Twinn Witness Integrations

Boost the accessibility and effectiveness of your HMI/SCADA platform by tapping into the potential of the Internet of Things (IoT). The IoT envisions a world as a dynamic and interconnected ecosystem that seeks to link diverse assets, or "things," within a holistic software framework that forms a smart grid. These "things" are equipped with capabilities for actuation, control, automation, and self-sufficient operation. By incorporating these devices, vast amounts of data are generated, presenting users with unprecedented insights and opportunities. With ICONICS’ SCADA system integrated with IoT, this wealth of information is transformed into actionable intelligence for operators. The ICONICS IoT solution connects your buildings, facilities, and equipment using secure TLS encryption and Microsoft Azure, allowing for cloud data access from virtually any location. By employing a pub/sub architecture, it enables real-time visualization of key performance indicator (KPI) data directly at the edge. Furthermore, we ensure a reliable and secure connection to the cloud through bi-directional AMQP, specifically tailored for Microsoft Azure, which promotes smooth data transfer and operational effectiveness. This integration not only enhances system performance but also empowers users to make well-informed decisions based on continuous data analysis. Ultimately, leveraging this technology can significantly improve operational workflow and strategic planning for organizations of all sizes.

ICONICS’ Hyper Historian™ is a distinguished 64-bit historian celebrated for its exceptional speed, dependability, and strength, making it well-suited for essential applications. This advanced historian utilizes a cutting-edge high compression algorithm that guarantees remarkable efficiency while maximizing resource use. It integrates effortlessly with an ISA-95-compliant asset database and features advanced big data tools like Azure SQL, Microsoft Data Lakes, Kafka, and Hadoop. As a result, Hyper Historian is acknowledged as the leading real-time plant historian specifically designed for Microsoft operating systems, providing unparalleled security and efficiency. In addition, Hyper Historian includes a module that supports both automatic and manual data entry, allowing users to import historical or log data from various databases, other historians, or even devices with intermittent connectivity. This functionality greatly bolsters data capture reliability, ensuring accurate information recording regardless of potential network interruptions. By capitalizing on swift data collection, organizations can establish extensive enterprise-wide storage solutions that promote operational excellence. Furthermore, Hyper Historian not only enhances data management but also supports businesses in making informed decisions based on real-time analytics, ultimately driving further improvements in productivity and efficiency.

Hatch software revolutionizes the execution of hardware initiatives by redefining collaboration among hardware teams. Tailored to address the complexities of hardware management, it brings together various operational functions into a unified platform, empowering users with the essential tools and insights needed for effective planning, execution, and support of hardware solutions. The adaptability of Hatch's offerings presents a wide range of options, allowing for easy customization without hassle. Users can swiftly adjust product configurations for specific clients using a single Bill of Materials (BOM), which organizes predefined groups of components for a multitude of hardware options that can be selected with a single click. Engineering modifications are recorded in a detailed and traceable repository, centralizing all essential information such as descriptions, deadlines, statuses, reviews, and approvals. The reliance on obsolete spreadsheets, lost emails, and excessive software is now a thing of the past. By providing real-time tracking down to individual work centers, customers receive precise updates on their orders, significantly boosting satisfaction and improving operational efficiency. This cutting-edge methodology not only optimizes workflows but also nurtures a culture of transparency and accountability within hardware teams, ultimately leading to enhanced collaboration and project success.