Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Today’s established financial services companies face high pressure from their competition. Many of them find that they must provide an innovative, customized customer experience (CX) or lose out to FinTech disruptors who are already doing CX well. As a result, these businesses are prioritizing innovative, feature-rich applications and adopting the latest and greatest in software development to speed up release cycles and increase productivity.

When intruders want to break into an establishment, they look for an opening. An open port is one of the openings that a hacker or threat actor looks for to access a digital network. That open port may be on a firewall, a server, or any network-connected computing device. Just as a single unlocked door can jeopardize your privacy and grant access to a physical building, a single open port can provide a point for hackers to breach your systems, exposing you to their malicious intents.

In a recent cybersecurity development, eight vulnerabilities have been identified in Microsoft applications for macOS. These flaws could potentially allow attackers to gain elevated privileges or access sensitive data by bypassing the operating system’s permissions-based security model. This blog delves into the nature of these vulnerabilities, their potential impact, and the steps that can be taken to mitigate the risks.

The OpenSCAP (Security Content Automation Protocol) project offers an extensive range of hardening guides, configuration baselines, and tools for assessing vulnerabilities and configuration issues, utilizing SCAP as the protocol for storing the foundational data. Created by the open-source community, OpenSCAP hardening allows a selection of a security policy that aligns with an organization’s needs, irrespective of its size.

Websites rely heavily on client-side code to deliver interactive user experiences. Unlike server-side code, which is protected within an organization’s infrastructure, client-side code runs in the user’s browser and is exposed to various risks such as data theft and JS injection. Recognizing the unique challenges of securing client-side code, OWASP has created a dedicated Top 10 list for client-side security risks.