Applications have become as complex as ever, and with the constant evolution and advancement of applications, cyber threats have become of the biggest risks that organizations today face – and as most of the past cyber attacks on organizations teach us, those risks can be absolutely disastrous. Therefore, along with the increased business risks and
2 weeks ago I attended RSA Conference 2016 in San Francisco. I had the chance to attend multiple talks in the AppSec track and listen to what the other vendors, thought-leaders and experts had to say. In a nutshell, all talks and discussions revolved around how to get the developers engaged with the security process.
With Google officially dropping Flash ad support in favor of HTML5, the security aspect of this relatively young programming and scripting language has become extremely crucial. Being a web-based application always invites cybercrime, which means that code integrity is very important. The following article will lay down the most important Application Program Interface (API) coding
Penetration (Pen) Testing has long been the go-to tool for organizations looking to safeguard their applications. But the ever-evolving hacking techniques are exposing this aging solution’s shortcomings. The growing consensus in security circles is that applications need to be bolstered from the core – the source code. This is exactly where Static Analysis enters the picture, helping detect application
With the industrialization of cybercrime and rise in hacking severity, the value of traditional application security techniques is imploding. The Web Application Firewall (WAF), considered as a go-to security solution until not long ago, is currently experiencing a constant erosion in its effectiveness. On the other hand, Static Application Security Testing (SAST) solutions are gaining momentum.
When you’re constantly reacting to suspicious alerts and fixing vulnerabilities only after they’ve been exploited, you’re missing the point of application security. Application security, according to Wikipedia, “encompasses the measures taken throughout the code’s life-cycle to prevent gaps in the security policy of an application or the underlying vulnerabilities… of the application.” The practice
Cybercrime has evolved significantly over the years. While initially based mainly on social engineering and phishing, hackers today implement a wide range of techniques to exploit vulnerable applications with porous code. Code injections have arguably become the weapons of choice for hackers and are constantly being used to perform high-profile hackings worldwide.
Due to the growing demand for robust applications, the secure Software Development Life Cycle methodology is gaining momentum all over the world. Its effectiveness in combating vulnerabilities has made it mandatory in many organizations. The objective of this article is to introduce the user to the basics of the secure Software Development Life Cycle (also known
This post originally appeared on SCMagazine.com. By Maty Siman, Checkmarx Founder & CTO When it comes to an organization’s software security, there’s been a chronic disconnect between the developers who write and build the code and the security teams who audit and enforce the code’s security. This divide historically arose from common misunderstandings: programmers believe that
Dave Ferguson is back with another guest blog! Make sure you check out his blog here, and read his original post, ‘Keeping Up With The Hackers: Where to Practice Your Web Hacking Skills,’ here. Testing your software for vulnerabilities is important. There’s no doubt about it, but if there’s something I’ve learned over the years when