The Software and Security Engineering course taught at the University of Cambridge is available for free online. It includes video lectures, slide decks, reading materials and more.
Whether you are new to information security or a seasoned professional, this course will help you build solid foundations.
Lecture 9 covering critical systems is my favourite. It bring together previous discussions on psychology, usability and software engineering in the context of safety. It adds to the array of the case studies from Lecture 6, focusing on software failures and what we can learn from them. It also offers a fascinating analysis of the Therac-25 accidents and Boeing 737 Max crashes.
I previously wrote about how to prepare for the Certified Cloud Security Professional (CCSP) and AWS Certified Solutions Architect – Associate exams. Today, I would like to focus on AWS Security – Specialty.
Exam cost aside, preparing for this specialty can be rather expensive. There is a whole industry around mock practice tests, study books, video tutorials and hands-on labs. Here I’ll aim to outline how to maximise the benefit while minimising costs, focusing on free resources.
Whitepapers, user guides and service FAQs
AWS documentation is arguably the best source of study material out there. I don’t know a single person who passed the exam without reading through at least some of them. Check out the official exam guide for the overview of domains to select the relevant ones. I focused on IAM, KMS, CloudTail, CloudWatch, VPC, Lambda, Inspector, GuardDuty, Athena, Macie and AWS Microsoft AD. At a very minimum, you should read these:
I also wrote about my experience in using security-related AWS services in my blog.
Who needs paid for online tutorials when the AWS YouTube channel has a lot of their re:Invent talks available for free? There is literally a video on pretty much every subject you are interested in. There are too many to mention and you could conduct a simple search to find the latest talk on what you want, but I’ll recommend a few to get you started:
- Become an IAM Policy Master in 60 Minutes or Less
- Best Practices for Implementing AWS Key Management Service
- A Deep Dive into AWS Encryption Services
- Best Practices for DDoS Mitigation on AWS
- Advanced Security Best Practices Masterclass
- Your Virtual Data Center: VPC Fundamentals and Connectivity Options
- AWS PrivateLink: Fundamentals
- AWS Directory Service for Microsoft Active Directory Deep Dive
- Understanding AWS Secrets Manager
- Amazon Athena
- Amazon GuardDuty
- Amazon Macie: Data Visibility Powered by Machine Learning
- Introduction to AWS Security Hub
If you would rather have a structured online course instead and don’t mind paying a little bit for it, I recommend the Linux Academy and/or A Cloud Guru. I’ve done them both. Personally, I preferred the former as it had some hands-on labs, but A Cloud Guru is shorter and has some good exam tips. Besides, you can try both of them for free for 7 days and decide for yourself.
There is also the official AWS Exam Readiness: AWS Certified Security – Specialty course. It covers the exam structure, gives you tips on tackling questions and provides thorough explanations. I would save this one for last to get a view of your preparedness.
The obvious thing to do is to buy the official practice exam from AWS, right? Well, maybe not. Unless you’ve got it for free for passing one of the other AWS exams previously, you might be better off finding an alternative. It only includes 20 questions (which works out at $2 per question plus tax), and you don’t get to see the answers! Instead, you are presented with a pass/fail summary that gives you the overall percentage broken down by exam domains. You might be better off using the free 15 questions from Whizlabs, although I can’t recommend their paid products. Practice tests are also included in the Linux Academy and A Cloud Guru courses I mentioned above. Plus, the free official Exam Readiness course also comes with 24 questions with answers and explanations at the end. That should be enough to give you the feel for types of question on the exam.
With all this preparation, don’t lose track of why you are doing it in the first place: gaining the skills that you can apply in practice. The exam gives a good indication of your weaker areas and encourages you to fill these gaps. The best way to do this is, of course, through hands-on experience. If your organisation relies on AWS, find ways to apply the newly acquired knowledge there to make your cloud infrastructure more secure. If that’s not an option, there is always the Free Tier, where you can put your skills into practice. Finally, the Linux Academy (and some other providers) for a small cost offer you some hands-on labs and even a whole sandboxed playground for you to experiment in.
AWS constantly evolve and refine their services, and add new ones too. Keep this in mind while studying, as things move pretty fast in the cloud world. This also means that your learning is never finished, even if you pass the exam. But I think this is a good thing and I’m sure you agree!
Thank you for visiting my website. I’m often asked how I started in the field and what I’m up to now. I wrote a short blog outlining my career progression.
Android: Netrunner is a two-player card game that can teach you a great deal about cyber security. It’s fun to play too.
Bad news first: although initially intended as a ‘living card game’ with constantly evolving gameplay, this game has now been discontinued, so no expansions will be published, limiting the community interest, ongoing deckbuilding and tournaments.
Now to the good news, which is pretty much the rest of this blog. None of the above can stop you from enjoying this great game. You can still acquire the initial core set which contains all you need for casual play.
The premise of this game is simple: mega corporations control all aspects of our lives and hackers (known as runners) oppose them. I know it was supposed to be set in the dystopian cyberpunk future, but some of the elements of it are coming to life sooner than expected since the original game release in 1996.
The runners vary in their abilities that closely align to their motivation: money, intellectual curiosity, disdain for corporations. Corporations have their core competencies too. Again, just like in real life. The core set I mentioned earlier consists of seven pre-built, and balanced by creators, decks: three for runners and four for corporations with their unique play styles.
The game is asymmetrical with different win conditions: runners are trying to hack into corporations’ networks to steal sensitive information (known as agendas in the game) and corporations are aiming to defend their assets to achieve their objectives (advance agendas). This masterfully highlights the red team versus blue team tension commonplace in today’s infosec community.
A corporation has to adapt to evolving threats posed by hackers installing protective devices and conducting defensive operations all the while generating revenue to fund these projects and reach their targets to win the game. It’s not only about defence for the corporation either. Today’s “hacking back” debate got apparently settled in the future, with corporations being able to trap, tag and trace hackers to inflict real damage, as an alternative win condition.
Runners differ vastly in methods to penetrate corporation’s defences and have to take care of an economy of their own: all these cutting edge hacking consoles cost money and memory units. Example cards in runner’s toolbox sometimes closely resemble modern methods (e.g. siphoning off corp’s accounts) and sometimes gaze far into the future with brain-machine interfaces to speed up the process.
Basic rules are simple but there are plenty of intricate details that make players think about strategy and tactics. It’s a game of bluff, risk and careful calculation. There’s also an element of chance in it, which teaches you to be able to make the best use of resources you currently have and adapt accordingly.
It’s not an educational game but you can learn some interesting security concepts while playing, as you are forced to think like a hacker taking chances and exploiting weaknesses or a defender trying to protect your secrets. All you need is the deck of cards and someone to play with.
I travelled to Dubai to attend the GITEX conference this year. The scope and scale of this technology event is vast. It covers all things tech with a focus on innovation, including artificial intelligence, 5G, smart cities, future mobility and much more.
It was interesting to attend talks and participate in workshops, as well as just walk the floor to better understand current technology trends.
Of course, there was also time to explore Dubai and enjoy the many things this city has to offer.
After six years with KPMG’s Cyber Security practice I decided it was time to take on a new challenge. It was a great pleasure helping clients from various industry sectors solve their security issues and I certainly learned a lot and met many fantastic people.
A digital venture incubation firm has partnered with a world leader in visas and identity management to found a new London-based venture that is creating a frictionless travel experience.
I joined this tech startup as the Head of Information Security and couldn’t pass on this opportunity to be one of the early members of the leadership team.
I’ll be driving the security and compliance agenda, adjusting to the needs of the dynamic and growing business. I can’t wait to put the skills I learned in consulting into practice and contribute to this company.
I’ll have an opportunity to help create a trusted, seamless, user centred visa application process for consumers and businesses alike, through automation and a cutting edge technology. And that’s exciting!
I’ve been interviewed for the launch of the ISACA Young Professionals portal that contains a wealth of information for starting and accelerating your career in IT audit and cybersecurity.
I decided to contribute because ISACA played a role in my career development too.
I started attending ISACA London chapter events while I was studying for my Master’s degree in London. Although the university provided a great theoretical foundation on information security, I wanted to know about the real-world challenges that practitioners in the industry were facing.
At the time I had just finished writing my thesis after doing some great research at the university and I wanted to share my findings and the research of my colleagues with the community. The organisers were supportive, so we agreed a day and I delivered a talk on resolving conflicts between security compliance and human behaviour.
It was a rewarding experience as the participants provided some valuable insights and feedback; they helped to bridge the gap between academia and real practical experience. I already had a solid foundation from my postgraduate degree but I was missing was some anecdotes and real life stories about how this could apply in practice. This laid the foundation for my book The Psychology of Information Security.
It worked out for me, but should you get involved in broader activities beyond developing your technical skills? I would say yes.
The value of technical skills and knowledge can’t be overestimated. But there’s another side to this story. Prospective employers are not only looking for technical experts, they want people who are good team players, who can collaborate and communicate effectively with others, who can organise and get things done, who can lead. Getting involved with the community and volunteering gives you the chance to develop and demonstrate these non-technical skills and grow your professional network.
Regardless of where you are on your journey, ISACA provides great opportunities to advance your career through courses, networking and certification programmes, so I highly recommend getting involved!
Read my story on ISACA Blog.
I’ve recently decided to brush up on my programming skills with one of the courses on Udemy. Despite completing a degree in Computer Science back in the day, my recent focus has been away from software development and a lot has changed since I graduated.
At university I studied mathematics and algorithms but actual programming was performed on archaic languages – such as Pascal for high-level and Assembly for low-level programming.
Although they provide a solid foundation, I was looking for something more practical and because of this I ended up taking up Python because of its versatility. Python is not only widely used, but can also be applied to a variety of projects, including data analysis and machine learning.
The course has been very good and Jupyter notebooks with extensive comments and exercises are available for free on GitHub.
You can start applying it in practice straight away or just have some fun with your own pet projects.
If you’re an experienced developer or just want to have some extra practice, I found the below brain teasers quite entertaining:
- Basic coding practice – CodingBat
- Project Euler
- More coding practice – CodeAbbey
- DailyProgrammer – Reddit
- Python Challenge
The course also has a great community, so I highly recommend checking it out.
The CCSP exam is not easy but nothing you can’t prepare for. It tests your knowledge of the following CCSP domains:
- Cloud Concepts, Architecture and Design
- Cloud Data Security
- Cloud Platform and Infrastructure Security
- Cloud Application Security
- Cloud Security Operations
- Legal, Risk and Compliance
The structure and format might change as (ISC)2 continuously revise their exams, so please check the official website to make sure you are up-to-date with the latest developments.
Apart from the official (ISC)2 guides, here are some of the resources I used in my studies:
- Cloud Security Alliance Security Guidance v4.0
- Cloud Security Alliance Enterprise Architecture
- Security Guidance for Critical Areas of Mobile Computing
- CSA Cloud Controls Matrix
- CSA Top Threats to Cloud Computing
- ENISA Cloud Security Publications
- NIST SP 800-146 Cloud Computing Synopsis and Recommendations
- NIST Special Publication 500-299 Cloud Computing Security Reference Architecture (Draft)
- OWASP Top 10
If you would prefer to add video lectures to your study plan, there’s a free course on Cybrary. For a quick summary, check out these mindmaps. Also, multiple sets of free flashcards are available on Quizlet.
It is a good idea to do some practice questions: there are books and mobile apps out there to help you with this. Practical experience in cloud security is also essential.
On the day, read the questions carefully. It’s not a time pressured exam (I was done in two hours), so it’s worth re-reading the questions and answers again to make sure you are answering exactly what is being asked. Eliminate the wrong options first and then decide on the best out of the remaining ones.
Finally, my suggestion would be to approach the questions from the perspective of a consultant. What would you recommend in each situation? Don’t be too technical – keep the business needs in mind at all times.
Don’t stress too much about the final result. I’m sure you’ll pass, but even if not on your first attempt, you’ll learn either way! Remember, the knowledge you accumulate in the process of preparing for the test itself has the most value, not the credential.
To support my firm’s corporate and social responsibility efforts, I volunteered to help NSPCC, a charity working in child protection, understand the Internet of Toys and its security and privacy implications.
I hope the efforts in this area will result in better policymaking and raise awareness among children and parents about the risks and threats posed by connected devices.
Toys are different from other connected devices not only because how they are normally used, but also who uses them.
For example, children may tell secrets to their toys, sharing particularly sensitive information with them. This, combined with often insufficient security considerations by the manufacturers, may be a cause for concern.
Apart from helping NSPCC in creating campaign materials and educating the staff on the threat landscape, we were able to suggest a high-level framework to assess the security of a connected toy, consisting of parental control, privacy and technology security considerations.