Engineering is both an art and a science. It requires creative thinking but is bounded by a rigidity which enables measurement and progress. We can only see so far because we stand on the shoulders of giants… and because those giants kept really good notes. Cybersecurity is growing up and it has to. Cyber is no longer the domain of shadowy figures in hoodie sweatshirts, it now has a presence in the C-suite.
Enterprises have traditionally relied on perimeter network security to keep attackers out and protect their organizationally unique sensitive data and resources. This approach works on the principle “verify, always trust” wherein authenticated users inside the network are trusted by default and allowed unfettered access. With the shift to cloud-native architecture, perimeter-based defenses have become obsolete and leave systems inherently vulnerable to malicious actors.
Vulnerability management is becoming increasingly important to companies due to the rising threat of cyber security attacks and regulations like PCI DSS, HIPAA, NIST 800-731 and more. Vulnerability management is a comprehensive process implemented to continuously identify, evaluate, classify, remediate, and report on security vulnerabilities.
There are many software deployment tools to deliver software and updates to your endpoints, but just because you have a lot of options doesn’t mean it has to be confusing. You might pick one software deployment tool to do it all, or you might pick several automated software deployment tools depending on your needs.
In a previous blog post, we took a look at Java’s custom serialization platform and what the security implications are. And more recently, I wrote about how improvements in Java 17 can help you prevent insecure deserialization. However, nowadays, people aren’t as dependent on Java’s custom serialization, opting instead to use JSON. JSON is the most widespread format for data serialization, it is human readable and not specific to Java.
