Intland Software's Functional Safety Expert Szabolcs Agai presented this talk at MethodPark Process Insights USA 2020 about managing ASPICE and ISO 26262 compliance in automotive systems engineering using Application Lifecycle Management.

1. 14/10/2020
Automotive SPICE®
Level 3 and Beyond
with codeBeamer ALM

2. 2
• Founded in 1998, HQ in Stuttgart, Germany
• Active in safety-critical markets
for over 10 years
• Products and processes
certified by TÜV Nord and TÜV Süd
About
Intland Software

3. 3
Complexity
challenge
Ford Model T -> Purely mechanical
Most recent cars -> Highly electronic

4. 4
Simplifying complexity
Purpose-built layers of components
Components:
Mechanical
Hardware
Software
Others (Liquids, oils, glues, etc.)

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Final
Assembly
Light module
Cockpit Door system
Control unit Window
Radio unit Handles Cladding
Individual parts
Domain Domain HW Scope View
OEM Vehicle
OEM Tier 1 Subsystem
Tier 1 ECU
Tier 2 MCU
OEM
Suppliers
Distributing
complexity

6. 6
ASPICE
ISO 26262
Key standardization
To deliver
SAFE
and
QUALITY
electronics design

7. 7
Automotive SPICE
SYS.2
System Requirements Analysis
SYS.5
System Qualification Test
SYS.3
System Architectural Design
SYS.4
System Integration & Integration Test
SWE.1
Software Requirements Analysis
SWE.6
Software Qualification Test
SWE.2
Software Architectural Design
SWE.5
Software Integration & Integration Test
SWE.3
Software Detailed Design & Unit Construction
SWE.4
Software Unit Verification

8. 8
Automotive SPICE
1
2
3
4
5

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ASPICE
ISO 26262
Why ISO 26262?

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Safety and Quality
Errors are a fact of life –
they were alway with us,
and are here to stay.
Types of errors:
ASPICE
ISO 26262
Random Systematic

11. 11
Safety and Quality
ASPICE
ISO 26262
Random
errors
Systematic
errors
We can calculate,
estimate and plan failures
Control:
Safety Analysis
(DFMEA,PFMEA,FMEDA,
DFA, etc. - ISO 26262)
Systematic errors
(SW & HW Designs)
Probability is 100%,
failures can come anytime
Control:
Process control measures
(ASPICE, ISO 26262)

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Safety and Quality
ASPICE
ISO 26262
ASPICE
Processes
ISO 26262
Safety
approaches

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Safety and Quality
ISO
26262
ASPICE
How to design
for safety
How to design
to be safe and useful
How to design
if safety
is not a concern

14. 14
Safety and Quality – ADAS systems
Vienna Convention on Road Traffic 1968, AMD 2016
SAE J 3016-2018
Useful Safe
ISO 11270:2014 LKAS
ISO 15622:2018 ACC
ISO 17387:2008 LCDAS
Automotive SPICE
ISO 26262:2018
ISO/PAS 21448:2019
SOTIF
UL 4600:2020

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Why adhere to ASPICE and ISO 26262?
My customer
asked
I want to be more
profitable
I want
more
complex
projects
I want to deliver
products faster
I want less customer
complaints

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Tooling landscape for ASPICE and ISO 26262
Task Management
Document Sharing
Requirements Management
QMS
Documents
Management
Wiki
MS Word

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Tooling goals for ASPICE and ISO 26262
Enable transparency in design processes
Ensure digitalized development process control
Manage digitalized, intelligent work products
Enhance supplier integration
Automotive
tooling

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Tooling foundation for ASPICE and ISO 26262
Processes
Methods
Practices
Roles
Activities
Stages
Collaborative
workflows
Work products
Roles
Activities
Stages
Intelligent
design
contents

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Tooling foundation for ASPICE and ISO 26262
Process
Group
Process
Workflows
Process Definition
Work
Products
Roles RACI
Contents

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An example for ASPICE and ISO 26262 tooling
Workflows
Information Access Roles
Contents
ALM

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An example for ASPICE and ISO 26262 tooling
Pre-built
ALM
process template
Automotive ALM Template
for ASPICE and ISO26262
Custom tailoring • Additional and Custom Use Cases

22. 22
An example for ASPICE and ISO 26262 tooling
Workflows
Information Access Roles
Contents
ALM - Automotive Template
ASPICE/ISO 26262
Pre-configured ALM

23. 23
An example for ASPICE and ISO 26262 tooling

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ASPICE Level 3 and 3+
1
2
3
4
5

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ASPICE Level 3 and 3+
Process reference
Meta-model
Project 1 Project 2 Project 3 Project N...

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ASPICE Level 3 and 3+ - ALM support
Project 1 Project 2 Project 3 Project N...
Process reference
Meta-model
Improvement
1
Impr. 2 Impr. 1
Impr. 1
Impr. 2 Impr. 2
Impr. 1
Improvement
2

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Potential benefits of an ALM
Automotive
Template
Enable organizational learning by process
prototyping
Automate administrative tasks by digitalization
Increase value-added activities
Motivate engineers by focusing on engineering
excellence
Enhance product quality, reduce recalls, increase
customer satisfaction

28. 14/10/2020
Thank you!