Quantum-safe Digital infrastructures: Challenges and Solutions for Governance from edX

As quantum computing advances, traditional cryptographic systems face increasing vulnerabilities. How can we govern the transition to quantum safe digital infrastructures? This course provides a comprehensive introduction to the challenges and solutions for governance of the transition to quantum-safe digital infrastructures. Participants will be equipped with the knowledge and tools needed to navigate the transition toward secure digital infrastructures.

Participants will explore the fundamental principles of quantum computing and its implications for cryptographic security. The course addresses the key governance challenges posed by quantum threats, including the fragmentation of stakeholders, societal risks, and the lack of clear transition frameworks. Through a blend of theoretical insights and practical applications, learners will develop strategies to safeguard data in a post-quantum world.

A core focus of this course is the development of robust policies and institutional frameworks to manage the transition. Participants will engage with solution-driven approaches, including:

A societal risk assessment model to evaluate quantum-related threats.
A set of governance mechanisms to coordinate stakeholders effectively.
A stages-of-growth model to guide organizations through the quantum-safe transformation.

Designed for cybersecurity professionals, policymakers, and technology leaders, this course offers critical insights into quantum resilience, ensuring learners are prepared to lead the shift to quantum-safe cryptographic standards.

Additionally, this course draws from cutting-edge research conducted in the Netherlands through HAPKIDO (Hybrid Approach for quantum-safe Public Key Infrastructure Development for Organizations). This five-year initiative is dedicated to developing a structured roadmap for transitioning to quantum-safe Public Key Infrastructures (PKIs). Inspired by the Korean martial art Hapkido, which blends long-range and close-range techniques for adaptability, the project mirrors this philosophy in developing secure cryptographic infrastructures.

What's inside

Learning objectives

After completing this course, learners will be able to:
Apply the hapkido societal risk assessment method to identify and evaluate the risks quantum computing poses to digital security.
Analyze sector-specific risks in banking, government, and telecoms, illustrating the potential impact of quantum threats.

Examine challenges to governance in quantum-safe transitions, addressing uncertainties, stakeholder coordination, and policy development.
Evaluate different governance mechanisms and their effectiveness in facilitating a secure and coordinated quantum transition.
Utilize the stage model for guiding organizations through the quantum-safe transition, from awareness to full implementation.

After completing this course, learners will be able to:
Apply the hapkido societal risk assessment method to identify and evaluate the risks quantum computing poses to digital security.
Analyze sector-specific risks in banking, government, and telecoms, illustrating the potential impact of quantum threats.
Examine challenges to governance in quantum-safe transitions, addressing uncertainties, stakeholder coordination, and policy development.
Evaluate different governance mechanisms and their effectiveness in facilitating a secure and coordinated quantum transition.
Utilize the stage model for guiding organizations through the quantum-safe transition, from awareness to full implementation.

Syllabus

Week 1:

The societal impact of quantum computing - Introduction

The societal impact of quantum computing - a Societal Risk Assessment Method

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Offers insights into quantum resilience, which prepares learners to lead the shift to quantum-safe cryptographic standards

Draws from research conducted in the Netherlands through HAPKIDO, which is dedicated to developing a roadmap for transitioning to quantum-safe PKIs

Explores the fundamental principles of quantum computing and its implications for cryptographic security, which is essential for understanding future threats

Examines challenges to governance in quantum-safe transitions, addressing uncertainties, stakeholder coordination, and policy development, which are crucial for effective implementation

Analyzes sector-specific risks in Banking, Government, and Telecoms, illustrating the potential impact of quantum threats, which is useful for risk management

Requires learners to apply the HAPKIDO societal risk assessment method to identify and evaluate the risks quantum computing poses to digital security

Reviews summary

Quantum-safe governance: challenges and solutions

According to learners, this course offers a valuable introduction to the complex challenges of transitioning to quantum-safe digital infrastructures. Students highlight the course's focus on governance and societal risks, deeming it highly relevant for policymakers and industry leaders. The content is generally found to be clear and well-structured, covering fundamental concepts effectively. Some students mention the societal risk assessment method and stage models as particularly useful tools. While the course provides a strong theoretical foundation, a few reviewers suggest it could benefit from more practical examples or in-depth technical detail for those with a deeper technical background. Overall, it is seen as a positive and timely resource for understanding the non-technical aspects of quantum security.

Best suited for policy/management roles.

"This course is more suited for policymakers and managers than deeply technical cybersecurity engineers."

"Perfect for understanding the strategic and governance implications, less so for the 'how-to' technical implementation."

"As someone with a strong technical background, some parts felt a bit introductory, but the governance focus was new."

"Clearly aimed at those who need to understand the 'why' and 'how to manage' the transition, not the low-level crypto."

Guidance for organizational transition.

"The stage models for guiding organizations through the transition are very practical."

"Found the organizational readiness assessment tool helpful for thinking about implementation steps."

"The phased approach presented offers a clear roadmap."

HAPKIDO method is a useful takeaway.

"The HAPKIDO societal risk assessment method was a key highlight and very useful tool presented."

"I plan to apply the risk assessment framework from the course in my own work."

"Gained a practical method for evaluating quantum-related threats."

"The risk assessment part was especially insightful, offering a structured approach."

Provides a solid understanding of core concepts.

"Offers a clear and concise overview of the challenges and potential solutions."

"The course is well-structured and easy to follow, even for those new to the topic."

"It does a good job explaining complex ideas around quantum threats and governance basics."

"Found the introductory modules particularly helpful in framing the problem space."

"A solid foundational course covering the essentials needed to understand the topic."

Content directly applicable to current professional needs.

"Extremely relevant course given the growing threat of quantum computing to current security systems."

"The content directly addresses challenges I face as a policymaker in digital infrastructure."

"This course is timely and provides critical insights for industry leaders preparing for the future."

"Learned practical strategies to discuss quantum risks within my organization."

"Very relevant for anyone involved in cybersecurity strategy or infrastructure planning."

Emphasis on policy, risk, and coordination.

"The course provided valuable insights on the policy and governance challenges of quantum security, which isn't often the focus."

"It's good to see a course focusing on the non-technical, governance side of the quantum threat."

"I appreciated the emphasis on stakeholder coordination and policy development in the transition."

"This course is perfect for understanding the governance layer rather than just the crypto."

"The governance mechanisms discussed are highly relevant for my work in policy."

Less detailed on cryptographic or technical specifics.

"While governance focus is great, I wished for slightly more technical depth on the crypto side."

"Could use more examples of specific quantum-safe algorithms or implementation challenges."

"If you're looking for deep technical crypto details, this course is not it."

"The technical aspects are briefly touched upon, but the focus is clearly elsewhere."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Quantum-safe Digital infrastructures: Challenges and Solutions for Governance with these activities:

Review Public Key Infrastructure (PKI) Fundamentals

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Strengthen your understanding of PKI concepts to better grasp the vulnerabilities and transition challenges discussed in the course.

Browse courses on Public Key Infrastructure

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Review the basics of asymmetric cryptography.
Study the components of a PKI system.
Understand the role of Certificate Authorities.

Read 'Understanding Cryptography' by Christof Paar and Jan Pelzl

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Reinforce your understanding of the underlying cryptographic principles that are threatened by quantum computing.

View Understanding Cryptography on Amazon

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Review symmetric and asymmetric encryption.
Study hash functions and digital signatures.
Understand key exchange protocols.

Read 'Post-Quantum Cryptography' by Daniel J. Bernstein et al.

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Gain a deeper understanding of the cryptographic algorithms that are being developed to resist quantum attacks.

View Digital Whoness: Identity, Privacy and Freedom... on Amazon

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Familiarize yourself with lattice-based cryptography.
Study code-based cryptography.
Understand multivariate cryptography.

Four other activities

Expand to see all activities and additional details

Show all seven activities

Create a presentation on sector-specific quantum risks

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Deepen your understanding of the specific risks faced by different sectors (Banking, Government, Telecoms) by creating a presentation that highlights these risks and potential mitigation strategies.

Show steps

Research quantum risks in a specific sector.
Prepare presentation slides.
Practice the presentation.

Write a blog post on quantum risk assessment

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Solidify your understanding of the HAPKIDO societal risk assessment method by explaining it in a clear and concise manner for a broader audience.

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Research the HAPKIDO risk assessment method.
Outline the key steps of the method.
Write a draft blog post.
Edit and publish the blog post.

Develop a Quantum-Safe Transition Plan for a Hypothetical Organization

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Apply the course's stage model and governance mechanisms to create a practical plan for an organization to transition to quantum-safe infrastructure.

Show steps

Choose a hypothetical organization and sector.
Assess the organization's current cryptographic posture.
Develop a phased transition plan using the stage model.
Identify appropriate governance mechanisms.

Follow online tutorials on post-quantum cryptography libraries

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Gain practical experience with post-quantum cryptography by working through tutorials that demonstrate how to use PQC libraries.

Show steps

Find tutorials on libraries like Open Quantum Safe.
Follow the tutorials to implement basic PQC algorithms.
Experiment with different parameters and settings.

Career center

Learners who complete Quantum-safe Digital infrastructures: Challenges and Solutions for Governance will develop knowledge and skills that may be useful to these careers:

Cybersecurity Policy Analyst

A Cybersecurity Policy Analyst develops and implements policies to protect an organization's digital assets from cyber threats, including those posed by quantum computing. This role involves analyzing risks, developing security standards, and ensuring compliance with regulations. This course helps a Cybersecurity Policy Analyst by providing a deep understanding of the risks associated with quantum computing and the governance mechanisms needed to mitigate these risks. Specifically, the societal risk assessment model taught helps to evaluate quantum-related threats while lessons on governance mechanisms help to coordinate stakeholders effectively. Anyone wishing to become a Cybersecurity Policy Analyst should take this course to better understand the challenges of transitioning to quantum-safe digital infrastructures.

See salaries and explore the career path for Cybersecurity Policy Analyst

Information Security Manager

An Information Security Manager is responsible for overseeing an organization's information security strategy, ensuring that data and systems are protected from unauthorized access and cyber threats. This role includes risk assessment, policy development, and incident response. This course directly benefits the Information Security Manager by establishing a firm understanding of quantum computing's impact on cryptographic security. This course helps build strategies to safeguard data in a post-quantum world. Learning about governance mechanisms and transition frameworks helps navigate the shift to quantum-safe cryptographic standards.

See salaries and explore the career path for Information Security Manager

Risk Management Consultant

A Risk Management Consultant advises organizations on identifying, assessing, and mitigating risks across various domains, including cybersecurity and technology. This involves developing risk management frameworks, conducting risk assessments, and recommending strategies to minimize potential losses. This course provides a significant advantage to a Risk Management Consultant by providing specific tools, such as the societal risk assessment model, to evaluate quantum-related risks. The course's focus on governance mechanisms and transition frameworks also equips consultants to guide organizations through quantum-safe transformations. For those seeking to excel as a Risk Management Consultant, this course provides essential insights into quantum resilience.

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Cryptographer

A Cryptographer designs and implements algorithms for secure communication and data protection. Cryptographers also research vulnerabilities in existing cryptographic systems and develop new methods to enhance security. This course provides a foundation in understanding the vulnerabilities of current cryptographic systems against quantum computing attacks and helps Cryptographers by introducing strategies for quantum-safe transitions. The course's exploration of the HAPKIDO project and its roadmap for transitioning to quantum-safe PKIs is directly relevant to the work of a Cryptographer.

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Data Governance Manager

A Data Governance Manager is responsible for establishing and enforcing policies and procedures to ensure the integrity, security, and availability of data within an organization. This role involves developing data governance frameworks, managing data quality, and ensuring compliance with data privacy regulations. This course may be useful to a Data Governance Manager due to its emphasis on governance mechanisms and transition frameworks. Because it addresses the key governance challenges posed by quantum threats, including the fragmentation of stakeholders, it prepares the individual to create effective strategies.

See salaries and explore the career path for Data Governance Manager

Chief Information Security Officer

A Chief Information Security Officer is a senior executive responsible for an organization's information security strategy and policies. This role involves overseeing the implementation of security measures, managing security risks, and ensuring compliance with data protection regulations. This course may be helpful to a Chief Information Security Officer. It provides critical insights into quantum resilience, ensuring the CISO is prepared to lead the shift to quantum-safe cryptographic standards. The stage model included in the course helps in guiding organizations through the quantum-safe transition.

See salaries and explore the career path for Chief Information Security Officer

IT Security Architect

An IT Security Architect designs and implements secure IT systems and networks. This involves assessing security requirements, developing security architectures, and ensuring that systems are protected against cyber threats. The knowledge of quantum computing's impact on cryptographic security gained from this course can help an IT Security Architect in designing secure systems. This course helps an IT Security Architect by building strategies to safeguard data in a post-quantum world. This enables Architects to navigate the shift to quantum-safe cryptographic standards effectively.

See salaries and explore the career path for IT Security Architect

Network Security Engineer

A Network Security Engineer is responsible for securing an organization's network infrastructure. This role involves implementing firewalls, intrusion detection systems, and other security measures to protect against cyber attacks. This course may be useful to a Network Security Engineer as it equips them with knowledge regarding the transition to quantum-safe digital infrastructures and helps to navigate the shift to quantum-safe cryptographic standards. The course's emphasis on understanding the vulnerabilities of Public Key Infrastructures is particularly valuable.

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Security Consultant

A Security Consultant advises organizations on improving their security posture. This involves assessing security risks, recommending security solutions, and assisting with the implementation of security measures. This course may be helpful to a Security Consultant as it helps to evaluate quantum-related threats and to coordinate stakeholders effectively. With the strategies to safeguard data in a post-quantum world, this course prepares Security Consultants to lead the shift to quantum-safe cryptographic standards.

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Policy Advisor

A Policy Advisor develops and recommends policies on a variety of issues, often within government or regulatory bodies. This role involves researching policy options, drafting policy documents, and advising decision-makers on the implications of different policy choices. This course may be useful for a Policy Advisor focused on technology or cybersecurity policy, providing insights into the challenges of transitioning to quantum-safe digital infrastructures. The course’s focus on governance mechanisms and policy development is particularly relevant.

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Compliance Officer

A Compliance Officer ensures that an organization adheres to relevant laws, regulations, and internal policies. This involves monitoring compliance, conducting audits, and implementing procedures to prevent violations. This course may be useful for a Compliance Officer in industries dealing with sensitive data, as it helps understand the implications of quantum computing on cryptographic security and the need for quantum-safe standards. The knowledge of governance mechanisms for quantum readiness is valuable.

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Systems Administrator

A Systems Administrator is responsible for the maintenance, configuration, and reliable operation of computer systems and servers. This involves installing and upgrading hardware and software, troubleshooting issues, and ensuring system security. This course may be useful for a Systems Administrator, particularly in understanding the broader context of securing digital infrastructures against emerging threats like quantum computing. While the course might not directly address day-to-day tasks, it can inform decisions related to security upgrades and system hardening.

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Project Manager

A Project Manager plans, executes, and closes specific projects, ensuring that they are completed on time, within budget, and according to specifications. This role involves defining project scope, managing resources, and coordinating team members. This course will not be useful for a Project Manager unless the projects they manage are related to cybersecurity or infrastructure upgrades. For a Project Manager dealing with implementing quantum-safe technologies, the course’s stage model would be valuable for planning the transition.

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Business Analyst

A Business Analyst analyzes an organization's business processes and systems to identify areas for improvement. This involves gathering requirements, documenting processes, and recommending solutions to enhance efficiency and effectiveness. This course will not be useful for a Business Analyst unless they are working on projects related to cybersecurity or technology infrastructure. Learning about risk assessment and governance mechanisms could be helpful in specific projects related to digital transformation.

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Technical Writer

A Technical Writer creates technical documentation, such as user manuals, reports, and white papers, to explain complex technical information clearly and concisely. This course may be useful for a Technical Writer in the cybersecurity or technology field, providing background knowledge on quantum computing and its implications for digital security. They can then produce documentation that is more precise and easier for readers to understand. The course’s detailed approach to governance and risk assessment could also inspire the creation of more detailed and effective documentation.

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Reading list

We've selected two books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Quantum-safe Digital infrastructures: Challenges and Solutions for Governance.

Digital Whoness

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Provides a comprehensive overview of post-quantum cryptography, covering various algorithms and their implementations. It valuable resource for understanding the technical details of quantum-resistant cryptographic methods. This book adds depth to the course by providing detailed explanations of the algorithms discussed. It is commonly used as a reference by researchers and practitioners in the field.

Digital Whoness: Identity, Privacy and Freedom in...

Hardcover

$$$$

Understanding Cryptography

Save

Provides a clear and accessible introduction to modern cryptography. It covers the fundamental concepts and algorithms used in cryptographic systems. This book is helpful in providing background knowledge for those new to cryptography. It is commonly used as a textbook at academic institutions.

Understanding Cryptography

Paperback

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Understanding Cryptography

Kindle Edition

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