SureLog Next-Generation SIEM. User Guide
SureLog SIEM is a security platform which differs from many SIEM products. The main difference is; correlation engine which you can develop your own logic with a High-Level Domain-specific Language.
SureLog leverage automated behavioral profiling to automatically detect anomalies and autonomously dfine rules on the data, to discover security events that require investigation.
How come SureLog detects things like a failed login from all brands and types of devices. The answer is in the taxonomy it uses.
A SIEM Security Use Case is this first single step in the, increasingly more important, task of identifying threats in our corporate environment.
GDPR requires organizations to gain explicit permission for any personal data use beyond the original intended purpose.
Monitoring user behaviors with SureLog SIEM is easy and manageable.
The primary benefit of a SIEM system to any organization, is the fact it immensely increases the effectiveness of incident response teams.
How come SureLog detects things like a failed login from all brands and types of devices. The answer is in the taxonomy it uses.
SureLog SIEM Has The Best On-Line Log Retention Time
Next-Gen SIEMs have brought new capabilities to organizations and their security teams.
The SureLog application features dashboards on various security topics. Dashboards deliver monitoring and reporting metrics to track the state of security throughout the network.
Hot data is necessary for live security monitoring. Archive data is not available fastly.
SureLog SIEM is a security platform which differs from many SIEM products. The main difference is; correlation engine which you can develop your own logic with a High-Level Domain-specific Language.
Anomaly detection in sequence data is becoming more and more important to detect cyber security intrusions. Markov chain technique has been widely accepted for its simple realization with few parameters.
You might need to detect when the same account is logged into twice in a short period of time but from locations very far away when complying with General Data Protection Regulation (GDPR).
Correlation is a must for SIEM solutions. But, the detection capabilities of the SIEM products available are very different from each other.
Ransomware is a top security concern for organizations today. Malicious actors continue to develop new techniques and strategies to trick victims into downloading and installing ransomware on victim their systems.
Lists are available in most (if not all) SIEMs. Lists are different in each of the SIEMs on the market.
DNS has an important role in how end users in your enterprise connect to the internet. Each connection made to a domain by the client devices is recorded in the DNS logs.
Adversaries may attempt to manipulate features of their artifacts to make them appear legitimate or benign to users and/or security tools.
As we know SIEM solutions are critical needs for cyber security and also for SOC.
The quality of the correlation rules used by a SIEM correlation engine is a critical factor that determines its effectiveness.
There are many recommendations and regulations mandating long-term hot, online, immediately available, and live logs.
There are many comparisons and scoring reports like Gartner. But a small part of their scoring is technical capacity. Other comparisons available on the web or magazines are marketing, sales, and presales documents.
The right SIEM tool varies based on a business’ security posture, its budget and other factors. However, the top SIEM tools usually offer the following capabilities:
It is important to retain logs for a significant amount of time in order to be able to investigate and analyze past attacks. This allows security teams to identify patterns and trends that can aid in the detection and prevention of future attacks.