What are some of the growing cybersecurity risks in the modern software development landscape that keep CISOs busy? Developers and security teams face an ever-increasing array of threats, from sophisticated open source and vendor-controlled supply chain attacks to vulnerabilities introduced by AI-generated code like prompt injection and poor code security by GitHub Copilot.

Writing reliable and user-friendly web applications takes significant knowledge, skill, and experience; writing secure web applications introduces a whole new level of complexity.

Takeaways from OWASP Global AppSec SF 2024, covering security tools, AI risks, and strategies for improving application security while empowering developers.

Securing complex cloud environments is as crucial as it is challenging. The surface area for attack is vast. With the elastic nature of cloud resources, a single compromised service could allow attackers to take over large portions of your infrastructure, often lurking undetected for extended periods. This presents a significant risk to your organization, as your dynamic and ever-evolving cloud environment makes it difficult to maintain control over who has access to what.

The application security landscape is shifting as organizations move away from a fragmented ecosystem of point solutions towards a unified platform such as the Mend AppSec Platform. Leveraging these platform-specific strengths brings numerous advantages: streamlined workflows, a cross-product workflow engine, a consolidated data model that enhances security posture, and developers that can focus fully on innovation.

For assessing and reporting on the risks associated with your applications, you know you need Application Security Posture Management (ASPM). However, this quickly evolving space has many variables that security leaders may not realize. Here’s how you can elevate your security strategy by optimizing ASPM tools in a way that minimizes risks, enhances operational efficiency, and builds a robust security-aware culture in your organization.

Today, we are excited to announce a significant milestone in our journey to secure enterprise copilots and low-code development platforms by launching our new product; the Zenity AI Trust Layer. This new offering provides full security and governance control for enterprise copilots, and in the first step is focused on Microsoft 365 Copilot. The use of enterprise copilots is undeniably a story in low-code application development.

Consider a modern software application as a constellation of cities that dot the landscape. These cities are components such as databases, authentication services, business logic engines, and more. Requests travel between components carrying data just as citizens travel between cities carrying their belongings. The highways that connect the cities on this map are your APIs. Cities get the most attention, often receiving the security and protection they need.