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LIVE tABLETOP EXERCISE
UNCOVER THE HIDDEN
SUPPLY CHAIN RISKS
TO YOUR ORGANIZATION
SUPPLY CHAIN RISKS
TO YOUR ORGANIZATION
The semiconductor market's rapid expansion has led to intricate supply chains vulnerable to a myriad of security risks. Our tabletop exercise simulates these challenges, raising awareness and testing preparedness against potential attacks such as IP piracy, cloning, and sabotage.
Engage your team in an immersive, game-based learning environment to bolster your organization's defenses. Test the strength and resilience of your Cyber Material Assurance framework and review your policies and procedures.
Gain Insight
Awareness of supply-chain attacks on hardware
Stay Ahead
Identify countermeasures against real-world hardware cyber incidents
Assess Risk
Identify gaps in current company practices and guidelines
Educate
Enhanced understanding of supply chain security models
Solutions
Leverage technology for competitive advantage
Policies
Review and update existing policies and procedures
Led by
Sebastian Fischmeister
CEO & Co-Founder | Palitronica
Sebastian Fischmeister is known for his pioneering research at the intersection of software technology, distributed systems, and formal methods. With a background in computer science from the Vienna University of Technology and a Ph.D. from the University of Salzburg, Fischmeister has built a remarkable career that spans academia, applied research and industry application. A professional engineer, he currently serves as a Professor and NSERC/Magna Industrial Research Chair in Automotive Software for Connected and Automated Vehicles at the University of Waterloo, Canada as well as leading Palitronica; and innovative company providing cyber and quality assurance solutions for the Zero Trust Supply Chain.
His accolades include the prestigious Austrian APART stipend, the Ontario Early Researcher Award, and numerous best paper and tool awards. He is an ACM Distinguished Speaker, sharing his expertise on vital topics like system validation, security, and the performance evaluation of embedded systems. He works with SAE and MITRE working groups on standardization and guidelines for cyber assurance in electronics.
Content Breakdown
Scenario Introduction
Participants are briefed on teh background story setting the stage for the exercise.
Interactive Scenarios
Each group navigates through scenarios, with unexpected developments adding layers of complexity.
Post-Scenario Discussion
Facilitated dialogue encourages reflection on actions taken and their outcomes.
Lecture-Style Overview
Experts provide insights into each scenario's real-world parallels and emerging research.
General Review
The exercise culminates in a collaborative review session, solidifying the day's learnings.
Typical Schedule
Introduction
Overview of goals and learning outcomes.
Group Formation
Participants divide into Management, Engineering, Communications, and IT groups.
Exercise Playthrough
Four interactive scenarios unfold based on participant decisions.
Discussion and Lecture
Post scenario analysis and state-of-the-art cybersecurity insights.
Review
Conclude with a general discussion and review of teh exercise.
No prerequisites needed
Bring a readiness to engage and collaborate
Contact our team to learn more about our Tabletop Exercise.