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Next-Gen Security

Mobile, IoT, and Cloud

Dr. Augusto Casas

Next-Gen Security: Mobile, IoT, and Cloud discusses security vulnerabilities and defenses for ubiquitous devices such as smartphones and Internet of Things (IoT) appliances. The course also introduces the Cloud, on which many of the services used by smartphones and IoT devices rely. Finally, the course introduces the concept of the Cloud and its vulnerabilities.

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What's inside

Learning objectives

The appropriate types of security tools for different types of wireless networks.
To identify known application attacks and how to protect from them.
Coding practices to develop secure applications.

Strategies to protect endpoint devices.
Common cloud vulnerabilities.

The appropriate types of security tools for different types of wireless networks.
To identify known application attacks and how to protect from them.
Coding practices to develop secure applications.
Strategies to protect endpoint devices.
Common cloud vulnerabilities.

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what should give you pause

and possible dealbreakers

Explores cloud vulnerabilities, which are increasingly relevant as organizations migrate their infrastructure and services to cloud environments

Covers coding practices to develop secure applications, which is essential for preventing vulnerabilities and protecting user data

Addresses strategies to protect endpoint devices, which is crucial for maintaining a strong security posture in today's threat landscape

Examines security tools for different types of wireless networks, which is helpful for designing and implementing secure wireless infrastructure

Identifies known application attacks and how to protect from them, which is vital for building robust and secure software systems

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Reviews summary

Comprehensive next-gen security overview

According to learners, this course provides a comprehensive overview of security across Mobile, IoT, and Cloud platforms. Many found it a useful introduction to the field, covering key vulnerabilities and defenses. While the course touches upon a wide range of topics, some students felt the depth was insufficient for certain areas, particularly given the rapid changes in security. The course is seen as a good starting point, but learners might need to seek additional resources for deeper understanding or the latest developments. Overall sentiment is largely favorable, though concerns about content staying up-to-date are noted by a portion of reviewers.

Provides useful, applicable knowledge

"I could immediately see how to apply some concepts to my work."

"The strategies for protecting endpoints were particularly helpful."

"Gave me practical ideas for improving app security."

Good starting point for new learners

"This was a great entry point into the complex world of next-gen security."

"I had limited background, and this course provided a solid foundation."

"Perfect for someone new to these specific security domains."

Covers Mobile, IoT, Cloud security

"It gave me a good overview of security issues across mobile, IoT, and cloud environments..."

"The course does a good job of introducing the security landscape for next-gen tech."

"Found the breadth of topics useful for understanding connections between platforms."

Lacks depth in specific areas

"While broad, I wished certain modules went into more technical detail."

"Felt like it only scratched the surface on some vulnerabilities."

"Could use more in-depth coverage on specific attack vectors or defenses."

Some content may be outdated

"Given how fast security changes, parts felt a bit behind the curve."

"Mentioned technologies that are less relevant today."

"An update incorporating recent threats and tools would be beneficial."

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 Next-Gen Security: Mobile, IoT, and Cloud with these activities:

Review Network Security Fundamentals

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Reinforce your understanding of network security concepts, which are foundational to understanding the vulnerabilities discussed in the course.

Browse courses on Network Security

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Review the OSI model and common network protocols.
Study common network attacks and defenses.
Practice identifying vulnerabilities in network configurations.

Review 'Security Engineering' by Ross Anderson

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Gain a broader understanding of security engineering principles to better contextualize the specific vulnerabilities discussed in the course.

View Security Engineering: A Guide to Building... on Amazon

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Read the chapters related to network and application security.
Take notes on key security principles and design patterns.
Reflect on how these principles apply to mobile, IoT, and cloud environments.

Practice Secure Coding Exercises

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Reinforce secure coding practices by completing exercises that expose common application attacks and defenses.

Browse courses on Secure Coding

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Find online resources that offer secure coding exercises (e.g., OWASP Juice Shop).
Complete exercises related to SQL injection, cross-site scripting (XSS), and other common vulnerabilities.
Analyze the code to understand how the vulnerabilities are exploited and how to prevent them.

Four other activities

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Secure a Raspberry Pi IoT Device

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Apply the course's security principles to a practical IoT device, reinforcing your understanding of endpoint security strategies.

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Set up a Raspberry Pi with a basic IoT application.
Identify potential security vulnerabilities in the device and application.
Implement security measures such as firewalls, intrusion detection, and secure coding practices.
Test the security of the device and document your findings.

Write a Blog Post on Cloud Vulnerabilities

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Solidify your understanding of cloud vulnerabilities by researching and explaining them in a clear and concise manner.

Browse courses on Cloud Security

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Research common cloud vulnerabilities such as misconfigurations, data breaches, and denial-of-service attacks.
Write a blog post explaining these vulnerabilities and how to mitigate them.
Include real-world examples and case studies.
Publish your blog post on a platform like Medium or LinkedIn.

Review 'The Art of Software Security Assessment' by Mark Dowd, John McDonald, Justin Schuh

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Learn advanced software security assessment techniques to identify vulnerabilities in mobile, IoT, and cloud applications.

View Art of Software Security Assessment, The:... on Amazon

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Read the chapters related to static and dynamic analysis.
Practice applying these techniques to sample applications.
Document your findings and recommendations.

Develop a Security Checklist for IoT Devices

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Synthesize your knowledge of IoT security by creating a practical checklist that can be used to secure IoT devices.

Browse courses on IoT Security

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Research common security vulnerabilities in IoT devices.
Develop a checklist of security measures to mitigate these vulnerabilities.
Organize the checklist into categories such as network security, device security, and application security.
Share your checklist with others and solicit feedback.

Career center

Learners who complete Next-Gen Security: Mobile, IoT, and Cloud will develop knowledge and skills that may be useful to these careers:

Cloud Security Engineer

A Cloud Security Engineer specializes in protecting cloud-based infrastructure and applications. This role involves designing and implementing security measures for cloud environments and identifying the types of vulnerabilities that are particular to such environments. The course is directly relevant for a Cloud Security Engineer because it introduces the concept of the Cloud and describes its vulnerabilities. The Cloud Security Engineer will use the knowledge of cloud vulnerabilities and strategies to protect endpoint devices that this course provides. A Cloud Security Engineer will use the course knowledge when creating secure cloud systems. This course may be especially useful because it focuses on cloud vulnerabilities in a way that many security courses do not.

See salaries and explore the career path for Cloud Security Engineer

Mobile Security Engineer

A Mobile Security Engineer focuses on securing mobile devices and applications. This position requires an understanding of mobile platforms, their vulnerabilities, and defense strategies. Because the course specifically discusses security vulnerabilities and defenses for smartphones, it is a great fit for a Mobile Security Engineer. A Mobile Security Engineer might look at the course material on protecting endpoint devices and coding practices to develop secure applications to guide their daily practice. The Mobile Security Engineer will find the course useful in creating secure mobile applications, in particular. This course will help provide the kind of knowledge they need to be successful.

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IoT Security Engineer

An Internet of Things Security Engineer is responsible for securing IoT devices and networks. This role involves identifying the unique vulnerabilities of IoT devices and implementing security measures to protect them. The course's discussion around security vulnerabilities and defenses for Internet of Things appliances is highly relevant to the work of an IoT Security Engineer. An IoT Security Engineer can apply the course's strategies to protect endpoint devices and will apply this knowledge when securing IoT devices on a network. The course focus on the unique challenges of IoT security make it an excellent choice of study for this role.

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Security Analyst

A Security Analyst is responsible for monitoring and protecting an organization's systems and data. This role involves identifying potential threats and implementing security measures. The course's focus on security vulnerabilities and defenses for smartphones, Internet of Things devices, and the Cloud is directly applicable to the work of a Security Analyst, who needs to understand these common points of weakness. A Security Analyst will find the course helpful in understanding common attack vectors and will be able to apply the strategies to protect endpoint devices to their daily work. The course may be useful in its discussion of cloud vulnerabilities which can compromise an organization's data.

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Application Security Engineer

An Application Security Engineer specializes in securing software applications. They identify vulnerabilities, implement security measures and help developers create secure code. The coding practices to develop secure applications, specifically addressed by this course, directly apply to the role of an Application Security Engineer. This engineer can apply the course's concepts about application attacks, and how to protect from them, to their job. The Application Security Engineer can use the course's strategies to protect endpoint devices to create secure endpoints. This course will be most helpful to create secure applications.

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Network Security Engineer

A Network Security Engineer is responsible for securing an organization's network infrastructure. This includes wireless, wired, and cloud networks. The course's discussion around the appropriate types of security tools for different kinds of wireless networks is directly relevant to the work of a Network Security Engineer. The Network Security Engineer may apply the course's strategies for protecting endpoint devices. In particular, the knowledge of different types of wireless networks and their vulnerabilities will help a Network Security Engineer. This course may be useful to anyone working with network infrastructure.

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Cybersecurity Consultant

A Cybersecurity Consultant advises organizations on how to improve their security posture. This includes assessing vulnerabilities and developing security plans. A Cybersecurity Consultant would greatly benefit from the course's introduction to security vulnerabilities for smartphones, IoT devices, and the Cloud. A consultant would also benefit from the course's discussion of strategies to protect endpoint devices and common cloud vulnerabilities. A Cybersecurity Consultant will use the knowledge of the course to create security plans. The breadth of topics, from mobile to cloud, make this course useful for a Cybersecurity Consultant.

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Information Security Analyst

An Information Security Analyst is responsible for protecting an organization's information assets. This role involves monitoring security systems and responding to incidents. This role would benefit greatly from the course's broad coverage of security vulnerabilities in ubiquitous devices as well as in the Cloud. An Information Security Analyst will find the course's discussion of endpoint protection and secure coding practices relevant to their work. The Information Security Analyst can use the course's strategies to protect endpoint devices. Because of the breadth of coverage, this course may be useful to an Information Security Analyst.

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Penetration Tester

A Penetration Tester simulates cyberattacks to identify vulnerabilities in systems. This role requires a deep understanding of security weaknesses and attack methods. The course's discussion of security vulnerabilities and common attack vectors on mobile, IoT, and cloud platforms is very relevant to the role of a Penetration Tester. A Penetration Tester may apply the course's knowledge of application attacks to find vulnerabilities in real world systems. The breadth of coverage in this course will be particularly helpful to the Penetration Tester.

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Security Architect

A Security Architect designs and implements security systems for an organization. This role requires a broad understanding of security principles and technologies, including those found in mobile, IoT, and cloud environments. The breadth of the course will be beneficial to a Security Architect. The course introduces the concept of the Cloud and its vulnerabilities, which are very important for the Security Architect. A Security Architect will use the course's discussions of endpoint device protection to design secure systems. This course may be helpful to a Security Architect.

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Software Developer

A Software Developer creates applications. This role involves writing code, testing software, and debugging. The course's focus on secure coding practices is highly beneficial for a Software Developer. The Software Developer should be aware of application attacks, and how to protect from them, as described in the course. A Software Developer can use the course's principles to create more secure applications. This course may be useful to create secure applications at any level of experience.

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System Administrator

A System Administrator is responsible for maintaining and securing computer systems. This role involves a broad range of skills such as configuring networks, installing software, and responding to security incidents. The course might be useful to a System Administrator because it introduces the concept of the Cloud, which many organizations are using today. A System Administrator can apply the course's discussion of endpoint protection in their daily work, particularly to prevent attacks. A System Administrator will benefit from the course's discussions on wireless network security. This course may be useful for those administering computer systems.

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Database Administrator

A Database Administrator is responsible for managing and securing databases. This role involves ensuring data integrity and availability and implementing security measures to protect sensitive information. While the course does not specifically mention databases, the course's concepts are relevant to this role. A Database Administrator will use the course's knowledge of secure coding practices and its discussion of how to protect from application attacks. Database security can be affected by many of the topics covered in this class. This course may be useful for a Database Administrator.

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Technical Support Specialist

A Technical Support Specialist provides assistance to users on technical issues. This role involves troubleshooting problems with hardware, software, and networks. While the course does not specifically address troubleshooting, it introduces security concepts that a Technical Support Specialist can use. A Technical Support Specialist may use the course's discussion of endpoint protection in their daily work. The course has a focus on cybersecurity, which may help guide a technical support specialist when encountering problems. This course may be useful to gain security experience.

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Project Manager

A Project Manager is responsible for planning, executing, and closing projects. This role involves managing timelines, resources, and risks. Although the course isn't directly related to project management, a Project Manager in a technology company may find some value in the concepts presented. The course's introduction to cloud and mobile security can be useful to gain a broad overview. A Project Manager who is working on a security project might find this course helpful. This course may be useful to gain background knowledge about security.

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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 Next-Gen Security: Mobile, IoT, and Cloud.

The Art of Software Security Assessment

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Provides in-depth knowledge of software security assessment techniques. It covers various methods for identifying vulnerabilities in software applications, including static analysis, dynamic analysis, and penetration testing. While it is not specific to mobile, IoT, or cloud, the techniques described in the book are applicable to these domains. This book is valuable as a reference tool for understanding how to assess the security of applications in these environments.

Art of Software Security Assessment, The:...

Kindle Edition

$$$

Security Engineering

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Provides a broad overview of security principles and practices. It covers a wide range of topics, including network security, cryptography, and application security. While not specifically focused on mobile, IoT, or cloud, it provides a solid foundation for understanding the security challenges in those domains. It is particularly useful as additional reading to provide a broader context for the course material.

Security Engineering: A Guide to Building...

Hardcover

Personal Medical Information: Security, Engineering...

Kindle Edition

$$$

Security Engineering: A Guide to Building...

Paperback

$$$

Security Engineering, 2ed

Paperback

Security Engineering and Tobias on Locks Two-Book...

Hardcover