TWOJA PRZEGLĄDARKA JEST NIEAKTUALNA.
Wykryliśmy, że używasz nieaktualnej przeglądarki, przez co nasz serwis może dla Ciebie działać niepoprawnie. Zalecamy aktualizację lub przejście na inną przeglądarkę.
Zapraszamy na wykłady w ramach programu Visiting Professor w projekcie "Cyberbezpieczeństwo dla gospodarki przyszłości".
Naszym gościem podczas najbliższych czterech spotkań będzie prof. Mohammad Hammoudeh z Manchester Metropolitan University.
Wykłady odbędą się w następujących terminach:
1. Piątek, 4 marca, godzina 13:30 - 17:30
2. Piątek, 11 marca, godzina 13:30 - 17:30
3. Piątek, 18 marca, godzina 13:30 - 17:30
4. Piątek, 25 marca, godzina 13:30 - 16:30
Dostęp do wykładów on-line poprzez poniższy link:
https://pwr-edu.zoom.us/j/94536341480?pwd=aUp0VmY3QVNjSUdnRTdURE9DRW9Jdz09
hasło: hR6f39
Serdecznie zapraszamy!
Poniżej znajdziecie Państwo kilka informacji na temat profesora prowadzącego oraz tematu spotkań.
Professor Mohammad Hammoudeh
I am a highly proficient, experienced, and professionally certified cybersecurity professional, specializing in critical national infrastructure threat
analysis and security management. I have been a researcher and publisher in the field of highly decentralised systems for more than a decade. My
research expertise is in the cybersecurity of the Internet of Things (IoT)/Cyber-physical Systems (CPS), blockchain, wireless communications and
cross-layered solutions to smart infrastructure. My research is applied in nature, and recently I have been investigating the topic of communication
and security of civil and military critical infrastructures to support various applications such as military/satellite communications, pharmaceutical
supply chain and power grid. More recently, I have been investigating the use of blockchain technology to provide various security solutions to
classical distributed systems problems. I am the founder and co-Editor in Chief of ACM’s journal on Distributed Ledger Technology: Research &
Practice. I am the co-founder of the first open-source smart city digital twin.
Classes
Title: Zero trust security for critical infrastructure applications, the case of blockchain
In this program, you will learn how to better protect your networks and distributed systems by adopting a zero trust approach to access control. The zero trust security model removes the assumed trust relationships by requiring that trust decisions are made at the time that access is requested - “never trust, always verify”.
The program begins with an introduction of the concept of access control and trust, before moving onto key principles of the zero trust model. Learners will understand the why zero trust promotes minimising trust relationships in distributed systems, and the tenets and models that have been proposed for zero trust. A practical approach on how to assess and implement zero trust will be presented. A number of practical case studies from a variety of sectors will be discussed.
Then, blockchain will be presented as one of the world’s most successful implementation of zero trust security architecture. An introduction to blockchain foundations, applications and challenges will be given. Learners will have the opportunity to build their own blockchain network and apply the key zero trust security principles.
The program learning outcomes are:
Describe the limitations of current security architectures and how these can be mitigated using the zero trust mode.
Describe zero trust security principles and benefits.
Implement and assess zero trust security in critical infrastructures.
Describe the foundations of blockchain, its operation and applications.
Discuss open research problems in blockchain including scalability and interoperability.
