OWASP Proactive Controls Part 2 of 2: Controls 6 through 10

For the 2017 Edition, 8 of 10 vulnerabilities will be selected from data submitted via the call for data and 2 of 10 will be selected from an industry-ranked survey. Since 2011, OWASP is also registered as a non-profit organization in Belgium under the name of OWASP Europe VZW. Vulnerabilities are everywhere and their numbers grow exponentially. How is your average developer supposed to think of every possible scenario as they are trying to solve a business problem? Specific vulnerabilities manifest themselves in many different ways but on a more abstract level the top 10 vulnerabilities haven’t changed all that much in the past decades. In late September Open Web Application Security Project hosted their Global AppSec conference in the RAI convention center in Amsterdam.

A look at multi-cloud security strategies, including the emerging practices of omni-cloud, Functions as a Service, Containers as a Service, cloud security posture management, and data sovereignty. Remember that your https://remotemode.net/ security requirements should be tied back to threat model and risk analysis. When those things change, like when new technology or new threats are uncovered, the requirements will also be updated accordingly.

OWASP Proactive Controls (Part 2 of : Controls 6 through 10

Web Platform – The card suits (Clubs, Spades, Diamonds, & Hearts) represent different web platforms. Web platform attack and defense options, strengths and weaknesses may result from suit combinations. After gaining an understanding of the technologies that support the OWASP Proactive Controls Lessons DC’s web platform, malware can be crafted to exploit weaknesses and misconfigurations. Technology Infrastructure – The suit colors represent different technology infrastructures. Attack and defense options, strengths and weaknesses may result from color combinations.

We explore various security strategies to protect sensitive data. We even propose a way to protect data against physical access to the device. In this talk, we look at Trusted Types, a platform-based defense that will eradicate XSS vulnerabilities in frontends. We investigate how Trusted Types can stop typical React XSS attacks and how to enable Trusted Types for your entire application. This topic can’t be missed in an Application Security training. If the goal is to teach development teams how to build more secure software, this is a subject that cannot be missing.

The OWASP Top 10 application vulnerabilities and how to prevent them

Remember that most mobile apps will have a server/API component which puts it squarely in the Ops team’s wheelhouse. As we’ve seen in many breaches, mobile APIs are often left underprotected and are subject to all kinds of attacks. You should work with the IT operations team to ensure the mobile server API is secured against the threat of credential abuse , content scraping, and denial-of-service attacks. Most of the attacks are carried out by bots, so a strong bot defense is a good thing to investigate. The section starts off with the topic of deserialization security issue which is quickly rising to be a common attack amongst modern applications.

• If you’re focused on mobile development, you should be familiar with how iOS or Android run.
• This requires a lot of skill and experience, and it isn’t something you can do without at least understanding what some of the biggest risks facing web, mobile, or cloud applications are.
• If the TA’s Observation Attack is successful, the TA moves to the Weaponization phase.
• In this talk, we explore how the OWASP top 10 applies to Angular applications and discuss the most relevant items.