Halloween is tomorrow, and do you know what that means? For starters, it means you can dance under the rare blue moon. A full moon visible for all time zones on Earth hasn’t happened since 1944, and won’t happen again until 2039. It also means you can don a costume and be anything you like. Kind of like a fraudster, that assumes a new persona every time there is a payment fraud attack.
While all cybersecurity professionals agree that log management is integral for robust proactive and reactive security, managing the enormous amount of data logs can be a challenge. While you might be tempted to collect all logs generated from your systems, software, network devices, and users, this “fear of missing out” on an important notification ultimately leads to so much noise that your security analysts and threat hunters cannot find the most important information.
The number of cyberattacks has increased five-fold after COVID-19, as the pandemic brought new opportunities to cybercriminals. At this rate, cybersecurity threats are estimated to cost the world US $6 trillion a year by 2021. Since remote working became “the new normal”, it also became a growing gateway to new forms of data theft and as a result, companies face significantly increased risk of cyber-attacks and data breaches.
Alert fatigue is a well-known phenomenon with security products – the security team gets a lot of alerts (from the SIEM, for example), it tries to triage and act upon all of them, but at some point, they are so many and so few of them are actual threats, that the security team just ignores them. And that leads to both overworked security teams and an increased risk for missing an actual threat. Why is that happening? It’s hard to tweak a system right, no matter how flexible it is.
SIEM stands for Security information and event management. This technology has existed since the late 1990s. Traditional SIEM has been joined by a broad use log management technology that focuses on collecting various types of logs and events for different purposes, such as: SIEM vendors usually provide different combinations of functionalities to offer the benefits listed above.
The Sarbanes-Oxley Act (SOX) establishes requirements for the integrity of the source data used in financial transactions and reporting. In particular, auditors are looking at regulated data residing in databases connected to enterprise applications. To prove the integrity of financial data, companies must extend audit processes to the financial information stored within corporate databases.
Initially, Security Information and Event Management (SIEM) solutions were readily adopted because of their capability to provide actionable insights into the deep corners of an organization’s network. Legacy SIEM systems helped in understanding when and where security incidents are happening in real-time. Soon enough, these SIEM systems faced an avalanche of false positives, and they required a dedicated team to filter out irrelevant alerts.
This latest update to EventSentry improves your security posture with validation scripts, simplifies IT troubleshooting for both administrators and users, gives you visibility into installed browser extensions along with many other usability improvements in the web reports.
Log data plays an unparalleled role in the operation and functioning of a SIEM solution. Or in other words, logs are intrinsic for an effective SIEM solution. Without incoming log data from a variety of different sources in your IT infrastructure, a SIEM essentially becomes useless. In our previous posts, we have explored a variety of features of Logsign SIEM concerning dashboards, reports, search queries, alerts, and behavior definitions.
