Successful exploitation of this vulnerability may allow unauthenticated users to perform administrative operations on the SIMATIC Communication Processor under certain conditions.
Siemens simatic net update#
This updated advisory is a follow-up to the advisory update titled ICSA-15-335-03 Siemens SIMATIC Communication Processor (Update B) that was published May 3, 2016, to the ICS webpage on. Vulnerability: Authentication Bypass Issues.Equipment: SIMATIC Communication Processor.ATTENTION: Exploitable remotely/low attack complexity.RTLS infrastructure can be used for other tasks beside social distancing – e.g.Contact tracing via the RTLS monitoring software, which maintains a history of employee movements.It processes the location data of the transponders using an algorithm, recognizes distances between employees, and triggers an alarm signal to all groups of people involved if the distance is less than 1.5 meters. The new SieTrace application also helps ensure workforce distancing. Using wearable transponders that interact with infrastructure devices, employee movements can also be monitored. SIMATIC RTLS enables the measurement, monitoring and maintenance of the safety distance between individual employees. This will become even more important, when capacities and productivity are ramped up again. Small sized use of defined physical rangesĮmployee safety has become an increasingly challenging topic: Intelligent approaches are in demand in the manufacturing industry and in logistics companies.Easier to use for process control, regardless of additional business logic.Use of real-time capability with no level in between.Because the distance between two transponders can be precisely calculated in real time, it’s possible to maintain defined distances, which opens up totally new opportunities. Another potential application: By connecting their local position with the RTLS plant coordinates, AGVs always know their precise location. Additional function modules make it possible to implement basic Geofencing functions using the transponder coordinates received from the S7 – in other words, to monitor defined physical ranges. The data transfer uses the ExportAVT communication protocol based on TCP/IP. Using the new LRTLS library module, SIMATIC S7 controllers can receive location data direct from the Locating Manager. At the same time, real-time analysis reveals undiscovered potentials for factory optimization, supporting rapid decision-making.Įasy integration of PLC systems and the SIMATIC RTLS locating system makes the next step possible for more efficient control and automation of processes using real-time data. Bottlenecks or deviations in the production plan are avoided thanks to the Geofences. The combination of local and business information also ensures transparent workflows: Search processes are kept to a minimum and quality is improved since the positions of all relevant objects are displayed in real time on a range of terminals. It’s also possible to compare workflows between locations in order to gain even deeper insights. That means you can make use of existing apps like Predictive Learning or Performance Insight on the Siemens Cloud platform MindSphere, with no need to invest in your own analytical tools. You can also transfer KPIs, such as throughput for a given workflow or idle times, to the Cloud for further analysis while production is still in progress. Using the Location Intelligence Event Handler based on Node-RED, a flow-based low-code programming tool, these events can trigger numerous actions, such as writing to an ERP system, controlling a PLC, sharing information with a shop floor management system, and much more besides. These entry and exit events, and also throughput times, can be statistically evaluated, displayed, or linked with additional actions. You can use these to monitor when a transponder enters or leaves a given area. The key elements are what’s known as Geofences – virtually defined areas you can set using Drag & Drop. The transparency achieved in this way lets you individually optimize production and logistics processes. Users can also follow individual workpieces or the entire order in real time using a digital card. By connecting transponder ID and order data, Location Intelligence makes it possible to display order information paperlessly on SIMATIC RTLS ePaper transponders depending on the process stage and order status.
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