Are you looking to catch up on the latest in AI and cloud-native Application Security at RSAC 2024? Veracode is hosting a series of talks at our booth along with a series of programs at The W San Francisco. Here are all the details.

In our previous post, we explored the essentials of cloud detection and response (CDR), highlighting how the cloud's scale and complexity have transformed cybersecurity needs. We discussed the types of threats unique to the cloud and the broad benefits that CDR systems offer to organizations aiming to secure their cloud environments. This follow-up takes us deeper into some of the challenges that arise with detecting and responding to threats in the cloud.

As cybersecurity becomes increasingly important in software development, the “shift left” security approach is widely recognized as a best practice for ensuring superior application security. Numerous traditional security firms are introducing shift-left products and capabilities, and the concept is gaining traction. However, some open source application security tools are more developer-friendly than others.

A recent survey from Gartner forecasts that worldwide end-user spending on public cloud services will total $679 billion in 2024, and that number is expected to jump to $1 trillion in 2027. Businesses left and right are moving to the cloud. But as they make their move, the old ways of protecting data—like building a virtual wall around your data (“perimeter security”)—are proving inadequate.

A recent survey from Gartner forecasts that worldwide end-user spending on public cloud services will total $679 billion in 2024, and that number is expected to jump to $1 trillion in 2027. Businesses left and right are moving to the cloud. But as they make their move, the old ways of protecting data—like building a virtual wall around your data (“perimeter security”)—are proving inadequate.

Application development is a multistage process. The App goes through various stages, each with its own area of focus. However, application security, a.k.a. AppSec, is constant throughout all the stages. For example, when a developer codes, it’s expected that the code will be secure. Similarly, the artifacts that are worked upon or generated as an end output of the respective stages are all required to be secure.

When high profile security events happen, it is essential for you and your team to have the information you require right at your fingertips. Using Panoptica’s powerful graph database and easy to use query engine, you are easily able to discover all the assets in all your cloud environments that could have compromised software installed.

Every day that an application is anything less than ‘fully secure’ is a day for a potential data breach. Consumer data, sensitive business information, monetary transactions, and business reputation; everything is at stake. Investing in effective web application security is the best and only way to mitigate the risk of financial losses and reputational damage for businesses. This blog presents a comprehensive blueprint for implementing best practices in application security.

Software development moves fast, and many application security teams struggle to keep up. More sophisticated agile, DevOps, and cloud practices, along with the growing use of AI, mean more agility for development teams. However, these innovations are a challenge for security teams, as they must move at this same speed in order to secure applications effectively. Application security posture management (ASPM) directly responds to these emerging challenges.