Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

A threat actor is an individual or group that purposefully exploits weaknesses in computer systems, networks, devices and individuals for their own benefit. There are many different types of threat actors, with each of them having their own motives and skill levels. Some types of threat actors include cybercriminals, insiders, hacktivists and nation-state threat actors. Continue reading to learn what threat actors do, the tactics they use and how to stay safe from them.

The Document Object Model (DOM) acts as an interface between HTML and JavaScript, bridging the gap between static content and dynamic interactivity. This function makes the DOM indispensable for modern web developers. However, the DOM has a pitfall — DOM clobbering. DOM clobbering occurs when HTML elements conflict with global JavaScript variables or functions, which can lead to unexpected behavior and a potential security loophole in your web application.

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.

PH Tech is a specialized services company that works with health insurance companies providing some of their business and administrative services. The company employs 211 people and serves a variety of businesses throughout Oregon and other locations. Because this company manages insurance enrollment, various customer service tasks, and payment services, the organization handles a great deal of personal and medical data that could have been exposed during the latest data breach.

2023 is a year of “digital forest fires.” The MOVEit and the Barracuda Networks’ email supply chain attacks underscore the massive butterfly effect a single software flaw can have on the threat landscape. Supply chain attacks spread like a forest fire. Once cybercriminals compromise widely used software, attackers gain access to potentially all organizations that use that software.

As the digital landscape expands, organizations are facing a complex challenge: managing access to an ever-growing number of resources, applications, and services. The traditional approach of using identity groups to handle access control is becoming increasingly untenable. So, let's explore the causes behind role explosion and discuss the need for a paradigm shift towards a more scalable and efficient access management strategy. ‍