© Siemens AG All rights reserved. openlab III Board of Sponsors 3-4 May 2011 at CERN Joint Report Siemens - CERN

© Siemens AG All rights reserved.  Trends: Industrial Security  Status openlab III  Plans for openlab IV Outline

© Siemens AG Alle Rechte vorbehalten. Industry SectorSeite 3I IA AS R&D – Example SIEM Sources : Gartner – Magic Quadrant for Security Information and Event Management Wikipedia, the free encyclopedia  Security Information and Event Management (SIEM) technology provides two major functions for security events from networks, systems and applications:  Security Information Management (SIM)  log management and compliance reporting  Security Event Management (SEM)  real-time monitoring and incident management  SIEM Capabilities  Data Aggregation : SIEM solutions aggregate data from many sources, including network, security, servers, databases, applications, providing the ability to consolidate monitored data.  Correlation: looks for common attributes, and links events together into meaningful bundles. This technology provides the ability to perform a variety of correlation techniques to integrate different sources, in order to turn data into useful information.  Alerting: the automated analysis of correlated events and production of alerts, to notify recipients of immediate issues.  Dashboards: SIEM tools take event data and turn it into informational charts to assist in seeing patterns, or identifying activity that is not forming a standard pattern.  Compliance: SIEM applications can be employed to automate the gathering of compliance data, producing reports that adapt to existing security, governance and auditing processes.  Retention: SIEM solutions employ long-term storage of historical data to facilitate correlation of data over time, and to provide the retention necessary for compliance requirements.

© Siemens AG All rights reserved. Outline  Trends: Industrial Security  Status openlab III  Plans for openlab IV

Main activities: Security PVSS

Security test bench  Goal: a test bench for reliable and reproducible test of PLCs  Scope: Security as defined in community  Result:  A security model defined (based on ISA99)  A survey of existing tools has been completed  A test bench (TRoIE) is implemented with these tools (e.g. fuzzing techniques). It has been used to test several Siemens PLC models  It is being ported from Linux to Windows to be deployed in Siemens premises. CERN openlab Major Review Report January 20106

 Development Environment  SVN plugin  Web Access  Web plugin  Pocket Client  Deployment  PVSS Version Reporting Tool  Installation Tool  Runtime environment PVSS 7CERN openlab Major Review January 2010

PVSS – Development environment  Goal: integration of source code management facilities  Scope: All PVSS projects artifacts  Panels, Data Points, Source code  Results  A prototype developed and presented to key CERN users  Will be integrated in future PVSS versions 8

PVSS – Web access  Goal: Test and evaluation of the ETM solutions  Scope: Web client and pocket client  Results  Web client – several versions tested in the CERN environment. The results were reported, the performances of the last version were comparable to native PVSS HMI. The tool has been presented to key users.  Pocket client: The first pre version of the pocket client was presented and tested at CERN. A new product, the Ultra Thin Client, is being introduced and will be evaluated in similar conditions. 9

PVSS deployment and installation  Goal: Ease the deployment of PVSS projects in large installation  Scope: Version report tool, installation tool  Results  Version report tool: The tool developed at CERN has been reviewed and is included in PVSS solutions  Installation tool: A solution was initially developed at CERN. This was reviewed with ETM to identify requirements for a common solution. 10

PVSS runtime environment  Goal: Validation of archiving with ORACLE  Scope: New PVSS architecture storage modules  Results:  On going work to implement a storage module for ORACLE. 11

Step 7 deployment  Goal: Deployment of the programming environment on large infrastructure.  Scope: New version of Step 7 (from v11)  Result:  Several approaches have been identified and ranked.  A solution has been selected Product installed in a server Customizable scripts wrapped in MS Installer packages  Tested on Step7 V11  Official release with Step 7 V12 CERN Openlab Major Review meeting –

Project Follow-up  Regular contacts  Siemens internal reporting  openlab major and minor reviews  See annex for full list of reports 13

© Siemens AG All rights reserved. Outline  Trends: Industrial Security  Status openlab III  Plans for openlab IV

© Siemens AG All rights reserved. openlab IV Collection of potential Objects Proposals based on the result of the Workshop, May 2011 Industrial Communication - high speed, IP Standards - validation, engineering, comparison with AV Bridges and Siemens-Standards - OPC UA Industrial Security - security concepts in IP based automation systems Engineering and process simulation - process modeling - simulation - tools - UNICOS- Integrated Control Application Use of Multicore Technology for PLC and embedded systems - programming, experiences (Research Topic) Condition Monitoring - CM at CERN (high complexity, high availability) HW-Design considering special requirements - reliability, emc, radiation

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