In today’s complex threat landscape, MSPs must safeguard their clients’ endpoints, including laptops, desktops, tablets, and mobile devices, from cyberattacks. Prioritizing endpoint protection is essential to shield clients from the relentless evolution of malware, viruses, ransomware, and other threats.
Cyberattacks are becoming more advanced, and groups like Scattered Spider are leading the way with their sophisticated techniques. This group is notorious for using social engineering methods like SIM swapping, voice phishing, and SMS phishing to trick employees into giving them access to sensitive systems. By pretending to be IT administrators, they bypass traditional security defenses, moving through networks unnoticed and stealing valuable data.
The rapid expansion of the digital landscape adds increasing complexity to cybersecurity, especially for enterprises that could have up to 100,000 vendors in their supply chain. Addressing these challenges requires implementing an Attack Surface Management (ASM) strategy tailored to enterprise businesses' unique risk profiles. This post outlines the importance of ASM for enterprises and offers a strategy for ensuring its effective implementation.
We are proud to announce our new Auto-ignore false positive playbook. We've added this new automated Playbook to the GitGuardian Secret Detection platform to eliminate false positives from your incident queue and help you focus on actionable alerts. In the summer of 2024, we released FP remover, our internal machine learning model, that can significantly reduce false positives by understanding code context and semantics. In our testing it eliminates up to 80% of false positives.
As financial institutions continue to expand their digital ecosystems, the growing reliance on third-party vendors and service providers introduces significant cyber risks. With a majority of data breaches linked to vulnerabilities in the supply chain, managing these risks has become a necessity.
Digital expansion, remote work, and the proliferation of connected devices have extended the attack surface, making organizations attractive targets for cybercriminals. Although many businesses believe they are too small to be attacked, hackers often use them as a testing ground to hone their techniques before taking aim at larger, more lucrative targets.
A remote workforce is a uniquely powerful thing. It allows an organization to recruit and retain the best talent for the job regardless of their ability to report to an office suite every morning. Yet, as a certain comic book uncle once informed his young nephew, with great power comes great responsibility. To meet that responsibility of providing both access and security, you need to know how to implement zero trust.
Last year, organizations all around the world collectively suffered more than 10,000 data breaches. These attacks may have exposed more than 360 million people to potential cyber threats, from identity theft to ransomware. As remote employment, cloud computing, and mobile devices become more common in the workplace, threat actors have more methods than ever to compromise legitimate accounts and steal sensitive data.
An insider is any person with authorized access to systems or data that gives them the ability to take potentially harmful actions. Insiders range from business partners or third party contractors to full- and part-time employees–essentially all valid users with access to resources that you'd rather keep out of the wrong hands. People are just people, but when they mishandle data, they fall into the category of being an insider threat–intentional or not.