Cyberark’s Enterprise Password boasts orchestration and automation functions for improved productivity.

Enterprise Password Vault (EPV) by Cyberark is an advanced cybersecurity solution developed to assist organizations in protecting, controlling, and securing privileged accounts and credentials. EPV’s automated orchestration functions help organizations streamline access management procedures faster. EPV also features automation features designed specifically to make compliance management procedures simpler – another defining characteristic.

Organizations face cyber threats that leverage privileged accounts to gain unauthorised entry to critical systems and confidential data in today’s digital environment. With an ever-increasing complexity and quantity of privileged credentials to manage manually, manual administration becomes both time consuming and cumbersome; EPV provides automation and orchestration functionalities which enhance efficiency, security, and compliance when administering these credentials.

Automating EPV allows organizations to reduce manual labor and human intervention required in managing privileged accounts, making EPV more cost-efficient than manual methods in terms of both time savings and potential human error reduction. Organizations can automatically identify new privileged accounts as they appear, designate and rotate passwords accordingly and revoke access for inactive or compromised ones using its automation features – saving both time and effort while mitigating risks related to human errors such as improper password usage by IT teams. This way EPV helps them save both effort and human error potential as well.

EPV also features automation functionalities designed specifically to manage and oversee privileged sessions, making EPV ideal for institutions seeking an automated way of initiating, overseeing and terminating them – helping institutions eliminate insider threats or malicious activity taking place with access. By tracking and auditing every privileged session initiated through EPV’s automation features privileged sessions become safer environments that mitigate insider threats or other types of harmful activity from happening.

EPV provides organizations with robust orchestration capabilities. Through workflows, approval procedures and segregation of duties it enables organizations to establish and enforce privileged access policies – assuring each request for privilege is subject to an adequate approval procedure before being bestowed on legitimate users with valid business needs – not only strengthening security stance but also supporting compliance obligations like HIPAA, GDPR or SOX compliance obligations.

EPV also boasts the capability of overseeing and strengthening access granted to third-party and vendor entities. 

As organizations increasingly turn to remote work for maintenance and support services, organizations often grant temporary privileged access to third-party vendors – sometimes granted without complying with company policies & regulations – in order to facilitate maintenance/support functions while safeguarding sensitive data/systems from potential unauthorized access. EPV’s orchestration capabilities offer organizations a solution by temporarily authorizing temporary secure privileged access grants while guaranteeing policy & regulation compliance all while safeguarding authority over sensitive systems/data/systems/.

EPV’s incorporation with other security technologies and tools provides another useful orchestration feature. By seamlessly integrating with various security tools such as SIEM, IAM and PAM via its open APIs and SDKs, businesses are given a comprehensive security ecosystem built by EPV that not only gives an overall overview of their privileged access but also aids them with automated threat detection procedures and risk assessments related to such activity. 

By this integration of security tools such as SIEM, IAM and PAM into an organization’s security ecosystem; organizations gain not only an all-round understanding of their privileged access but assistance with automating various security procedures necessary for operations consisting of threat detection as well as risk assessments of activities contingent upon such activity based upon privilege activity based upon EPV’s open APIs/SDKs enabled businesses create comprehensive security ecosystem. By virtue of this integration of EPV open APIs/SDKs empower businesses create comprehensive security ecosystem.

By means of integration businesses gain both comprehensive perspective of access, as well as coordination of diverse security procedures necessary in addition to risk assessments contingent upon such activities being dependent upon it being contingent privileged activity dependent security procedures including threat detection/risk evaluation procedures in addition to automating/coordinating various procedures related thereupon such activity privileged activity contingent thereupon as well as automation/coordination/coordination procedures dependent upon this activity which facilitate privileged activity.

EPV provides reporting and analytics capabilities for privileged access, giving organizations valuable insight into their privileged access management processes. With EPV’s assistance, organizations can identify hazards within privileged accounts with weak passwords or users with excessive privileges using these analytics – information which empowers organizations to take proactive measures aimed at strengthening security posture such as enforce more stringent password policies or limit superfluous access.

Cyberark’s Enterprise Password Vault provides organizations with powerful automation and orchestration features that facilitate optimization of privileged access management processes, reduce vulnerability from internal threats and cyber attacks, ensure regulatory standards are upheld, as well as give organizations a competitive advantage in today’s dynamic digital environment. Therefore, EPV should be taken seriously by any contemporary organization seeking to manage privileged access privileges.