From performance information to fault and intrusion detection, logs can provide you a lot more things with regard to what is happening on your systems and network along with the timestamps and order of the events. Logs can be invaluable for resource management, instruction detection, and troubleshooting. More importantly, logs can provide an admissible evidence for forensic purposes in the aftermath of an incident. The following sections provide a deep dive into some use-cases of logs.

The log management service is often outsourced to a third-party service provider due to the complexity of the process involved in the collection of logs. When a business plans for outsourcing log management to a service provider, business requirements must be given a top-most priority. To start with, a business must identify the goals it desires to accomplish through log management. After locating the required resources, the decision-making body should select a vendor for availing its services.

Logsign is seamlessly integrated with Symantec Advanced Threat Protection (ATP). Let’s see how. Types of events detected by Symantec Advanced Threat Protection.

The logging ecosystem or a logging infrastructure is the set of all components and parts that work together to generate, filter, normalize, and store log messages. The purpose of this logging system is to use logs for solving particular problems. For example, the logs can help to find out the source of the attack. This article defines each component of logging ecosystem and illustrates how they work.

It has now become public knowledge that every business organization is under constant threats in the ever-evolving cyberspace. In order to secure their assets and maintain a strong defence against the actors with malicious intent, an organization takes a number of steps such as installing appropriate software and hardware, implementing security controls, etc. One such step is log management which plays a crucial role during a security incident.

SOC architecture is a vital component to consider when building an effective and reliable SOC. It includes the consideration of SOC locations and centralization, SOC architecture and organizational size, SOC staffing, and SOC mixing up with a cloud. The subsequent sections delve into these essential points in great details.

Malware, or malicious software, is often used by the cybercriminals to cause a significant amount of damage at the victim’s end. The phrase ‘cybercriminals’ include attackers, hacktivists, group of hackers and even nation-states.

The most hyped law on data protection has finally come into effect on May 25, 2018. Passed by the European Parliament on April 14, 2016, it is already being touted as the most stringent data protection law across the world. Prior to GDPR, Data Protection Directive of 1995 was applicable which now stands repealed. Apart from the businesses incorporated in the European Union, GDPR also applies to businesses incorporate outside the European Union but are dealing with the data of EU residents.

In the evolving world of technology, cybersecurity threats are growing exponentially and, therefore, enterprises are seeking for standardized and automated Security Operation Centers (SOCs) to address these threats effectively. Though SOC standardization and Automation is of paramount importance, yet there are some other critical factors that must be considered when building an effective and reliable SOC.

Prior to 2005, there used to be quite a debate over Security Information Management (SIM) and Security Event Management (SEM). This debate was ended for once and all by Amrit Williams and Mark Nicollet of Gartner when they defined SIEM – Security Information Event Management in 2005.