Because of this, implementation practices in virtualized environments require the Server Key to be placed on the Digital Vault Server OS file system. To start the Digital Vault software, the virtual machine must have access to the Server Key. This risk of an attacker successfully reverse-engineering the encryption of the Digital Vault data is increased in virtual environments. Customers who run the Digital Vault Server in a virtualized environment assume this risk. There is no mitigating control for the risk of brute force attacks. This risk arises because an attacker can create unlimited copies of the virtual machine, and with an unlimited number of machines, account lockout mechanisms can be bypassed.
#Aws do i need antivirus software password#
The following are potential security risks associated with running a virtualized Digital Vault Server and CyberArk’s recommendations to mitigate these risks ■Īn attacker can potentially initiate multiple, simultaneous “brute force” password attacks against existing CyberArk user accounts. This may allow an attacker to obtain the whole guest image of the Digital Vault Server, which is a risk not present in a standard, physical implementation.
#Aws do i need antivirus software install#
Though the Digital Vault software is designed to install and run seamlessly in both physical and virtual environments, a virtualized implementation introduces risks not present in the standard configuration outlined in the CyberArk Digital Vault Security Standard.Ī virtual environment implementation includes remote attack vectors, both from outside of the virtual host environment and from other virtual guest images, bypassing physical datacenter security layers. This extra step makes it more difficult for an attacker to gain unauthorized remote access to the CyberArk solution.Ĭustomers may want to install the Digital Vault software in a virtualized environment. With a controlled, remote console in place, an attacker would first need to gain access to the remote console and then attempt to connect to Digital Vault Server. If CyberArk appliances are being utilized, iDRAC access is configured by default. CyberArk supports a variety of available “out-of-band” technologies, such as iDRAC (integrated Dell Remote Access Card), iLo (integrated Lights-out) or RSA (Remote Supervisor Adapter), providing complete IP-KVM capabilities. To reduce the attack surface, CyberArk requires that the Digital Vault Server only be accessible via a controlled remote console. When direct remote access is configured, an attacker with any level of access on the network may be able to open a connection to the Digital Vault Server and potentially tamper with the server or its data. The CyberArk Digital Vault Security Standard prohibits direct remote access (RDP, VNC, etc.) to the Digital Vault Server because it significantly increases the attack surface of the Digital Vault Server.
For operating systems that are known for being affected by malware and other types of viruses, you definitely want to choose an antivirus solution that suites your needs.While CyberArk recommends only physical access to the Digital Vault Server, remote administration of the Digital Vault is a common customer requirement, as many organizations often have limited physical access to the Digital Vault Server. This might be more of a periodic check or some process that you utilize to inspect the presence of any malware in place in the operating system. Unless you’re using some Linux flavor of an operating system, which then the requirement allows you to have some type of a process in place for checking those EC2 instances for any presence of malware. But for this requirement, you must have an antivirus solution for any EC2 instance that you’re operating. A lot of times, we get push back on this one and people don’t see the reason for implementing antivirus because of other controls they’ve put into place to prohibit that type of malware from entering their environment. This is for the purpose of PCI Requirement 5.
In your AWS environment, you are responsible for implementing an antivirus solution on any EC2 instance that you are operating.
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