices, networks and remote I/O.

PLCRuntime is intended for machine builders, system integrators and industrial automation professionals requiring a flexible software-based PLC architecture without sacrificing the deterministic execution expected from an industrial control platform.

System requirement

Requires Microsoft .NET 8. The required .NET 8 runtime must already be installed on the host before PLCRuntime can run. Microsoft .NET is not included with the PLCRuntime download.

Core capabilities

• PLC application execution
• Deterministic scan execution on qualified RT platforms
• Industrial Ethernet communications
• EtherNet/IP connectivity
• Modbus communications
• Remote I/O integration
• Integration with PLCMaker engineering projects
• Software-based PLC architecture
• Deployment on industrial PC / compatible qualified hardware
• Engineering diagnostics and runtime monitoring where supported by the product

Real-Time Platform

PLCRuntime is designed for deployment on a DA Synergie-qualified real-time operating-system platform.

Deterministic execution and timing characteristics apply only to operating-system, hardware and runtime configurations specifically qualified and documented by DA Synergie.

General-purpose operating systems and non-real-time configurations may allow PLCRuntime to execute for development, evaluation, simulation or other appropriate uses, but they are not considered deterministic PLCRuntime production platforms.

Operating-system scheduling, background services, drivers, antivirus software, system updates, other applications, CPU or memory contention, network activity and other host-system conditions outside PLCRuntime may affect scan time, latency and communication performance.

DA Synergie does not warrant deterministic or real-time performance on non-qualified operating-system or hardware configurations.

Industrial Control & Safety

PLCMaker and PLCRuntime are industrial automation products intended for use by qualified automation professionals.

PLCRuntime is an ordinary industrial control runtime and is not a functional-safety controller or safety PLC.

The machine builder, system designer or system integrator is responsible for determining the suitability of the complete control architecture for the application and for implementing and validating all safeguards, interlocks, emergency stopping, protective devices and fail-safe behavior required by the machine or process risk assessment.

Required safety functions must not depend solely on PLCMaker, PLCRuntime, ordinary PLC logic, a standard industrial network or ordinary remote I/O unless the complete safety function is implemented using equipment and architecture specifically appropriate and qualified for that purpose.

Detailed engineering and safety information: Safety Notice · Engineering Responsibility Statement.

HistorianReport Suite

Industrial Historian, Trending & Traceability Reporting

HistorianReport Suite is DA Synergie’s integrated industrial data-history and reporting platform, bringing historical process acquisition, real-time trending and production reporting together in one environment.

Designed for industrial traceability applications, HistorianReport Suite combines historical acquisition, process visualization and report generation to transform industrial process data into useful historical and production records.

Suite components

• Historian / Data Logger — Industrial historical acquisition and storage using Microsoft SQL Server.
• Real-Time Trend — Live process visualization and trending from connected industrial data sources.
• Historian OPC Server — DA Synergie OPC technology adapted for HistorianReport Suite acquisition and communication.
• ReportMaker — Report-design environment for creating historical, production and traceability reports.
• Report Engine — Execution engine for automated report generation with output to PDF files at configured locations and dedicated printers.

Database requirement

Requires Microsoft SQL Server Express or a supported Microsoft SQL Server installation. The required SQL environment must already be installed and configured for HistorianReport deployment. Microsoft SQL Server licensing is not included with HistorianReport Suite.

System requirement

Historian and ReportMaker require Microsoft .NET Framework 4.8. The required Framework runtime must already be installed on the host before those applications can run. Microsoft .NET Framework is not included with the HistorianReport Suite download.

No software-imposed tag licensing limit

HistorianReport Suite does not use tag-count licensing. Practical system capacity depends on the deployed hardware, database environment, network architecture, acquisition rate, workload and overall system design. This is a licensing model distinction — not a claim of unlimited technical capacity or unlimited performance.

Licensing

$3,500 CAD — perpetual licence for one HistorianReport Suite / licensed historian system.

One purchase includes the complete suite (Historian, Real-Time Trend, Historian OPC components, ReportMaker, and Report Engine). No separately purchased component licences. No tag-based licensing.

Evaluation

A public evaluation download is planned. Without a valid HistorianReport Suite licence, Historian and ReportMaker provide full functional operation for up to 30 minutes per runtime session, then perform an orderly shutdown or close according to the product implementation. This is a per-session runtime limitation, not a 30-day calendar trial. A valid licence removes the 30-minute runtime limitation.

Status: Coming soon — not yet available for purchase.

AI Middleware

AI Middleware is the intelligence layer between development tools and local AI models, providing context, tooling, and controlled orchestration.

AI-generated code, recommendations or actions should be reviewed and validated by the user before production use.

Local AI Integration Platform

Rather than communicating directly with the AI model, Cursor communicates with AI Middleware. The middleware enriches each request with additional project context and capabilities that are not available through a standard Ollama connection.

Architecture

Cursor
    │
    ▼
AI Middleware
    │
    ├── Project Context Engine
    ├── Code Analysis
    ├── File System Services
    ├── Tool Execution
    ├── Project Indexing
    ├── Memory & Conversation Context
    ├── Security & Permission Layer
    └── Local Service Integrations
    │
    ▼
Ollama
    │
    ▼
Local AI Models

Primary Objectives

• Connect Cursor to locally hosted AI models.
• Provide local AI models with software development tools.
• Supply project-aware context that exceeds the model's native context window.
• Improve code understanding through project indexing and analysis.
• Enable secure access to local development resources.
• Reduce dependence on cloud AI services.
• Keep source code and proprietary information on local infrastructure.

Core Capabilities

Project Context

Automatically collects relevant information from the software project, including source code, solution structure, project dependencies, documentation, configuration files, Git repositories, and build outputs. This allows the AI model to understand the project more effectively.

Coding Assistance

Enhances AI-assisted software development with context-aware code generation, project-wide refactoring, cross-file analysis, code navigation, architecture understanding, and documentation generation.

Tool Integration

Provides controlled access to development tools, including file system operations, source code analysis, build execution, project indexing, search services, and future plugin extensions.

Security

The middleware acts as a defined security boundary between AI models and the development environment. It can restrict which tools and resources are available to the AI while keeping proprietary source code within local infrastructure.

Design Philosophy

The AI Middleware is not an AI model. It is an orchestration layer that augments local AI models with engineering context, software development tools, and controlled access to project resources. This architecture allows locally hosted AI models to provide capabilities similar to cloud-based coding assistants while maintaining greater control over privacy, security, and deployment.