National Instruments, the provider of platform-based systems that enable engineers and scientists to solve the world’s greatest engineering challenges, today released the latest version of its VeriStand software, which embedded software design and test engineers use to develop hardware-in-the-loop (HIL) test systems. Today’s engineers face increasingly compressed, shifting schedules and constantly changing requirements driven by the integration of new technologies. VeriStand and NI’s HIL systems are the most open and customizable platforms available on the market to help companies meet these changing demands and future proof their test systems.
Engineers take advantage of VeriStand software’s out-of-the-box functionality and customizability to speed up real-time test system development and tackle the increasing complexity of embedded software as newer technologies like advanced driver assistance systems (ADAS), automotive radar and fly-by-wire become commonplace in embedded control systems. Users can:
- Configure a real-time engine to execute tasks such as real-time simulation, stimulus generation, data acquisition for high-speed and conditioned measurements and calculated and custom-scaled channels.
- Extend and customize a system using LabVIEW software or a wide variety of programming environments.
- Create professional run-time editable user interfaces quickly that include tools for simulation model characterization, data logging and alarm monitoring. A completely redesigned UI manager helps ensure maximum efficiency when developing and executing real-time tests.
“This release of NI VeriStand enhances the real-time test platform to help reduce risk and cost for embedded software test across a spectrum of applications,” said Chad Chesney, vice president of data acquisition and embedded systems at NI. “With the openness and flexibility of a software-first approach, engineers can meet the demands of rapidly expanding test requirements for HIL systems both today and in the future.”
In the new Version 7.4 of the Simatic WinCC Scada software, Siemens is focusing on greater efficiency and openness. Furthermore, Simatic WinCC can now also be used with Windows 10 Professional and Enterprise. The WebUX option for the web-based operator control and monitoring using commercially available HTML5-compatible devices via the Internet has been considerably extended in its functionality. WebUX now supports all popular WinCC controls and enables objects to be made more dynamic by means of script. For the purpose of greater openness the channel to the Simatic S7 controllers has been extended and is now also enabled, for example, for large plants with up to128 S7-1500 controllers. In addition, a standard OPC UA client has been integrated in order to exchange data easily with third-party systems. For the exchange of data (iDoc) with MES (Manufacturing Execution System) and SAP systems, the WinCC IndustrialDataBridge option has been extended to include an XML file-based interface.
“Our goal with this latest product release is to balance the needs of existing installations while developing new functionality for the Industrial Internet of Things (IIoT),” said Tony Paine, Platform President, Kepware. “Our commitment to supporting today’s requirements and tomorrow’s possibilities resulted in many important updates to our flagship product—including improvements to our BACnet/IP driver and a new ThingWorx® agent that expands our IoT Gateway offering.”
Rockwell Automation and OSIsoft have reached an agreement with BHP Billiton, the world’s largest diversified mining company, for the installation of an enterprise historian, a production intelligence platform, at the company’s iron ore operations in Australia. Design is underway with installation to be completed by the end of 2016. The enterprise historian will use FactoryTalk Historian Site Edition (SE) software from Rockwell Automation and the PI System from OSIsoft. The combination will provide BHP Billiton with visibility of real-time and historical production data across the company’s integrated supply chain of mines, rail and port facilities.