As the backbone of modern business operations, applications are frequently targeted by sophisticated malicious threats. In this blog post, we provide a high-level overview of how malicious code can enter your software applications. We look at different forms of malicious code, their entry points, practical tools and strategies for detection & prevention, focusing on innovative solutions.
A policy, by definition, is a statement of management intent that is mandatory for an organization. A security policy, obviously, focuses on the security of information assets.
Azure App Service is a platform-as-a-service (PaaS) commonly used to deploy applications and APIs, as well as functions, mobile apps, and more. It provides flexibility and reliability when deploying new applications and infrastructure, but it also introduces new security risks to your system. In particular, reduced visibility into the infrastructure and deployment of your application leads to a greater chance of application vulnerabilities being exploited by an attacker.
The pace of software development is astounding! The transition to agile, DevOps, cloud, and the supercharged use of AI is empowering distributed development teams to build software with greater speed and autonomy. In contrast to the remarkable strides in development methodologies, maintaining a robust security posture has become a formidable challenge. AppSec teams are still playing catchup, both outnumbered and out-resourced.
Snyk AppRisk provides AppSec teams with the comprehensive application security posture management (ASPM) workbench they need to govern and scale their security programs as well as minimize risk arising from applications.
In code security, not everything is "shift left." Dynamic testing is as important to help developers build and ship secure applications on the right-hand side of the SDLC. Let's explore the benefits, pitfalls, and popular open-source DAST tools in this blog post from the Escape team.
In order for AppSec and ProdSec teams to stay on top of their growing attack surface, they must understand what parts of their attack surface are being continuously monitored and scanned, such as where, when, what, and how. This can include, but is not limited to.