Whether a seasoned professional or a fresh computer science grad, every developer has his or her stressful moments of trying to dig through scanning results to mitigate or remediate a vulnerability. Since you work at the speed of “I need this yesterday,” it’s a hassle to slow down and fix flaws or even stop to rewrite code entirely. Effective AppSec today is about executing essential application security (AppSec) tests as you’re writing code.
Veracode was recently named the winner of IT Central Station’s 2021 Peer Award for application security testing (AST). Winners were chosen based on reviews from verified customers to help prospective buyers make well-informed, smart business decisions. “Receiving positive feedback from our customers on the leading technology review site for cybersecurity, DevOps, and IT is a true testament to our products and services,” said Mark Bissell, Chief Customer Officer at Veracode.
The key to successfully implementing DevOps practices is relationships. It’s about breaking down the existing silos between different functions that deliver software, like development and operations. These functions need to work toward a common goal, efficient software delivery.
To keep up with the pace of the modern world, organizations are constantly looking for ways to release software faster than their competitors. This “need for speed” has led many organizations to adopt DevSecOps. With DevSecOps, security is moved earlier in the software lifecycle, into the realm of developers. As a result of the changing development landscape, application security testing has also been evolving.
Microsoft's ASP.NET Core enables users to more easily configure and secure their applications, building on the lessons learned from the original ASP.NET. The framework encourages best practices to prevent SQL injection flaws and cross-site scripting (XSS) in Razor views by default, provides a robust authentication and authorization solution, a Data Protection API that offers simplicity of configuration, and sensible defaults for session management.
“Destroying things is much easier than making them.” This quote from The Hunger Games rings true in software; developers spend months perfecting their innovative applications only to see it all crumble at the nimble fingers of a speedy cyberattacker. So how do you beat them? Improve your secure coding know-how early on and keep it sharp. More than half of organizations in North America provide developers with some level of security training annually, or less often.
When it comes to securing your applications, it’s not unusual to only consider the risks from your first-party code. But if you’re solely considering your own code, then your attack surface is likely bigger than you think. Our recent State of Software Security report found that 97 percent of the typical Java application is made up of open source libraries. That means your attack surface is exponentially larger than just the code written in-house.
This is the seventh entry in this blog series on using Java Cryptography securely. Starting from the basics we began diving deeper into various basic cryptographic primitives such as Cryptographically Secure Random Number Generator, symmetric & asymmetric encryption/decryption & hashes. After taking a brief interval, we caught-up with cryptographic updates in the latest Java version. Skip to the TL; DR
Over the past several months, many organizations have had to shift their operations to a fully digital platform. This sudden shift was more challenging for some industries, like government, than other industries, like technology. And aside from having to adapt to fully remote operations, many organizations were also subject to tighter budgets, forcing them to become more efficient.
