CyberArk offers comprehensive privileged access security capabilities that help enterprises safeguard the most sensitive information and systems. In this post we explore how CyberArk protects privileged access and its core functionalities.
1. Discovery/Onboarding
CyberArk provides automated privileged account detection and onboarding capabilities which are key. Specifically, its Discovery and Audit (DNA) module analyzes your network for any administrator accounts including local/domain administrators and service/SSH keys on it - thus creating an exhaustive discovery procedure listing any accounts with high-risk credentials that require more oversight or protection.
After discoveringing privileged accounts, CyberArk's onboarding capability secures them within its Privileged Account Security Center (PASC), also referred to as CyberArk Vault. Automation capabilities make the onboarding process faster and more consistent; keeping high-risk credentials up-to-date while eliminating vulnerabilities is the goal here.
2. Manage Access
CyberArk's functionality relies on finely controlled access restrictions and account management, with access control enabling enterprises to create strong security rules tailored to meet both their own specific needs and industry norms. It offers enterprises flexibility when developing tailored security frameworks which balance access with protection.
CyberArk's Central Policy Manager (CPM), acts as its policy engine. CPM allows businesses to implement role-based access controls (RBAC), which segregate duties according to individual roles and grant privileged access accordingly. Meanwhile, OPM allows them to issue temporary, time-bound rights that reduce attack surface while simultaneously decreasing standing privilege abuse risk.
3. Tracking and Documenting Sessions
CyberArk's session monitoring and recording provides secure privileged access, real-time user activity control and proxying sessions to limit users to certain systems or tasks; additionally it logs all privileged sessions enabling enterprises to perform extensive auditing or investigations of any sort.
Monitoring and recording sessions help businesses detect suspicious activity, ensure policy compliance, uncover internal risks or breaches in security policies and address breaches in policies to maintain security while protecting sensitive data and systems. Session recording allows businesses to respond immediately when suspicious behavior arises and detect risks within their security policies if identified, detect internal risks as they develop quickly or identify policy breaches quickly - an essential feature for maintaining and protecting sensitive systems and sensitive data.
4. Generating and Retaining Passwords
CyberArk provides password management and rotation services that help businesses ensure privileged account passwords remain strong, unique and up-to-date. Their system automatically generates complex passwords to meet strict complexity requirements while avoiding reuse.
CyberArk can rotate privileged account passwords regularly or whenever an employee accesses one, to reduce credential stuffing attacks and limit any harm done if one were compromised. By regularly rotating passwords, CyberArk helps reduce credential stuffing risks as well as brute force attempts against these sensitive accounts and their members, and lessening harm incurred from compromised privileged accounts if compromised.
5. Threat Identification and Response Systems
CyberArk allows organizations to detect and respond immediately to sophisticated cyber attacks through real time using its infrastructure, featuring behavioral analytics, machine learning, SIEM integration, alerts security teams to any attacks that happen automatically via user behavior analysis as well as automatic responses that contain or mitigate such attacks by studying user activities and patterns of behaviour.
Anti-Advice Package (APT) attacks and other advanced cyberattacks require rapid identification and response mechanisms in order to be secured effectively. By quickly recognising and responding accordingly, security can be improved considerably and APT threats defended against more effectively.