IBM-ELM -Imran-Hashmi.pptx

IBM Engineering Lifecycle Management - Streamline engineering complexity in regulated industries.

1. Streamline engineering complexity in regulated industries — Engineering Lifecycle Management Imran Hashmi Sales Leader – Americas IBM Engineering Hashmi.ca 416-788-9101 1

2. Businesses face enormous pressure to meet the pace of innovation in the era of the Internet of Things 2 Reporting Time to market Require- ments Collabo-ration Inno - vation Quality Costs Regula- tions Templates Products Integration Scalability Digitization Partnerships Interfaces Optimization

3. The solution: IBM Engineering Lifecycle Management Engineering products is more complex than ever The scale of product complexity Software drives everything Connectedness and AI are transforming how businesses and the world work Innovation must accelerate without compromising quality and safety, requiring a new level of sophistication Importance of industry standards for safety-critical systems Quantity & complexity of requirements Structure, size, adaptiveness, & resiliency of architectures Number, depth, and continuous testing Exponentially growing lines of code 3 Insightful engineering at enterprise scale

4. Systems-of-systems-of-systems…… Software related recalls >15M US Autos in 2019 (3.2x jump from 2009) News reports: 4.8M vehicles recalled for cruise control issue fixed via software update 1.25M trucks recalled for software malfunction of airbags +200K cars recalled for software malfunction of read camera 68K SUV’s recalled for software malfunction of anti-lock & collision detection 4 Companies already face the challenges of increasing complexity

5. 5 Companies already face the challenges of increasing complexity News reports: 57 Medical Devices Recalled and Reported to the FDA in 2021 alone Source: Link Medical Devices have caused 80,000 deaths over last decade for devices used for pain and other conditions Source : Link 99.33M devices recalled per quarter in 2018 through 1H2019 Over 18 months a total of 595.98M devices recalled which represents a 70.69% increase in average number of units recalled per quarter Source: Link 17% of recalls in 3Q2021 were software related….

6. News reports: CST-100 Starliner spaceship burns 25% of fuel before ground engineers could regain control , preventing space station docking because of software error At least three different software problems discovered in Boeing 737 during planes grounding $14B software upgrade for F-35 jets being installed even though it is immature, deficient, and insufficiently tested according to military’s testing office Software lines of code in aircraft is doubling about every four years 6 Companies already face the challenges of increasing complexity

7. Innovate with speed, quality and model-based verification while delivering mission/safety critical systems Meet regulatory, compliance, reporting & audit requirements ( eg DO-178B, ASPICE) Drive constant improvement with AGILE at scale, while dealing with increasing complexity across multi-tier value chains Collaborate across disciplines and distributed teams leveraging a single view of engineering truth Leverage previous work through reuse and variant management 7 What if your engineering teams could…

8. 8 IBM Engineering is one holistic solution The key concept is linking of data Publishing / Insights Plans & Work Items Requirements DOORS Next Systems Design / Architecture Rhapsody Systems Design Rhapsody Model Manager Reporting Service (JRS) Publishing (PUB) Engineering Insights (ENI) Test Assets Test Management (ETM) Engineering Workflow Management (EWM) Code & Documents Engineering Workflow Source Code Management (EWM SCM) ELM

9. IBM Engineering Lifecycle Management is the most comprehensive solution to work consistently across engineering domains 9 Engineering Requirements Management DOORS Next Capture and structure requirements; Version, get them approved, baseline and exchange Engineering Systems Design Rhapsody Model and execute software- and system architecture and behavior Engineering Test Management Plan, execute and automize tests. Manage plans, suites & environments Engineering Workflow Management Plan and assign tasks, manage code changes, track risks and reviews

10. Requirements Test Workflow System Design Engineering Lifecycle Management with AI IBM Engineering Requirements Management 10 DOORS Next Offering A single platform for managing requirements so your teams can work more effectively across disciplines, time zones and supply chains Benefits Collaboration Clarity across teams by establishing a single source of truth Traceability Connect requirements with tests, system architecture and your plan Change Management Understand impact of changes and track changes Transparency Customizable dashboards and reports for an easy overview Optimization Assess clarity and testability using pre-trained AI models

11. Requirements Test Workflow System Design Engineering Lifecycle Management with AI IBM Engineering Systems Design 11 Rhapsody Offering A structured and auditable approach to analyzing and elaborating requirements through prototypes, simulations, and verification of validated designs while facilitating improved productivity and quality. Benefits Time to value Generate code aligned to your architecture and requirements Quality Early validation of requirements, architecture, behavior via simulation and Model-based Systems Engineering (MBSE) Transparency Gain insights from visualizing and analyzing architecture Consistency Identify and avoid contradicting requirements Compliance Automated generation of documentation

12. Requirements Test Workflow System Design Engineering Lifecycle Management with AI IBM Engineering 12 Test Management Offering A collaborative and comprehensive test planning and test asset management platform to detect defects, leverage automation and reports on metrics, and manage testing process. Benefits Analysis Consider risks, priority, likelihood and impact of failures Compliance Manage regulatory requirements and maintain compliance audit readiness Prediction Assess and monitor risks to enable predictions aligned to requirements Quality Portray project quality objectives and exit criteria Automation Automate labor-intensive test planning, construction and execution tasks

13. Requirements Test Workflow System Design Engineering Lifecycle Management with AI IBM Engineering 13 Workflow Management Offering A single platform for managing processes, tasks, and people so your teams can work more effectively across disciplines, time zones and supply chains Benefits Flexibility Allow different teams to use agile methods while others use waterfall Control Understand progress and blockers of your project Collaboration Engage suppliers as part of the development process Transparency Keep track of multiple projects with customizable dashboards Quality Developers can test their code against latest baseline Audit Trail Track release content using plan items and change-sets Work item management Source code management

14. IBM Engineering 14 Publishing and Insights Offering Automates the generation of document-style reports across your ELM environment and third-party tools for formal reviews, contractual obligations, regulatory oversight, or ad hoc use. Insights helps visualize and analyze data across the product development lifecycle. Benefits Agility Dashboards product up to the minute status and project progression Useful Information Gain actionable insights from engineering data 3 rd Party Tools Data Collect data from non-IBM data sources through OSLC Easy Report Building Drag and drop data and reports from across Global Configurations Linked Data No disruption to current engineering environments Automated Documentation Reduce the cost of searching for data and producing documents required for internal or contractual or regulatory requirements Requirements Test Workflow System Design Engineering Lifecycle Management with AI

15. 15 IBM Engineering Lifecycle Management (ELM) Benefits Establishes single-source of truth and traceability offering higher product quality Automatically create system specifications, interface design documents, test cases, and track progress of work items to drive constant process improvement Continuous risk-based testing with prioritization, assessment, and automation improving product quality Enhance productivity and product quality by infusing AI throughout workflows Improved decision making through visualization, prototyping, simulation, and analysis Optimize engineering productivity through reuse and variant management Market Assessment System Requirements Customer Requirements System Design Implementation System Test System Verification &Validation Deploy or Release to Mfg Operations and Maintenance Embedded Software Development Mechanical Design Electrical / Electronics Design Integration & Validation Decomposition & Definition Requirements Test Workflow System Design Engineering Lifecycle Management with AI 1. Traceability across the lifecycle 2. Access to all engineering information 3. Collaboration across engineering disciplines Insightful engineering at enterprise scale

16. 16 IBM Engineering Lifecycle Management (ELM) Benefits (cont.) Fully integrated regulatory, compliance, process, reporting & audit to meet design plan and safety-critical requirements Address increasing engineering complexity enabling systems of systems design, geo-dispersed teams, growing multi-tiered value chains Enhanced enablement through integrated agile, SAFe , or custom processes to systems engineering practices Actively embrace open standards enhancing integration, enabling broad ecosystem, and individual customization Single point access to all engineering information Market Assessment System Requirements Customer Requirements System Design Implementation System Test System Verification &Validation Deploy or Release to Mfg Operations and Maintenance Embedded Software Development Mechanical Design Electrical / Electronics Design Integration & Validation Decomposition & Definition Requirements Test Workflow System Design Engineering Lifecycle Management with AI 1. Traceability across the lifecycle 2. Access to all engineering information 3. Collaboration across engineering disciplines Insightful engineering at enterprise scale

17. 17 Industry leaders are among our 3,000+ clients for IBM Engineering. 9 of the top 10 largest automotive companies 13 of the 15 top electronics OEMs 9 of the 10 medical device manufacturers 13 of the 15 largest Tier 1 automotive suppliers 9 of the 10 largest pharmaceutical companies 8 of the 10 semi-conductor companies 10 of the 10 major aerospace and defense companies 54 Government agencies in 54 countries

18. 18 IBM Engineering Lifecycle Management (ELM) References “We have to be convinced that the tool and the environment we are using for the future is strong enough to build a very high building on it… for 10,000-plus engineers.” Continental will “apply the full portfolio of IBM ELM.” ”… we are doing it with IBM ELM…. We are convinced this will lead to implementation of our strategy.” - Dr. Bernhard Rieger, Head of Processes, Methods, Tools Division Chassis & Safety, Continental AG “The number of customer functions are exploding…. We need systems engineering …. IBM is a close partner.” “The next phase is to lift text-based requirements engineering to model-based systems engineering… This is a game-changer…. We are doing this in close cooperation with IBM.” - Dr. Siegmar Haasis , CIO R&D, Mercedes-Benz

19. Case Study Air Force Institute of Technology-Poland ( Instytut Techniczny Wojsk Lotniczych ). 19 “Implementing an engineering project with a complexity level similar to AGS BattleLab would not be possible without IBM Engineering tools and an experienced business partner like SmarterProcess .” Krzysztof Wierzbicki Head of Test and Verification, Air Force Institute of Technology-Poland ( Instytut Techniczny Wojsk Lotniczych ) “These tools addressed the most important concepts required by DO-178 and DO-178 B and C, which are guidelines and objectives related to developing and certifying aviation software,” says Chrabski . “There were key quality management benefits right out of the box, because the IBM tools supported testing of the output and integrations.” The IBM platform also stored information about verification and results, as well as support for configuration management and change request processes for all the artifacts. Advantages

20. Kisaco Leadership Chart on Engineering Application Lifecycle Management Solutions 2020-21 Heat map analysis of participating vendor solution features KLC on engineering ALM solutions 2020-2021 IBM Engineering Lifecycle Management Strengths ▪ IBM continues its leadership position in ALM with its focus on engineering and highly regulated industries. The re-branding of the product suite with focus on engineering has helped position IBM. The digital transformation overtaking nearly every business has created a need for ALM in software-centric products, especially where compliance has added significant management burdens. IBM has ceased this opportunity admirably. ▪ IBM is leveraging its expertise in AI, drawing on the wealth of experience and technologies from the IBM Watson and Cognitive divisions. The first AI for ALM product to emerge is RQA and we can expect more AI based automation to help developers raise high quality in their practice. ▪ IBM ELM is designed for large scale enterprise and industrial development, supporting hundreds and thousands of developers across multiple teams and geographies. It is also open in how it plays and integrates with other products in the eco-system, making it easy to fit into existing environments and supply chains. © Kisaco Research. All rights reserved. Unauthorized reproduction prohibited. IBM Solution Position

21. 21 b Requirements Test Workflow System Design Engineering Lifecycle Management with AI Adopt the whole solution or start small by adopting one capability – for either Requirements, Systems & Software Architecture (Modelling), Workflow or Testing. Benefit from long-term, true enterprise support from a worldwide network of IBM experts and business partners 24/7 Get started today Get it on Premise or on cloud, users can access the solution using the web client of their choice.* *Rhapsody Systems Design and DOORS Family are thick clients

22. Case Study Mahindra and Mahindra 22 Realizing that disconnected development processes were hindering innovation, Mahindra & Mahindra revolutionized its management of the product development lifecycle, accelerating speed to market. IBM Engineering accelerated product innovation with streamlined, traceable systems and software engineering creating a Digital Engineering environment to meet the challenges of the auto industry undergoing tremendous change Engineering Workflow Management increased collaboration, improved efficiency of engineering teams with project visibility Configuration Management reduced time to market, increased quality, by allowing reuse of lifecycle artifacts Engineering Test Management empowers engineers to do full impact analysis instantly at zero cost with full traceability Impact

23. IBM Engineering Lifecycle Management enables management of variants & versions of all engineering data similar to source code 23 150% Design Consists of linked Requirements, Architecture, Test Cases and Code Project A A subset of the 150% Design for a specific customer project Milestone 1 A subset of Project A for delivery Reuse your changes across variants Branch, merge and baseline all engineering data v1.0 v1.1 v1.2 v1.3 v2.1 v2.0 v1.0 v1.1 v1.1 v1.0

24. Businesses face enormous pressure to meet the pace of innovation in the era of the complex engineering 24 Internet of Things connected sensors provide usage and performance data in context to improve design and engineering internet-connected things by 2025, outnumbering humans nearly 9-1 Design and engineering teams required to accelerate time to market; without compromising quality , safety and compliance Connectivity results in explosion of data to design personalized experiences of organizations cited customer experience as a competitive differentiator of CIO’s state their teams need to release software even faster 75B 71% 89%

25. Want to learn more, get started today….. 25 Key Resources: Read the ELM Whitepaper Jazz.net Previews Read the Kisaco Leadership Chart

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27. Questions? Imran Hashmi ELM Sales Leader – Americas IBM Engineering 416-788-9101 [email protected] 27