Attacks executed through builds abuse trust we have in our build tools, IDEs, and software projects.

Malicious actors are constantly finding new ways to deliver their malicious payloads. With the recent migration of businesses moving to web application-based services, file storage, email, calendar, and other channels have become valuable means for delivering malicious code and payloads. In some instances, these services are abused as Command and Control infrastructure since many enterprises trust these services by default.

There is a lot of information out there (and growing) on software supply chain security. This info covers the basics around source and build, but does it cover all of your full software supply chain lifecycle? Is your build env at runtime protected? Is your application post deploy protected at runtime? This article will not only discuss what these concepts are, but provide additional discussions around the following: Read on brave reader…

Despite the steady drumbeat of hacks that are reported on a nearly weekly basis, it is safe to say that cybersecurity is still far from a “top of mind issue” for most people. Massive data breaches like Equifax, Marriott, and many, many more are chalked up to being yet another part of the modern life. While each of those cybersecurity incidents was quite serious in its own right, for the public whose data were compromised, they represented more of an inconvenience than a serious concern.

Yes. There really are 10 fairly easy ways to improve your website security and protect your customers at the same time. But first, you may be asking “Why do I need to worry about my website security? Aren’t web applications safe? What could possibly go wrong?” We’re not in the business of peddling FUD (fear, uncertainty, and doubt), but… let’s be frank.

When your organization is inevitably hit by a cyberattack, you want your security operations engineers to move lightning fast to identify the scope, duration, and impact of the attack, contain the disruption and prevent any costly or lasting damage. To do that, they need access to actionable information about everything that’s in your network — where devices are located, how they interact, and all the relevant details about their configuration and state.

In cybersecurity, an attack vector is a method of gaining unauthorized access to a private network. These pathways are either unintentional, such as vulnerabilities in third-party software, or intentionally designed by hackers, such as malicious software (malware). Cybercriminals primarily exploit attack vectors to advance extorsion tactics, the most popular being the deployment of ransomware.

During a web shell attack, a cybercriminal injects a malicious file into a target web server's directory and then executes that file from their web browser. After launching a successful web shell attack, cybercriminals could gain access to sensitive resources, recruit the target system into a botnet, or create pathways for malware or ransomware injections. If you haven't implemented defense strategies against this cyber threat, your systems are at a high risk of exploitation.

Data breaches have reached a fever pitch over the last few years. The rapid frequency of successful attacks coupled with the rising costs to businesses has raised attention at the highest levels of global governments. In the past, breaches were relatively “localized,” that is, they affected the targeted company only. However, the newer attacks have disrupted entire supply chains.