A few days ago it was reported that the new Go versions 1.18.1 and 1.17.9 contain fixes for a stack overflow vulnerability in the encoding/pem builtin package, in the Decode function. Given the high popularity of Go among our customers and in the industry at large, this update led us to investigate the vulnerability in previous versions.
As Synk announces its support of unmanaged dependencies (mostly C/C++ libraries), we thought it would be beneficial to introduce our non-C community to some common, high-risk dangers that lurk in the C world (get it?). Think of this as a “beginners guide” to C and C++ vulnerabilities, how they look, what problems they may cause, and how to fix them.
When I look at IT security I can clearly see how it has changed, being today much more mature now than it’s ever been. Governments are working on policies and legislation forcing companies to prioritize IT security. As a result, the entire bug bounty community has bloomed in a way that I could never imagine, security researchers are now working together with companies to identify and mitigate vulnerabilities in a way that we have never done before.
This is the second installment in Trustwave’s in-depth tour of our Security Colony platform. For a broad overview of what Security Colony offers please read 5 Ways CISOs Can Leverage the Power of Trustwave Security Colony. Self-evaluation in any area, much less cybersecurity, can be challenging. Is my performance at work strong and consistent? Am I being friendly to my neighbors?
Over the past week, the WhiteSource security team has found several instances of packages that use unusual techniques to disguise malicious intent. These techniques differ from what we have usually seen in the past, such as base64 and JS obfuscation. This time, we are seeing a malicious actor use hex encoding to hide the malicious behavior of the package.
In the past, the attack surface was defined and protected by the boundaries of the organization’s physical network (aka the LAN). Using physical security methods, firewalls, and careful monitoring, organizations kept their data, endpoints, and networks secure. The entire attack surface was internal, within a well-defined and fortified perimeter.
