In Part 3, we will look at what the future might hold for embedded programming languages and development tools. And, we will look at the future for software safety and security standards.

1. © 2019 Perforce Software, Inc.
Achieving Software Safety, Security, and Reliability
Part 3 – What does the Future Hold?

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Presenter
Richard Bellairs
Product Marketing Manager
Richard has 20+ years of experience across a wide range of
industries. He held electronics and software engineering positions in
the manufacturing, defense, and test and measurement industries in
the nineties and early noughties before moving to product
management and product marketing. He now champions Perforce’s
market-leading code quality management solution.

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Achieving Software Safety, Security, and Reliability
Common Industry
Challenges
1
Applying Lessons From the
Automotive Industry
2
What Does the
Future Hold?
3

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Here’s What We’ll Cover Today
1
2
3
Embedded Programming (Language) Trends
Advances in Software Development Tools
The Future for Safety and Security Standards
(What does the Future Hold?)

5. Embedded Programming Language Trends

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TIOBE Programming Community Inex
Source: www.tiobe.com

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8. 90%
of reported security
incidents result from exploits
against defects in the design
or code of software.
- The Software Engineering Institute (SEI)
70%
of security bugs are
memory safety issues.
- Microsoft

10. Advances in Software Development Tools

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TRENDS DEVELOPMENT TOOL CHANGES (CHALLENGES)
More safety-related functions controlled by software. Safety certification/pre-qualification.
Increasing connectivity exposing more security threats. Support for security standards.
Cloud-based and virtualized development environments. Support for VMs and containers (e.g. Docker).
Model driven development. Auto-generated code.
Multiple and geo-dispersed development teams. Shared output/collaboration features.
Continuous integration (CI) and continuous testing. Fast delivery of results.
Large scale systems. Multiple programming language support.
Parallel processing. Complex fault-finding.

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Development Methodologies
Requirements
Design
Implement
Test
Requirements
Design
Implement
Test
Requirements
Design
Implement
Test
Requirements
Design
Implement
Test

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Integrating Standards Compliance into the Process
Requirements
Functional
Non-Functional
Safety
Security
Quality
Test Verification
Requirements
Functional
Non-Functional
Test
Safety
Security
Quality
W A T E R F A L L
A P P R O A C H
A G I L E
A P P R O A C H

14. The Future for Safety and Security Standards

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Automotive
ISO 26262 2nd Edition ISO/PAS 21448 - SOTIF ISO/SAE 21434 - Cybersecurity

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Medical
Medical device software —
Software life cycle processes
Health software — Software
life cycle processes

18. Questions?