This document discusses integrating ALM (Application Lifecycle Management) and PLM (Product Lifecycle Management) systems through business process management. It outlines key capabilities like process integration to manage hardware and software requirements together. Connecting ALM-PLM involves data exchange and workflows to map software tests to hardware and integrate change/defect processes. Benefits include increased revenues, cost savings, faster time to market, and end-to-end traceability across development phases from design to manufacturing.

1. ALM-PLM Integration with
Business Process Management
Peter Haller
20 Jan 2016

2. 2
Agenda
1. ALM and PLM introduction
2. Key capabilities of integration
3. Connecting ALM-PLM
4. Benefits of an integrated solution
5. Q&A

3. 3
Intland Software
Webinar info
• Demonstration will be followed by a
Q&A session
• Webinar recording will be available
at http://intland.com/webinars/
• Sign up for our upcoming webinars:
27 Jan 2016 – How to Achieve Gapless
End-to-End Traceability in Hardware
and Software Development?

4. 4
o Founded in 1998
o Headquarters in Stuttgart, Germany
o Office in Silicon Valley, CA, USA
o Partners Lufthansa Industry Solutions, and resellers
in Korea & Taiwan
o codeBeamer ALM components:
• Requirements Management
• Software Development Management
• QA & Test Management
• Demand Management
• IT Operations (DevOps)
o
Introduction
Intland Software
© 2008–2014 Scaled Agile, Inc. and Leffingwell, LLC. All rights reserved.
Used with the written permission of Scaled Agile, Inc.

5. 5
Our Clients
Automotive
High Technology
Defense
Finance
Medical
Other

6. 6
ALM-PLM Integration with Business Process Management
ALM and PLM introduction
• Requirements Management
• QA and Test Management
• Demand Management
• Change and Configuration Management
• Build and Release Management
• Variant Management
• Audits, Metrics and Reporting
• DevOps
• BOM Management
• Computer aided design (CAD)
• Collaboration
• Change Management
• Document Management
• System Engineering and Development
• Compliance
ALM PLM

7. 7
ALM-PLM Integration with Business Process Management
Non-integrated approach
• Add costs and risks to product development
• Difficult to track separated processes
• Lead to delay in overall product development and
release

8. 8
ALM-PLM Integration with Business Process Management
Key capabilities of integration
• Process integration
• To manage Hardware and integrate Software requirements
• Manage SW and HW BOM
• Consistent defect and change management
• Tool independent integration
ALM PLM

9. 9
ALM-PLM Integration with Business Process Management
Connecting ALM-PLM
ALM PLM
Data exchange
Workflow Workflow
• Software Requirements Management
• Map Software Unit, Integration Tests and
results
• Integrated Change and Defect processes
• Integrate Software Modules
• Integrate Software Requirements
• Manage BOMs
• Test Result integration

10. 10
ALM-PLM Integration with Business Process Management
codeBeamer Process Support

11. 11
ALM-PLM Integration with Business Process Management
Integrated development processes (XLM)
DESIGN
PHASE
TESTING &
RELEASE
DEVELOPMENT
VALIDATION
DEVOPS
RELEASE STEAM
INTEGRATION &
TESTING
HW REQUIREMENTS
SW REQUIREMENTS
ARCHITECTURE
DEMAND
MANAGEMENT
SOFTWARE
ELECTRICAL
MECHANICAL
MANUFACTURING
SERVICE
Verification
Validation
ALM-PLM
integration
ALM-PLM integration
• HW and SW Test Plan
ALM-PLM integration
• Defect and Change
management

12. 12
Benefits of an integrated solution
ALM-PLM Integration with Business Process Management
Increased Revenues Transparency across all assets
Cost savings Accurately link firmware with hardware
Faster time to Market End-to-end traceability
Increased ROI
Support maintenance, repair &
Operations (MRO)

13. Thank you for your attention!
Any questions?
sales@intland.com