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Windows version

Keyword:Windows version

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  • Product Description
  • Performance Parameters
  • Product Overview

    NAControl monitoring configuration software is a product developed by Aotuo Technology by integrating its more than ten years of experience in industrial automation and information technology with cutting-edge IT technologies. This product series is targeted at the general-purpose monitoring configuration software market and serves as a foundational platform software for industrial automation, providing solutions for various industries. Its latest product fully supports Microsoft’s 32-bit and 64-bit Windows 10 and Windows Server 2008 operating systems. While ensuring system stability, it not only enhances the product’s flexibility but also improves ease of use, enabling you to quickly build basic industrial monitoring systems.

     


     

    Product Features

     

    Flexible and convenient development environment >>>

     

     

    • Provides an integrated design environment, with various libraries and components that support custom attributes, methods, and events.
    • Supports adaptive engineering screen resolution and multi-screen configurations on a single device;
    • Offers thousands of rich graphic elements and features an extensive “vector” industry image library, with support for custom libraries.
    • Various graphic elements have multiple layers, and scripts allow flexible control over the display and hiding of these layers, making it convenient for creating visual compositions.
    • By adopting GDI+ drawing technology, users can fill graphic elements with various shades and gradient colors, enhancing the rendering quality of graphics and making the interface more visually appealing.

     

    • Seamlessly integrates with .NET technology and supports the use of WPF and WCF technologies to build 3D graphical object components.

     

    • A powerful ActiveX control object container, which defines a brand-new set of container interfaces. Through "scripts," you can directly manipulate the container, invoke object methods and properties, and easily integrate the system.

     

     

     

    Powerful alarm management >>>

    The provided distributed alarm system features functions such as alarm storage, statistics, analysis, display, filtering, query, processing, event triggering, and printing, with up to 9,999 alarm priorities. It employs a tree-structured alarm group management approach for alarm objects, supporting precise, three-dimensional, multi-dimensional positioning of alarm information for easy retrieval and management. The system supports real-time alarm notifications and outputs via multimedia voice, video, text-to-speech conversion, email, and SMS. It also provides the capability to store alarms and event network data in case of disconnection and offers recovery functionality.

     

     

    Complete Redundancy and Fault-Tolerance Technologies >>>

    Aoto’s NAControl has adopted bold innovations and explorations in technologies such as system architecture design, load balancing, fault isolation, rapid maintenance, redundancy, and fault tolerance. Its key features are as follows:

    • The encapsulated design that “isolates” graphics and images, along with the service technology that separates visualization from data processing, prevents excessive consumption of graphic and image resources from interfering with the data layer. This allows different users to dynamically select any desired image and graphic mode based on industry requirements, ensuring both stunning monitoring effects and system stability.
    • Load balancing technology has been deeply integrated into the design of distributed components. The multi-process and multi-threaded design enables the system’s workload to be effectively decomposed. The “soft” bus technology ensures convenient system scalability, while remote data transmission supports disconnection-reconnection and recovery mechanisms, dramatically enhancing data synchronization between processes and the reliability of network communications.
    • Equipped with self-diagnosis and self-recovery technologies, it adopts unified process management and features a built-in “watchdog” design. Each system process is equipped with self-diagnosis and self-recovery capabilities, fully ensuring the stability and security of the entire system.
    • Supports both “soft” redundancy and “hard” redundancy configurations for the system, as well as system cluster configurations.
    • It supports dynamic optimization for communication load balancing and communication efficiency, as well as automatic and manual fragmentation of transmitted data blocks. It features the ability to read and forward "block data," effectively balancing the efficiency of data reading and writing. Additionally, it supports functions such as dynamic device switching.
    • I/O device communication supports device redundancy and channel redundancy, as well as failover for heterogeneous communication links in the control network. It employs a brand-new multi-process and multi-thread I/O scheduling mechanism, resulting in higher communication efficiency and faster speeds.

     

     

    Flexible Convenient template-based design environment >>>

    It provides an integrated design environment that features comprehensive template-based design for engineering templates, data models, and screen models. It supports window templates, enables multi-user collaboration and remote deployment of projects, allows for easy and rapid project configuration through import and export of project models, and supports online upgrades and dynamic maintenance of system files and project files.

     

     

    Powerful The compilation and computation engine >>>

    • Employing the proprietary “Invisible Script” technology, it supports online script debugging and internal scripting, ensuring that various internal and external “script” technologies can be nested to build applications, thereby guaranteeing maximum integration convenience for the system. It also features intelligent variable search functionality, as well as rapid editing, locating, searching, sorting, and import/export capabilities for variables.
    • It supports a dynamic variable registration mechanism that operates in runtime, and allows access to the properties and methods of related components, enabling nested integration and seamless fusion of scripting technologies. The real-time database supports “computational scripting” technology in the background, ensuring convenient data processing and statistical computations.

     

     

    Facing Visualization System for “Service Model” >>>

    • In addition to providing a variety of quick analysis curves, reports, and alarm templates, the Aotuo NAControl also offers numerous system extensions, enabling seamless integration of geographic information systems, video surveillance systems, virtual display technologies, 3D imaging technologies, and GDI+ technologies into the SCADA system.
    • The NAControl platform software can be deployed independently across the following layers: IO communication layer, data layer, visualization, web portal, and data communication layer. The product adopts a multi-process and multi-thread design with an open architecture, fully supporting standards such as DDE, OPC, ODBC/SQL, OLE DB XML, and ActiveX. It provides external access interfaces in various forms, including OLE, COM/DCOM, and APIs, making it easy for users to perform deep secondary development using common development tools (such as VC++, VB, .NET, etc.), thereby facilitating collaboration and integration.
    • Equipped with powerful object and OCX containers, it supports flexible system expansion of access methods. Through scripting, it can seamlessly integrate third-party ActiveX plugins and also enables web deployment of third-party ActiveX components.

     

     

     

     

    *The information provided in this text is merely a general description and introduction to the product’s features. The content of this document may change as the product undergoes further development. The right of interpretation belongs to Nanjing Aotuo Technology Co., Ltd. The images in this document are sourced from the internet.

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