Displaying items by tag: ibm

Apr 6, 2022 from 12:00 PM to 1:00 PM (PT)

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The work execution strategies that you apply to your maintenance and reliability strategies enhance your progress and give a defined path to your overall techniques.  These techniques will align your processes to give you better management of your resources to aid your efforts at becoming more productive and reliability centered.

We're excited to have guest speaker Michael Guns, Associate Director Maintenance Strategy & Planning at the University of Delaware for Facilities, share his ideas around the flows you can develop to enhance your business processes and execution of the work, and align thoughts around your end users expectations of what your work is and determining factors for Service Level Agreements. 

Michael Guns, Jr., CRL, CEFP, CMRP
Michael Guns, Jr., CRL, CEFP, CMRP
Associate Director, Maintenance Strategy & Planning Facilities - Buildings Maintenance & Operations
University of Delaware
Mar 31, 2022 from 09:00 AM to 10:00 AM (PT)
The rapidly increasing pace of technology innovation continuously impacts the complexity of today’s systems such as land, marine, and air vehicles, as well as medical and other electronics equipment, and cyber-physical systems in general. Engineering teams are challenged by exponentially increasing software content, sustainability transformation, and autonomous functionality. Along with that, come increasing regulatory requirements to assure safety and cyber security.

While the engineered systems are becoming more complex, engineering practices are somewhat left behind based on “document centric” non-digitized practices, where lifecycle activities and disciplines are data silos.

In this webinar we describe how a fully digitized systems engineering process enables the primary objectives of engineering projects: Increasing speed of delivery and innovation, ensuring quality, reducing costs, and demonstrating compliance. We will illustrate how the above foundations are leveraged throughout a systems engineering process, and includes in-process quality, stakeholders visibility and viewpoints for high velocity, full change control and audit trail for effective demonstration of compliance.

We will demonstrate how IBM Engineering Lifecycle Management (ELM) establishes a holistic digital engineering process, from stakeholder requirements through implementation, based on the following foundations:

  • Digital connectivity across all lifecycle artifacts to insure data consistency and traceability compliance
  • Model based system design for early functional and architectural verification
  • Agile enactment across the entire systems engineering process
  • Cross lifecycle digital viewpoints and reporting for full visibility and decision support to all stakeholders
  • Fostering reuse across projects and programs for highly effective engineering

IBM Engineering Lifecycle Management (ELM) is the leading platform for today’s complex product and software development. ELM extends the functionality of standard ALM tools, providing an integrated, end-to-end solution that offers full transparency and traceability across all engineering data. From requirements through testing and deployment, ELM optimizes collaboration and communication across all stakeholders, improving decision- making, productivity and overall product quality.

Presenter: Eran Gery of IBM

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Softacus will be an exhibitor at MedConf 2022 which will take place from 10 to 12 May 2022 in Munich, Germany.

The conference with the accompanying exhibition is the most established and important networking platform in medical technology. The MedConf hybrid will also be offered in 2022, so participants have the option of booking either a presence ticket or an online ticket.

Our team will be onsite presenting to the vistors the award-winning IBM Engineering Lifecycle Management solutions.

For more information and to sign up to MedConf 2022, visit https://www.medconf.de/

Main Functionalities

  • Ability to migrate big amount of modules from DOORS to DNG
  • Possibility to transform the data according to specific user needs (split, merge modules)
  • Transformation of attributes
  • Transformation in GCM context; view to stream, split across components
  • Ability to migrate history and baselines



DOORS Tables

Our application has the ability to transform DOORS Tables into DNG HTML Tables within the DNG Artifact.
Also, we support the ability to transform OLE excel tables into DNG artifact HTML tables.  

Migration of History data

Ability to save DOORS object history and import it into either an attribute or initial content of a "primary text" attribute.
Possibility to make a link back to original object in case of migration without the history (recommended option).

(Currently in development) Import from specific DOORS baseline.

High Automation Level

The tool have API in order to create automation for:

  • Artifact creation and mapping
  • Attribute creation and mapping
  • Link Type creation
  • Project area & component creation
  • GCM creation
  • Creation of views, folders, streams and baselines
  • Create User in Jazz
  • Automated assignment of Group to the User


  • Rich text into attributes
  • DXL Layouts into string attributes
  • Ability to convert attributes into embedded artifacts (i.e. for parametrization)
  • Transformations of pictures. We support png, jpeg, jpg. Due to DNG limitations, .wmf and .svg are not supported


  • Recreation of links within the project area
  • Recreation of links within the component
  • Recreation of links across project areas
  • Recreation of links across components with GC context

Splitting of Data

  • Split to several components 
  • Split to project areas
  • Split to several servers
  • Split of data by view to several streams
  • Stream Updates

Profiles per Each project

The solution have customizable possibilities (currently via YAML file) to set up a profile for migration of each project

Migration of Views

The solution supports migration of view (beta)
Some views are non-compatible in DNG, and we tag them

Lightning Speed

We have developed a concept how to avoid thousands/millions of calls to DNG

Example 10 000 artifacts 150 seconds


  • PA Size
  • Modules size
  • Number of attributes
  • Number of artifacts


  • checks count and data
  • count object types attribute types
  • views
  • links


  • Object view to component stream
  • Attribute harmonization
    • Possible automated cleanup of the data
  • Mapping of custom object types to artifact types
  • Storage of mapping per each execution
  • Sandboxing  -migrate test and improve

OLE Object Handling

  • Migration of OLE from attribute into primary text (merge) or as linked artifact (link to base artifact)
  • Ability to migrate pictures as embedded or standalone artifacts. Linking of embedded pictures to its artifacts (as base artifact link)


Error handling prior and after the migration

Test Management

(Planned) Test on each object with proof that the artifact was migrated from DOORS to DNG properly

Other Advanges

  • Keep reference to DOORs classic
  • 60 widgets available from Softacus for DNG with mainly common architecture. Widget are resolving several gaps and increase user experience in DNG
  • Support for Tags,
  • Handling of huge project data
  • Own migration server and infrastructure for Migration
  • Unicode special symbols handling
  • Nested symbols handling
  • Incompatibility checks
  • Attributes merging
  • We can recreate DXL scripts in Js Java and Python or other language if required

Technical Information

  • Concurrent loading from DOORS to DNG
  • Usage of internal DB during Migration, which allows flexible linking after the migration of the data
  • Possibility to resume of the migration process in case of a disruption


Flexible for any customer use case

All migrations are different.  We have built this solution, because the traditional ways of migrating were not sufficient for our and our customer needs.

This video show first release of the solution.



Development of specific APIs

The tool is able to to custom migration due to the fact that we have created our own APIs.

In order that DNG traces all the changes in artifacts, which could be seen in the "Artifacts History" page. Softacus developed an extension that allows users to filter this history directly in a module without need of opening history separately in new window or tab.

User Interface




As you can see on the left, UI of this extensions is containing filters. You can filter by:

  • Start Date - together with end date it specifies the date range of the changes that should be displayed
  • End Date - together with start date it specifies the date range of the changes that should be displayed
  • Users - you could choose from which user you want to show the changes
  • Changeset - indicates what type of change you want to see. Changeset filter contains the following options:
    • Delete
    • Edit
    • Create







This extension provides DNG users with the ability to view changes made to the displayed module without the user having to leave the module they are working in and open the artifact history in a new window. The developed extension from Softacus allows users to quickly and time-savingly view the history of changes in the module in which they are currently located. The change report will be displayed directly in this extension of your mini dashboard. It contains information about the user who made the change, the exact date and time the artifact change was created, and the artifact ID. In the artifact change report, the changes are color coded just like in the DNG. In case the user does not choose any filter, this extension will show him all types of changes made by any user for 1 week (7 days), which is set as an auto filter. This extension also offers the possibility to filter changes based on your chosen criteria, which can be: the date interface, the user who made the change, or the type of change. Changes are displayed in the report in chronological order from the last change made. This extension displays changes not only in Primary text but also records the creation/change/deletion of links, comments, and other attributes.

Problem to solve

Tracking all changes in artifacts in DNG is currently time and labor-intensive. Currently, this is only possible via the "History of Artifacts" page. Softacus has developed an extension that allows users to filter this history directly in the module without opening the history separately in a new window or tab. The entire history of an open module can be viewed in a widget in your mini dashboard with a few clicks. In addition to a complete change history report, this script can be used to filter based on the date interface, the user who made the change, or the type of change.


Report of changes

This extension to see and filter changes made across the module. Information about these changes will be displayed directly in the extension in your mini dashboard. In the displayed report you will find information: the user who made the change, the date and exact time the change was saved, and the ID of the changed artifact. Changes are arranged in the report in descending order based on the date (the last change in the module is displayed first). If a larger number of changes were created for the selected period, there are paginated by 20 items.

Filtering changes based on:

Start date and End date 

This data determines the change display date interface. If the user does not choose his start date and end date, the extension will display changes for the last week (7 days).


You can choose which user you want to see changes from. If the user does not select any user, the report will display the changes made to the module by any user.

Type of Change

Indicates what type of change you want to see. This filter contains the following options:

All (default) as is - filter from module history

Edit = UserXY modified resource

Create = UserXY modified module structure - added

Delete = UserXY modified module structure - removed

Color resolution

In the report, all changes made in the module are colored for easy orientation. The color difference of the changes is the same as DNG - yellow background color = "create"; blue background color = "edit"; gray background color + red text color = "delete".

Show details about the type of changes

Using the drop-down menu, the user can expand each change record either individually or in the header for all. After clicking on the link, the user will be redirected to the changeset, where there is a detailed record of the specific change.


  • This extension works only in the module

How to use this extension

  1. Add a widget from the catalog by the name Filter History (FIH)
  2. Open Module in Doors NG Component
  3. Select the start date and end date
  4. Select the user whose changes you want to see
  5. Select types of changes
  6. Click on the "Filter History" button




This add-on is free of charge for customers who purchased the IBM Jazz solution via Softacus.

Please contact us if you need a different arrangement.

Support and Modifications

Every functionality of any of Softacus Engineering Requirements Management DOORS Next extension can be customized based on your needs. If you are interested in having, enhancing or if you found a defect in extension, please contact us at: This email address is being protected from spambots. You need JavaScript enabled to view it.

Also, we are providing custom modifications for our customers. Every Softacus DNG Extension can be modified based on your needs or requirements. We are looking forward to developing a solution for you.

Contact page!

With the integration of Cadence vManager and IBM DOORS teams using these tools will have a single source of truth. This brings much-needed transparency and collaboration in the ecosystem and enables each team to independently take decisions based on all available data with full context. The integration of vManager and IBM Doors allows the teams to focus on their core tasks and not worry about manually transferring the data.

How Cadence vManager + IBM DOORS integration is beneficial for an enterprise
  • Verification with enhanced traceability and planning
  • Real-time visibility into the actual development of each entity
  • Real-time visibility for all the changes and updates
  • Improved productivity due to real-time exchange of information between the two teams
  • Complete traceability across both systems
Verification with Enhanced Traceability and Planning
  • Helps verification teams focus on writing verification tests based on the latest requirements without changing their Cadence vManager user experience
  • Enables real-time exchange of information, such as verification of goals, requirements, implementation of verification, and change requests
  • Maintains bidirectional sync to update changes and results from Cadence vManager to IBM DOORS and vice versa
  • Enables real-time visibility into the development of each entity and its verification
  • Decreases effort leakage by avoiding stale requirement records


Cadence vManager Integration with IBM DOORS Using OpsHub Integration Manager
  • Cadence vManager integrates with IBM DOORS bidirectionally
  • The synchronization ensures all historical and current data is available to users in real-time in their preferred environment with full context
  • All work items from Cadence vManager sync automatically to IBM DOORS, and all requirement entities and details synchronize back to Cadence vManager from IBM DOORS
  • All the information you need in real-time in your preferred tool. No manual dependencies or human errors
Gain real-time visibility, cross-system traceability, better collaboration, and speed up System on Chip (SoC) level functional verification flow. Ensure faster tape out and manufacturing by reducing manual dependencies and errors. Empower verification engineers to automatically sync the latest requirement changes from IBM DOORS with a full context in real-time.
Find more information about how your team can benefit from deploying Cadence vManager Integration with IBM DOORS here: [uploadnute pdfko]
'OpsHub Integration Manager (OIM) bridges the information gap in semiconductor testing and verification. OIM replaces the need for manual mapping of requirements with automated sync of data between verification teams and requirements teams. Achieve better collaboration, reduce manufacturing delays and compliance risks by integrating changes in real-time from Cadence vManager to IBM DOORS or IBM DOORS to Cadence vManager.'
Vector RQM Connection Utility is an add-on tool for Vector vTESTstudio. It serves to integrate IBM Rational DOORS Next Generation and IBM Rational Quality Manager into the Vector testing toolchain - vTESTstudio, CANoe and CANoe.DiVa.
With the help of the connection utility you can:
  • Trace Item Extraction
Generate trace items out of DOORS NG requirements or RQM test case specifications.
Note: Trace items can be linked to test cases in vTESTstudio. The link to the trace item source (requirement/test case specification) is then written to the test case result in the CANoe report. An overview of the design coverage of trace items is given by the vTESTstudio traceability matrix.
  • Test Case Upload
Upload information about implemented vTESTstudio test cases to RQM.
  • Test Execution
Automatically execute a set of predefined vTESTstudio test cases in CANoe.
  • Test Report Upload
Upload test case results from CANoe reports to RQM.
The connection utility can be used with two different workflows:
  • Requirement Based Workflow
Trace items in vTESTstudio are based on requirements from DOORS NG. In order to achieve full requirement coverage, every trace item (requirement) must be linked to at least one test case implementation in vTESTstudio. A test case can be linked to any number of trace items.
  • Test Case Based Workflow
Trace items are extracted from test cases in RQM; they serve as test case specifications. For every trace item (test case specification) exactly one test case implementation must be realized in vTESTstudio.
Minimum required versions: vTESTstudio 2.1 SP4, CANoe 9.0 SP4, CANoe.DiVa 10.0. 
Minimum required versions for the usage of full functional range: vTESTstudio 6, CANoe 15, CANoe.DiVa 10.0.
Compatibility is ensured for the following versions:
IBM DOORS Next Generation 6.0 or higher 
IBM Rational Quality Manager 6.0 or higher
New Features V3.0.1:
  • Map vTESTstudio test case attributes to IBM RQM test case categories 
    • New section [TestCaseAttributes2TestCaseCategories] in INI file provides the possibility to map vTESTstudio test case attributes to RQM test case categories.
  • Reassessed verdicts from CANoe Test Report Viewer
    • A new option allows the usage of reassessed verdicts from the CANoe Report Viewer. With this option activated, the reassessed verdict are uploaded to RQM and a respective comment about the original verdict is noted in the result details.
  • CANoe Test Report Viewer links in IBM RQM test results
    • The result details of the RQM test case results now hold a link to navigate to the respective test case in the loaded report within the CANoe Report Viewer.
  • Set result details via command line for test report upload
    • New optional parameter -details provides possibility to set additional comment for the result details.
  • Weight Configurable for Test Case Creation
    • The system defined RQM test case category Weight can now be configured in INI file ([TestCaseCategories]) if a different value than the default of 100 should be used for test case creation.
  • Path to Applications Configurable
    • New section [RegisteredApplications] in INI file provides possibility to customize path to registered applications on Jazz Team Server (e.g. to quality management that default to ‘qm’).
  • Requirement types configurable
    • The requirement types to be considered for trace item extract can now be configured in INI file.
  • Extended Test-Case Based Workflow for CANoe.DiVa
    • This option supports the mapping of multiple CANoe.DiVa generated test cases to the same RQM test case. As a consequence all test case results that refer to the same RQM test case will be aggregated to one overall verdict during test report upload. A textual summary of the single CANoe test case results will be annotated to the aggregated overall verdict.
Requirement Based Workflow
The requirement based workflow comprises 6 phases that are visualized in the following graphic.
  1. Export requirements as trace items (connection utility)
  2. Create test cases / link trace items (vTESTstudio)
  3. Import design traceability (connection utility)
  4. Create test case execution records (RQM)
  5. Execute test unit (CANoe)
  6. Import test report (connection utility)
Test Case Based Workflow
The test case based workflow comprises 6 phases that are visualized in the following graphic.
  1. Export test cases as trace items (connection utility)
  2. Create test cases / link trace items (vTESTstudio)
  3. Import design traceability (connection utility)
  4. Create test case execution records (RQM)
  5. Execute test unit (CANoe)
  6. Import test report (connection utility)


CANoe Execution Adapter
Test execution tab
This tab contains the integrated CANoe Execution Adapter, a vTESTstudio add-on that is also available as stand-alone application.
The purpose of the adapter is the activation and execution of a predefined set of vTESTstudio test cases in CANoe. This enables effective resource planning and support of various test strategies, e.g. executing all test cases that link to a changed requirement.
The adapter uses the CANoe COM API for the following actions:
  • Load CANoe configuration
  • Activation of test execution tree elements Start/stop measurement
  • Start test configuration
  • Read paths to test reports

Feb 3, 2022 from 11:00 AM to 12:00 PM (ET)

Learn how IBM and Instana came to be. You’ll understand how Instana can make sense of your chaotic cloud-native environments, uncover anomalies in the performance of your applications before they can affect your customers – with the context to fix it.

Our solution engineer will walk you through the product and how easy Instana makes it to:

  • Automate discovery, mapping, and configuration with zero human interaction
  • Use AIOps to establish a baseline of application performance
  • Analyze metrics, traces, and logs
  • Trace every request, with no sampling
  • Monitor hybrid cloud and mobile environments

Hosts of this Webinar

Drew Flowers, of Instana
Director of Solution Engineering, NA/LATAM
More information

10.-12. November 2021 - TdSE Konferenz

Der TdSE – Tag des Systems Engineering ist die inzwischen größte deutschsprachige Konferenz rund um dieses innovative Thema. Die Konferenz fördert nicht nur den Austausch von Industrie, Beratern, Toolherstellern und Forschungseinrichtungen, sondern bietet auch eine Plattform für die Diskussion und erfolgreiche Zusammenarbeit zu den aktuellen Themenfeldern: Digital Twin, Collaboration & Agile Systems Engineering, Stories: Best Practices, Success, Change & Transformation und Technical Leadership & Culture.

Dabei geben wir unseren Kunden und den Teilnehmern der Veranstaltung die Möglichkeit mit unseren IBM Systems Engineering Experten Peter Schedl, Program Manager Industry Solutions ELM, und Patrick Weber, Solutions Engineer MBSE (Rhapsody/RMM) in den direkten Austausch zu treten und mit ihnen die aktuellen Trends und Anwendungsbeispiele im Systems Engineering Umfeld zu besprechen.

Keynote im Rahmen der Studienpreisverleihung, Dienstag, 9. November 2021 von 14:15 - 14:45 Uhr

  • IBM Systems Engineering Vision -
    The evolution of digital engineering for a changing world
    Sprecher: Peter Schedl

Vorträge im Break Out Room,

Donnerstag, 11. November 2021 von 11:00 - 12:00 Uhr

  1. Wie funktioniert Softwareentwicklung im Team?
    Effiziente Zusammenarbeit im Team und Wiederverwendung von verteilten SysML
    am Donnerstag, 11. November 2021 von 11:00 - 11:30 Uhr
    Sprecher: Patrick Weber
  2. Vom SysML Modell auf den Raspi mit einem Knopfdruck - Geht das?
    am Donnerstag, 11. November 2021 von 11:30 - 12:00 Uhr
    Sprecher: Peter Schedl
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