DataStealth's eSkimming Protection proactively blocks eSkimming attacks everywhere, every time—protecting 100% of your pages continuously across all browsers and web servers. Our solution addresses the critical security gap left by PCI DSS standards that only require weekly script checks, leaving you vulnerable six days out of seven.
No website changes, nothing to install, and zero maintenance.
Works seamlessly across all browsers and devices, ensuring consistent security.
Instead of weekly checks, get real-time alerts, eliminating security gaps.
Safeguard your customers' data and your reputation in an era where 82% of buyers stop engaging with brands following a data breach.
Managed service that doesn't strain your security team.
DataStealth's payment data tokenization solution represents a proactive approach to payment security, going beyond regulatory requirements by completely eliminating card data exposure and simplifying compliance.
DataStealth offers a comprehensive suite of PCI solutions to address your payment security needs:
Ensure customers only enter payment data into approved, secure forms—preserving customer confidence and brand integrity.
Confidently ensure compliance with PCI requirement 12.5.2 by quickly identifying all payment card data across your IT environment.
Eliminate card data exposure risk and significantly reduce PCI audit scope with our tokenization solution.
DataStealth’s PCI e-skimming Protection requires only a small DNS network change; no application code changes are needed.
In contrast, other solutions require adding monitoring scripts ("sensors") across each server or application page, creating complexity and scalability issues.
DataStealth’s PCI e-skimming Protection provides 100% browser coverage across all devices by dynamically editing and protecting traffic in real-time before it reaches the consumer's browser. Inventories and inspects all scripts (inline, third-party, fourth-party) proactively before loading.
On the other hand, script-based solutions offer limited browser support and may be affected by ad-blockers installed by the consumer on their browser, leaving gaps in protection.
DataStealth’s PCI e-skimming Protection works inline with traffic, analyzing scripts before they are served to consumers. Fully agnostic to client platforms, operating systems, and browsers.
Competing solutions often rely on endpoint compatibility and may not support all platforms or browsers effectively.
DataStealth’s PCI e-skimming Protection operates independently of endpoint scripts; attackers cannot disable monitoring as there are no client-side sensors to compromise.
In contrast, the efficacy of client-side monitoring is dependent upon the order in which scripts are executed by the consumer’s browser. Consequently, attackers can disable client-side monitoring scripts before launching attacks, making these alternative solutions non-compliant, as described in the PCI DSS Guidance for PCI DSS Requirements 6.4.3 and 11.6.1.
DataStealth’s PCI e-skimming Protection easily scales across large infrastructures without any burdensome maintenance due to requiring a simple DNS change at the network layer.
On the other hand, adding script-based sensors becomes increasingly resource-intensive as the number of servers and pages grow.
DataStealth’s PCI e-skimming Protection was specifically designed for PCI DSS v4 requirements (6.4.3 & 11.6.1) and, more importantly, eliminating gaps that script-based attacks typically exploit. It proactively detects, alerts, and prevents unauthorized scripts from loading entirely – rather than merely detecting them after loading – thus exceeding PCI compliance standards
DataStealth’s PCI e-skimming Protection is delivered as a service that includes powerful software and expert personnel who maintain and enforce compliance policies actively alongside your team. You do not need to provision or divert internal staff for ongoing management, maintenance, or policy enforcement - DataStealth handles all that for you.
Let us show you how DataStealth solves your most complex data challenges.