Due to the revolution of the internet, cyber-attacks on unsecured networks are increasing tremendously and organizations are on the verge of data breaches. Securing proprietary information, Personally Identifiable Information (PII), or any other sensitive data have become a daunting task. Preventing business disruption, information theft, and reputational loss is necessary to thrive and survive in the competitive industry.
An industry that is worth more than $2 billion, SIEM keeps growing and evolving. The first instances of SIEMs appeared as descendants of numerous security technologies: LSM, SIM, SLM/SEM, SEC and such. The earliest versions were so limited that they were barely able to scale across large companies and were rather slow. They also needed huge teams to manage thus raising the costs ever-higher. However, SIEMs have changed greatly since.
Vulnerability management is one of the core responsibilities of a security team. It covers assessing, reporting and if needed, mitigating on an organization’s security vulnerabilities. Yet vulnerabilities can be tackled with if and if only they are known to the IT security team. In order to find out vulnerabilities of a system or software, vulnerability scanning is conducted. It is a security technique whose purpose is identifying security weaknesses in a system.
Security analytics is not a particular tool, rather it is an approach to cybersecurity. Thorough analysis of data in order to implement proactive security measures is the essence of security analytics. It includes gathering data from every possible source to identify patterns. Nobody can predict the future but with cybersecurity analytics, you can make pretty accurate, informed guesses about it.
Would you sit back in your chair and do nothing while your systems are under attack? You may be, without even realizing it. Businesses are increasingly finding themselves under cyberattacks carried out by hackers or criminals. However, many of them fail to recognize that they have been attacked until it is too late to do anything. That is why timing is the most essential component of cyber security. Fighting attacks proactively instead of reactively can save your systems and networks.
Log data collection and management in IT have proved their importance in the past. Log collection and log correlation have become essential for security, internal control or compliance purposes. The average IT environment, though, consists of numerous components like software and hardware, and the logs can easily grow into hundreds of thousands in a blink of an eye. Logs contain essential pieces of network and device intelligence: What are user up to? What data is being viewed? By whom?
Today, the majority of our critical systems are intertwined with each other and are administrated by/through computers. Many decisions are automated and our lives are to some extent reliant on IoT connected devices. A great deal of our data is on cloud storage facilities and almost all of our personal data is stored in a device that has internet connection. The connectivity and complexity of these systems make them vulnerable. That is why cybersecurity has been gaining more and more importance.
Due to the sheer scale of challenges cybersecurity threats pose today, an enterprise-level security solution is always necessary for organizations. Is your company facing too many false positives? Are you spending too much time and budget on your corporate cybersecurity posture? Are you worried about vulnerable protocols and misconfigurations? Don’t worry!
Undoubtedly, log management is the heart of any SIEM solution. The more access to logs your SIEM has the better it will be able to perform. Logs help in identifying who attacked your organization and how these malicious actors penetrate your corporate network. By logging all the vital information related to network devices and other critical systems, you will be able to get a deeper insight into your organization’s cybersecurity posture.
Authentication, authorization and access control are three paramount cyber security concepts that are often confused and used interchangeably. It might be because these three are usually perceived as one single process by the end user, yet it is critically important to understand the distinction while designing the security framework.
