How does our Digital Twinning Application work?

  • Our Digital twinning application involves several components that work together to create and maintain a virtual representation of a physical object, system, or process.

  • These components enable real-time monitoring, analysis, and simulation to optimize performance, improve decision-making, and facilitate innovation.

How do our Boodskap IoT Platform and Digital twin work together?

  • Digital twins are conceptual models that combine model data and IoT data to monitor system behavior in real time.

  • Enable companies to identify potential issues and take action. For instance, a digital twin of an engine can provide performance characteristics, enabling engineers to test new designs or predict future changes'.

  • Digital twins are anchored to physical devices in an IoT network, which has unique identifiers and embedded technology.

  • These devices can communicate and interact with each other over the internet or local networks, allowing for bidirectional information exchange and coordination.

  • The benefits of digital twins and IoT extend to businesses and consumers, such as improving energy efficiency by providing real-time data on equipment performance and automating tasks like temperature adjustment.

  • IoT technology innovations have driven the adoption of digital twin technology, as it allows for a holistic view of the virtual model and unlocks deeper operational intelligence.

Components & Features

  • In Device Library, n number of device's parameters can be added and saved. Represents the physical characteristics, behaviours, and interactions of the devices in the digital realm.

  • Conditions refer to the specific states or parameters that are monitored to assess the performance and overall status of the physical entity being twinned.

  • Installation Database can simulate the data and can enable tracking, has the lookup table settings and preprocessor details and performs based on the selection.

  • Visual Alarms are triggered when monitored conditions exceed or fall below predefined thresholds, indicating anomalies, malfunctions, or any state that requires attention.

  • Visual Display is a snippet in a widget that represents a parameter value along with its unit. For instance, the fuel level is shown in litres and the Pressure value is displayed in psi.

  • Events play a crucial role in triggering actions, alerts, and analyses, allowing users to monitor, understand, and respond to changes in real-time.

  • Controls refers to mechanisms and interfaces through which users or automated systems can interact with and manipulate the virtual representation of a physical object, system, or process.

  • Triggers refer to events or conditions that initiate specific actions or responses within the digital twin environment. These triggers enable real-time monitoring, analysis, and automation, allowing users or systems to respond promptly to changes in the physical object, system, or process being represented by the digital twin.

Why power digital twins with Boodskap

  • Leading data ingestion and optimization technology

    • It makes it easier to import and optimize data for interactive visualization from various systems and formats.

  • Best-in-class, flexible creation tools

    • Provides industry-leading creation tools for the quick and easy development and implementation of interactive digital twins.

  • Multiuser interactive collaboration

    • It makes multiuser interactive collaboration possible, allowing groups to communicate with digital twins across several platforms.

  • Dynamic visualization across devices and platforms

    • Works with more than 20 platforms, like as Windows, Mac, iOS, and Android.

  • Global developer community

    • Offers access to 1.6 million real-time 3D producers in 190 countries worldwide as part of its development community.

  • Advanced simulation services

    • Provides performance-optimized simulation testing, training, and advanced simulation services for robotics and sensor emulation.