My main use case for CyberArk Secure Cloud Access is that we have multiple clusters. We use CyberArk Secure Cloud Access with one of our clusters to reduce the attack surfaces, so a user cannot get access to the full network, and access is specific to approved resources. It also provides single sign-on as well as Zero Trust Network Access, which is called ZTNA. In my day-to-day work, single sign-on and Zero Trust Network Access function as follows: instead of opening the whole corporate network through any VPN, CyberArk gives only specific applications or systems. For example, a developer only gets access to a particular Kubernetes or OpenShift cluster or any particular applications or database, not the full internal network, which reduces security risk significantly. I would add that CyberArk Secure Cloud Access gives IT-based access control, privileged access protections, session monitoring, and recording. These are the most important features and use cases that we are using.
I have been dealing with CyberArk Secure Cloud Access for over three years now, and I have been working with CyberArk for 10 years plus. I work with their CASB solution, CyberArk Secure Cloud Access, and I am a certified deployer for CyberArk. I use adaptive risk-based policies in CyberArk Secure Cloud Access to learn and understand the environment. The use of dynamic role-based access controls in CyberArk Secure Cloud Access enhances my cloud security by helping not to prolong the access granting process. In other words, just-in-time access is very quick. Integrating with existing IT ecosystems like AWS or Azure IAM or Azure AD helps streamline my administrative and compliance efforts when that is set up correctly. I have been both a customer and reseller of CyberArk.
My usual use cases for CyberArk Secure Cloud Access involve primarily working on PAM, which is Privileged Access Management, and this generally helps us with admin and high-level account accessibility. We also use credential vaulting alongside its JIT, which is temporary access, and this has proven quite helpful for our needs.
As a distributor, I sell CyberArk Secure Cloud Access to partners and then to customers. I don't have the products deployed in production. I maintain a lab that I use for presentations and demos. I have both on-premises and cloud infrastructure. I am in the channel chain for CyberArk Secure Cloud Access, purchasing it directly from the vendor.
Privileged access management, governance, and audit are the primary use cases for CyberArk Secure Cloud Access. For audit and governance purposes, you want visibility into who accesses what, at what time, and what they do. When deploying CyberArk Secure Cloud Access, you gain this visibility. If you need to audit something that has already happened, CyberArk Secure Cloud Access can help you understand who performed an action. For example, if a database administrator logged into a device or operating system via SSH, CyberArk Secure Cloud Access monitors the person so you know exactly what they did. If there is downtime caused by human error, perhaps a configurational error by a networking administrator, the PAM solution can help you understand that Isaac performed this action at this specific time and that action caused the downtime. CyberArk Secure Cloud Access also prevents risks because you must go through the platform to access the environment, which limits your risk surface area and reduces risk overall. There are many reasons that organizations deploy CyberArk Secure Cloud Access. Some deploy it because it is part of their policy or standard, others deploy it for risk reduction, and others deploy it because they want to audit what their people are doing and manage their metrics.
I use CyberArk Secure Cloud Access ( /products/cyberark-secure-cloud-access-reviews ) for managing privileged access and maintaining security. My work involves secure tunnels between on-premises and the cloud. I create secure environments using VPN, CPM ( /categories/business-performance-management ), and PSM servers both on-premises and in the cloud, and handle installations and configurations across a variety of systems including physical, cluster, and virtual servers.
CyberArk Secure Cloud Access improves security with its dynamic role-based access and efficient management of private keys, minimizing security risks and enhancing user experience in demanding cloud environments.
CyberArk Secure Cloud Access is designed for lightweight deployment, offering high availability and robust security features. Its seamless integration with SIEM enhances user experience, while private key management reduces manual entry dependency. Comprehensive audit trails and...
My main use case for CyberArk Secure Cloud Access is that we have multiple clusters. We use CyberArk Secure Cloud Access with one of our clusters to reduce the attack surfaces, so a user cannot get access to the full network, and access is specific to approved resources. It also provides single sign-on as well as Zero Trust Network Access, which is called ZTNA. In my day-to-day work, single sign-on and Zero Trust Network Access function as follows: instead of opening the whole corporate network through any VPN, CyberArk gives only specific applications or systems. For example, a developer only gets access to a particular Kubernetes or OpenShift cluster or any particular applications or database, not the full internal network, which reduces security risk significantly. I would add that CyberArk Secure Cloud Access gives IT-based access control, privileged access protections, session monitoring, and recording. These are the most important features and use cases that we are using.
I have been dealing with CyberArk Secure Cloud Access for over three years now, and I have been working with CyberArk for 10 years plus. I work with their CASB solution, CyberArk Secure Cloud Access, and I am a certified deployer for CyberArk. I use adaptive risk-based policies in CyberArk Secure Cloud Access to learn and understand the environment. The use of dynamic role-based access controls in CyberArk Secure Cloud Access enhances my cloud security by helping not to prolong the access granting process. In other words, just-in-time access is very quick. Integrating with existing IT ecosystems like AWS or Azure IAM or Azure AD helps streamline my administrative and compliance efforts when that is set up correctly. I have been both a customer and reseller of CyberArk.
My usual use cases for CyberArk Secure Cloud Access involve primarily working on PAM, which is Privileged Access Management, and this generally helps us with admin and high-level account accessibility. We also use credential vaulting alongside its JIT, which is temporary access, and this has proven quite helpful for our needs.
As a distributor, I sell CyberArk Secure Cloud Access to partners and then to customers. I don't have the products deployed in production. I maintain a lab that I use for presentations and demos. I have both on-premises and cloud infrastructure. I am in the channel chain for CyberArk Secure Cloud Access, purchasing it directly from the vendor.
Privileged access management, governance, and audit are the primary use cases for CyberArk Secure Cloud Access. For audit and governance purposes, you want visibility into who accesses what, at what time, and what they do. When deploying CyberArk Secure Cloud Access, you gain this visibility. If you need to audit something that has already happened, CyberArk Secure Cloud Access can help you understand who performed an action. For example, if a database administrator logged into a device or operating system via SSH, CyberArk Secure Cloud Access monitors the person so you know exactly what they did. If there is downtime caused by human error, perhaps a configurational error by a networking administrator, the PAM solution can help you understand that Isaac performed this action at this specific time and that action caused the downtime. CyberArk Secure Cloud Access also prevents risks because you must go through the platform to access the environment, which limits your risk surface area and reduces risk overall. There are many reasons that organizations deploy CyberArk Secure Cloud Access. Some deploy it because it is part of their policy or standard, others deploy it for risk reduction, and others deploy it because they want to audit what their people are doing and manage their metrics.
I use CyberArk Secure Cloud Access ( /products/cyberark-secure-cloud-access-reviews ) for managing privileged access and maintaining security. My work involves secure tunnels between on-premises and the cloud. I create secure environments using VPN, CPM ( /categories/business-performance-management ), and PSM servers both on-premises and in the cloud, and handle installations and configurations across a variety of systems including physical, cluster, and virtual servers.