Build secure cloud-native applications by avoiding the top five security pitfalls we lay out in our Secure Cloud-native Development Series. This blog is the fourth part of the series, and it will teach you why and how to easily enable encryption and save yourself headaches down the road. Here's a new motto: encrypt everything! When securely moving to cloud-native technologies, building encryption in from the start will save us a lot of headaches later.

There’s a growing array of risks lurking within the supply chain of the digital solutions we increasingly depend upon. Leaving gaps in your software supply chain security (SSCS) could spell disaster for your organization. Let’s explore how new analysis defines an end-to-end solution and why Veracode was ranked as an Overall Leader, Product Leader, Innovation Leader, and Market Leader in the Software Supply Chain Security Leadership Compass 2023 by KuppingerCole Analysts AG.

Build secure cloud-native applications by avoiding the top five security pitfalls we lay out in our Secure Cloud-native Development Series. This blog is the third part of the series, and it will teach you how to secure cloud storage and handle access controls on S3 buckets. Each cloud provider has managed storage services that your organization is already probably utilizing.

Build secure cloud-native applications by avoiding the top five security pitfalls we lay out in our Secure Cloud-native Development Series. This blog is the second part of the series, and it will teach you how and why to enable logging from the start. We’re going to talk about enabling logging (cloud logging, to be specific). What’s the difference? Not much, other than the fact that it’s another managed service integrated with the tools we should already be utilizing.

Shocking to no one: Artificial Intelligence (AI) was a huge topic at Black Hat USA 2023, but what did we learn about it? With no shortage of talks on it, there are many insights to take into account. We asked highly skilled Software Security Researchers who attended both Black Hat and DEFCON to weigh-in on the most insightful moments, particularly related to AI. Here’s what we found.

Artificial Intelligence (AI) and companion coding can help developers write software faster than ever. However, as companies look to adopt AI-powered companion coding, they must be aware of the strengths and limitations of different approaches – especially regarding code security. Watch this 4-minute video to see a developer generate insecure code with ChatGPT, find the flaw with static analysis, and secure it with Veracode Fix to quickly develop a function without writing any code.

Veracode recently released Static Analysis support for Dart 3 and Flutter 3.10. This makes it possible for developers to leverage the power of Dart and Flutter and deliver more secure mobile applications by finding and resolving security flaws earlier in the development lifecycle when they are fastest and least expensive to fix.

Weaknesses within software supply chains create a foothold for exploitation from cyberattacks. The problem is so significant that even the White House released an Executive Order that speaks directly on this topic. “The Federal Government must take action to rapidly improve the security and integrity of the software supply chain,” states the Executive Order emphatically. Now, you may be wondering what your organization can do to mitigate this risk.

A staggering 96% of organizations utilize open-source libraries, yet fewer than 50% actively manage the security vulnerabilities within these libraries. Vulnerabilities are welcome mats for breaches from bad actors, and once they've entered your system, the impact can be colossal. A software bill of materials (SBOM) is an important tool for managing the security of open-source software.

A high-functioning security program leverages data to drive optimization – by satisfying governance, reporting, and compliance (GRC) requirements efficiently, creating visibility for risk-based prioritization, and leveraging automation throughout the software development lifecycle. Often, however, the data needed to drive these processes is spread across a complex ecosystem.