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IBM Engineering Lifecycle Management

What’s New in ELM 7.0.1 – Process & Tools

In today’s ‘new normal’, organizations are being forced to innovate their engineering processes — how they operate and deliver. Organizations understand that this transformation requires a truly agile enterprise that efficiently and effectively adopts Agile@Scale. By now most organizations that have tried to scale agile across the enterprise know that having agile development teams or […]

What’s New in Engineering Requirements Management DOORS Family 7.0.1

Building on the themes of ELM 7.0, our next release is just around the corner. Since 7.0.1 has come so soon after 7.0, we recommend that anyone planning to upgrade should go straight to 7.0.1. This blog covers releases of all Requirements Management tools including: IBM Engineering Requirements Management DOORS Next 7.0.1 IBM Engineering Requirements […]

ELM 7.0.1 is available today!

We are proud and excited to announce the general availability of the IBM Engineering Lifecycle Management (ELM) 7.0.1 solution on Jazz.net! Keep your eyes peeled for upcoming blog posts highlighting the latest features included in ELM 7.0.1, including both cross-cutting and product-specific features.  To get a small taste of the changes, take a look at […]

IBM Engineering Lifecycle Management v7.0 is here!

We are extremely excited to announce the availability of the IBM Engineering Lifecycle Management (ELM) 7.0 solution on jazz.net! What you’ll be seeing is the result of months worth of person-hours, spanning some 1,800 plan items, stories, and tasks across the entire ELM product portfolio. With the general availability release of ELM 7.0, we’ve also […]

What’s new in Rhapsody Model Manager 7.0 and Rhapsody 9.0

The rising complexity of the products and systems being developed globally is driving engineering teams to seek effective model-based engineering practices, including model-based systems engineering (MBSE). Rising compliance demands such as ISO-26262/ASPICE in automotive and DO-178 C and ARP 4754 for aerospace and defense are driving the need for rigorous change management and lifecycle traceability. […]

What’s New in IBM Engineering Workflow Management v7.0

We’ve made a lot of progress on some key themes such as usability, enterprise agile, and support for complex regulated development at scale in the v7.0 EWM release.  I’ll cover some of the high level enhancements related to those themes. UX Modernization in EWM UX modernization is all about user experience redesign and usability improvements. […]

What’s new in IBM Engineering Requirements Management – DOORS Next 7.0

In case you missed last year’s announcement, IBM Engineering Requirements Management – DOORS Next (DOORS Next) is the new name for IBM Rational DOORS Next Generation (RDNG or DNG). For more details, please see: Renaming the IBM Continuous Engineering Portfolio. V7.0 implements this renaming as well as the modernization of the user interface look and […]

What’s new in IBM Engineering Test Management v7.0

In case you missed last year’s announcement, IBM Engineering Test Management (ETM) is the new name of IBM Rational Quality Manager (RQM). For more details, please see: Renaming the IBM Continuous Engineering Portfolio. And in the new v7.0 release, renaming will be implemented as well as the modernization of the user interface look and feel. […]

ENI: Compare Dependency Analysis and Impact Analysis Diagram

IBM® Engineering Lifecycle Optimization – Engineering Insights (ENI) provides the following two ways to trace the links and visualize the impact of change between the related artifacts. Dependency analysis (DA) Impact analysis diagram (IAD) In this blog, we will compare the characteristics of Dependency Analysis and Impact analysis diagram to know when to use one […]

Insights and scale: Redefining Enterprise Lifecycle Management solutions

New AI and compliance offering from IBM further enhance the industry-leading ELM solution Engineering a car is challenging. Engineering a safe autonomous car is exponentially more difficult. As products become more connected, engineering becomes more complex. For example, medical devices now have millions of lines of embedded software code. Aircraft manufacturers need to comply with […]

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