Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

With the worldwide popularity of Android and its open-source software, hackers have an increased incentive and opportunity to orchestrate attacks. A Google search for “Android malware” brings up headlines like these, all from the past few days or weeks: SecurityScorecard recently analyzed a specific threat known as the AhMyth RAT (remote access trojan), which made headlines for infiltrating a popular screen recording app on the Google Play Store.

In today's disconnected world, the task of managing privileged access has become increasingly challenging. The surge in remote work has exposed employees to new vulnerabilities as they access sensitive systems and data from unsecured networks and personal devices, making them attractive targets for cyberattacks. To combat these risks, organizations must adopt Privileged Access Management (PAM) solutions.

Continuous integration (CI) and continuous delivery (CD) has become a ubiquitous practice for DevOps teams. The CI/CD process focuses on building and deploying new applications or releasing updates to already-deployed workloads. As a result, most CI/CD efforts focus on enhancing development speeds. However, CI/CD practices can accomplish much more than enabling workload deployments.

Webhooks are a callback integration technique for sending and receiving information, such as event notifications, in close to real-time. Webhooks can be triggered by application events and transmit data over HTTP to another application or third-party API. You can configure a webhook URL and connect external participants to customize, extend, or modify workflows. Webhooks may or may not be signed.

We are excited to announce the inaugural edition of the Mend.io Open-Source Reliability Leaderboard! Powered by data from Renovate, the wildly popular open-source dependency management tool, the Leaderboard presents the top packages in terms of reliability across three of the most widely used languages.

We present to you the new version of GitProtect – 1.5.1, and along with it… the long-awaited backup plan scheme – Forever Incremental! Amongst the novelties, you can also notice the SLA Reports for improved security control, log archiving, and several other enhancements aiming to speed up the app’s operation.

The function of a proxy can be likened to that of a mediator between a device and the internet at large. By substituting your IP address with its own, a proxy intercepts and manages all of your traffic. Using a separate IP address can be advantageous for several reasons. For instance, proxy servers afford the user more governance over their internet access, offering control over the amount of data that websites and services can acquire about you.

Proxies play a transformative role in expanding the possibilities of internet usage. While both datacenter and residential proxies offer the benefit of hiding your real IP address and ensuring online privacy, they also have additional features that set them apart. In this article, we will delve into the details of these proxies, highlighting their differences and helping you make an informed choice.

When it comes to proxy servers, the term “forward proxy” is commonly used. But what exactly are forward proxies, how do they function, and who utilizes them? In this article, we will delve into the details of forward proxies and explore their various applications.

When it comes to fortifying the privacy and security of your internet connection, proxies and VPNs (Virtual Private Networks) typically emerge as the go-to options. Both these tools excel at safeguarding your online identity, leading many businesses, institutions, and individuals to use them interchangeably. However, they operate quite distinctively. To decide on the most suitable tool for your browsing requirements, it’s vital to comprehend their differences.