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Aspentech Inmation

Product description

Transform raw data into meaningful insights with a centralized data management system. From the plant floor to the executive suite, empower your team with efficient data ingestion, processing, enhancement, and storage.

AspenTech Inmation serves as the ultimate enterprise historian, seamlessly unifying diverse data sources without disrupting existing production systems. Its powerful features provide actionable intelligence to support faster, smarter business decisions.

With effortless integration across multiple data sources, AspenTech Inmation ensures decision-makers, whether on-site or remote, have real-time access to vital information anytime, anywhere, and on any device. Designed for diverse industrial environments, its system-agnostic architecture integrates smoothly with Laurentide platforms and other industry systems.

AspenTech Inmation delivers seamless real-time integration with operating systems, ensuring smooth connectivity between control systems, MES, and corporate IT as production data continues to grow. Built with an architecture designed for unlimited scalability, it goes beyond simple interfaces, functions, and data handling. This solution maximizes the value of your existing technology investments while ensuring adaptability to evolving technologies, safeguarding your investments for the future.

Features

  • Managed centrally for easy upgrades, support
  • Supports cloud-based or mixed architectures
  • Works in any cloud environment
  • Offers open Interfaces: WebAPI, OPC-UA interfaces enable connectivity to visualization and analytics tools
  • Provides embedded scripting for computing at the edge, data contextualization and more
  • Avoids disruption of OT systems
  • Created using a ‘service-based’ architecture with modern information technology
  • Is vendor agnostic and works with DCS, PLC, historians, Lab systems, maintenance systems, and more
  • Supports most data types/structures: Process data, alarms/events, files, documents, ODBC, XML, TCP streams, video/image, text, etc.
  • Built for scalability from very small (a few CPU cores) to enterprise scale (1000s of CPU cores)
  • Supports fast, high-resolution data (sub sub-millisecond, if required)