A Privileged Access Management (PAM) Solution caters to securing the sensitive credentials of the privileged users in an organization. The solution supports business-critical applications requiring continuous availability and reduced downtime through embedding High Availability technology consisting of groups of servers that provide continued operations, thus eliminating single points of failure. To ensure continuity, organizations typically facilitate a DR in an offsite location, which is not an ideal solution for emergencies like a Break Glass Scenario.
Microsoft’s Active Directory (AD) technology is used to manage computers and other networked devices. The primary purpose of AD is to give administrators the ability to manage permissions and restrict access to network resources. Users, groups, apps, and devices are a few examples of the objects that make up AD’s data storage. These objects are categorised based on their names and other characteristics.
An Active Directory bridge is a device that enables companies to keep utilising Microsoft AD as their primary source of identity while extending it to protocols, systems, and applications that Active Directory does not manage natively. A cloud identity bridge or an Active Directory extension are the other names for this kind of system.
Microsoft’s Active Directory (AD) technology is used to manage computers and other network devices. It is a fundamental component of the Windows Server, an operating system used to power both local and remote servers. It is important for businesses to secure AD for it provides access to systems, applications and resources.
Advanced Persistent Threats (APTs) are sophisticated and continuous cyberattacks. In an APT, threat actors remain inside a network undetected for a longer period of time. The stages of an APT are infiltration, lateral movement, privilege escalation and exfiltration.
Application Password Management is the method of controlling & storing application credentials securely. This approach avoids the manual burden of managing application passwords and accepting credential requests. It typically occurs autonomously.
It is the number of possible ways or vulnerabilities that a hacker can exploit to access a system or extract sensitive data. Human risks, unpatched systems and network vulnerabilities are some of the factors that can increase the attack surface.
Authentication, Authorization and Accounting (AAA) is a cyber security framework that defines access to network resources. This framework helps in effective network management and security for organizations.
A botnet is a network of malware-infected computers that are controlled by a remote attacker. Each infected computer is called a bot. A hacker can use a botnet to launch sophisticated DDoS attacks, email spamming and data exfiltration.
In brute forcing attacks, hackers try to crack a user’s password by continuously guessing all possible keys.
Identity Lifecycle Management (ILM) manages the digital identities from creation until deletion. According to International Information System Security Certification Consortium ((ISC)²), ILM involves Provisioning, Deprovisioning, Defining New Roes, Account Maintenance and Review.
ILM and PAM go hand in hand. Identity lifecycle management can boost an organization’s productivity and security. By controlling who has access to what and for how long, one can implement the principle of least privilege, i.e. no one has more rights than they need to do their job.
Indicators of Compromise (IoCs) are the traces of objects or activities on a network that indicate the probability of an intrusion. IoCs are crucial in identifying malicious activity and preventing known digital forensics threats.
Indicators of Compromise (IoCs) are the traces of objects or activities on a network that indicate the probability of an intrusion. IoCs are crucial in identifying malicious activity and preventing known digital forensics threats.