• Next meeting: GBM #17

  Apr 19, 2024

  The next SySTEAM general body meeting (GBM) will be held on Thursday, September 12, 2024, at 10AM Eastern.

• Test

  Mar 24, 2024

• INCOSE Certification Cohort

  Mar 23, 2024

• Introduction to CSRM

  Oct 27, 2023

  test post

• Does my reference have to be a SEP?

  May 26, 2023

  References must know what SE is, but they don't have to be systems engineers.

INCOSE Canada: Cybersecurity by Design

Jun 15, 2023 12:00 PM - 1:30 PM Eastern Standard Time

Meeting Title: Cybersecurity by Design
Speaker(s): Bob Hruška & Christoph Schmittner
Date: Thursday,15 June 2023
Venue: via Zoom
Time:  12:00 PM - 1:30 PM Canada Eastern Time

Registration required: http://events.r20.constantcontact.com/register/event?oeidk=a07ejsqikfi3c1dffdf&llr=o9cmcd9ab

Meeting Description:
Cybersecurity by Design: holistic development of secure systems in the automotive and industry field. Cyber Threats stem from 4 problem areas: the complexity of systems as IoT presents to us, the vulnerability of systems due to software inconsistencies, the know-how of attackers and the tools to do so. The sticking point becomes apparent in the development process of systems. But here, security considerations follow most often at the end of the process, which also leads to insufficient documentation.

Threat Modeling+: The methodology to develop secure systems, in compliance with standards and regulation.

Insufficient documentation contradicts industry-specific standards and norms. For example, the Industrial Security Standard (IEC62443) is worth mentioning, as is ISO/SAE-214343, which makes risk analysis and system design equally mandatory. In the future, the Cyber Resilience Act will mandate such an approach for all digital systems.

The approach of "Cybersecurity by Design" with its implementation in Threat Modeling has existed for some time. The aim here is to identify potential threats in the system model based on a threat model. The AIT Austrian Institute of Technology has further developed this modeling method with artificial intelligence and industry-specific threat catalogs under the name "ThreatGet".

Speaker(s):

Bob Hruška (formally known as Bohumil) is an OMG Certified UML® Professional™ with over twenty years of experience in software and systems engineering, contributing to an institutionalization of cybersecurity as a part of a system development lifecycle (SDLC). He has played various roles in several sectors delivering solutions that provide real value for customers. Bob is also experienced in the Capability Maturity Model Integration (CMMI) appraisal journey and with development of the New Product Introduction (NPI) process.

Christoph Schmittner (MSc) leads a team for Safety and Security Engineering at the AIT Austrian Institute of Technology with the main field safety and security in the automotive and industrial sector. He is a member of numerous committees such as the Austrian mirror committees for ISO/TC 22 Road vehicles and a designated expert in the corresponding international standardization groups such as TC65/AHG2 "Reliability of Automation Devices and Systems" as well as project leader for the development of ISO PAS 5112 "Road vehicles - Guidelines for Auditing Cybersecurity Engineering".

INCOSE Canada: Cybersecurity by Design

Jun 15, 2023 12:00 PM - 1:30 PM Eastern Standard Time

Meeting Title: Cybersecurity by Design
Speaker(s): Bob Hruška & Christoph Schmittner
Date: Thursday,15 June 2023
Venue: via Zoom
Time:  12:00 PM - 1:30 PM Canada Eastern Time

Registration required: http://events.r20.constantcontact.com/register/event?oeidk=a07ejsqikfi3c1dffdf&llr=o9cmcd9ab

Meeting Description:
Cybersecurity by Design: holistic development of secure systems in the automotive and industry field. Cyber Threats stem from 4 problem areas: the complexity of systems as IoT presents to us, the vulnerability of systems due to software inconsistencies, the know-how of attackers and the tools to do so. The sticking point becomes apparent in the development process of systems. But here, security considerations follow most often at the end of the process, which also leads to insufficient documentation.

Threat Modeling+: The methodology to develop secure systems, in compliance with standards and regulation.

Insufficient documentation contradicts industry-specific standards and norms. For example, the Industrial Security Standard (IEC62443) is worth mentioning, as is ISO/SAE-214343, which makes risk analysis and system design equally mandatory. In the future, the Cyber Resilience Act will mandate such an approach for all digital systems.

The approach of "Cybersecurity by Design" with its implementation in Threat Modeling has existed for some time. The aim here is to identify potential threats in the system model based on a threat model. The AIT Austrian Institute of Technology has further developed this modeling method with artificial intelligence and industry-specific threat catalogs under the name "ThreatGet".

Speaker(s):

Bob Hruška (formally known as Bohumil) is an OMG Certified UML® Professional™ with over twenty years of experience in software and systems engineering, contributing to an institutionalization of cybersecurity as a part of a system development lifecycle (SDLC). He has played various roles in several sectors delivering solutions that provide real value for customers. Bob is also experienced in the Capability Maturity Model Integration (CMMI) appraisal journey and with development of the New Product Introduction (NPI) process.

Christoph Schmittner (MSc) leads a team for Safety and Security Engineering at the AIT Austrian Institute of Technology with the main field safety and security in the automotive and industrial sector. He is a member of numerous committees such as the Austrian mirror committees for ISO/TC 22 Road vehicles and a designated expert in the corresponding international standardization groups such as TC65/AHG2 "Reliability of Automation Devices and Systems" as well as project leader for the development of ISO PAS 5112 "Road vehicles - Guidelines for Auditing Cybersecurity Engineering".

INCOSE Canada: Cybersecurity by Design

15 June, 2023, 9 AM-10 30 AM

Meeting Title: Cybersecurity by Design
Speaker(s): Bob Hruška & Christoph Schmittner
Date: Thursday,15 June 2023
Venue: via Zoom
Time:  12:00 PM - 1:30 PM Canada Eastern Time

Registration required: http://events.r20.constantcontact.com/register/event?oeidk=a07ejsqikfi3c1dffdf&llr=o9cmcd9ab

Meeting Description:
Cybersecurity by Design: holistic development of secure systems in the automotive and industry field. Cyber Threats stem from 4 problem areas: the complexity of systems as IoT presents to us, the vulnerability of systems due to software inconsistencies, the know-how of attackers and the tools to do so. The sticking point becomes apparent in the development process of systems. But here, security considerations follow most often at the end of the process, which also leads to insufficient documentation.

Threat Modeling+: The methodology to develop secure systems, in compliance with standards and regulation.

Insufficient documentation contradicts industry-specific standards and norms. For example, the Industrial Security Standard (IEC62443) is worth mentioning, as is ISO/SAE-214343, which makes risk analysis and system design equally mandatory. In the future, the Cyber Resilience Act will mandate such an approach for all digital systems.

The approach of "Cybersecurity by Design" with its implementation in Threat Modeling has existed for some time. The aim here is to identify potential threats in the system model based on a threat model. The AIT Austrian Institute of Technology has further developed this modeling method with artificial intelligence and industry-specific threat catalogs under the name "ThreatGet".

Speaker(s):

Bob Hruška (formally known as Bohumil) is an OMG Certified UML® Professional™ with over twenty years of experience in software and systems engineering, contributing to an institutionalization of cybersecurity as a part of a system development lifecycle (SDLC). He has played various roles in several sectors delivering solutions that provide real value for customers. Bob is also experienced in the Capability Maturity Model Integration (CMMI) appraisal journey and with development of the New Product Introduction (NPI) process.

Christoph Schmittner (MSc) leads a team for Safety and Security Engineering at the AIT Austrian Institute of Technology with the main field safety and security in the automotive and industrial sector. He is a member of numerous committees such as the Austrian mirror committees for ISO/TC 22 Road vehicles and a designated expert in the corresponding international standardization groups such as TC65/AHG2 "Reliability of Automation Devices and Systems" as well as project leader for the development of ISO PAS 5112 "Road vehicles - Guidelines for Auditing Cybersecurity Engineering".

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