SIA USAM X-Series serves as an end-to-end comprehensive solution that acts as a formidable shield for the sensitive layer of IT security that protects data, infrastructure and assets across an enterprise. Designed to deliver unprecedented level of security in the cyber security space, SIA USAM X-Series delivers Silverlake’s cyber security products, services, support and maintenance - All in One. The solution provides hardened security for its Privilege Access Management technology stack to help protect against cyber threats while providing more consistent service performance. Powered by Xeon processor, SIA USAM X-Series is equipped to provide workload-optimised performance with advanced reliability. The solution set comprises three different models that is meticulously designed to cater for specific needs of an enterprise, regardless of the nature, size or complexity of the enterprise. The primary SKUs of X-series, comprises of the X3 Series, X5 Series and X7 Series, which aim to give the right solution fit for a small, mid-sized and large-sized enterprise, operating in multiple industry verticals.

VariA MFASP X Series serves as a multi-factor authentication solution that acts as a formidable line of defence against unauthorized system access across an enterprise. VariA X Series hardens security around sensitive data, thwarting malicious attempts at privileged accounts. The primary SKUs of X Series: X3 Series, X5 Series and X7 Series, which aim to be the right solution fit for a small, mid-sized and large-sized enterprise, operating in multiple industry verticals.

The concept of whitelisting in Checker is does not just refer to execution of permitted processes. It includes all possible actions in the ATM computer that can be managed from the operating system, i.e. access to files or folders, access to libraries, to the registry, to the network, to the keyboard, the mouse, essentially everything that can be controlled is controlled. The possibility to control all these access constraints from a single agent using different, related combinations of rules makes Checker a very powerful and versatile security control.

Checker uses Hard Disk Drive Encryption to avoid attacks via alternate boot mediums, such as when an attacker tries to gains access to the ATM hard drive and manipulates Checker or the Operating System to disable the ATM protection. An encrypted drive cannot be manipulated as any change will render the contents of the drive useless. Checker uses the standard AES-256 algorithm to encrypt the disk. Encryption can be performed remotely via the Checker console.