Stop unauthorized change on the servers that run financial services.

A change freeze holds planned work on core banking, payments and trading servers. It doesn't hold attackers. During one, Mimic keeps checking each change to a protected server against its known-good profile and stops unauthorized ones at the point of execution. Patches that wait for the freeze to lift are the window Virtual Patching covers: a safeguard can block the specific mechanism an analyzed vulnerability depends on until the patch goes in.

DashCam records each change Mimic blocked on a protected payments, trading or core banking server: what it tried to change, when and the process behind it. Your team works from that record instead of rebuilding a timeline from scattered logs, and Mimic feeds enforcement events to your SIEM and SOAR platforms.

No. Patching, change approval and incident notice stay with your team and the tools you run today. Mimic Networks adds enforcement on the servers it protects: changes outside a server's known-good profile stop at the point of execution, whether a patch is waiting for a window or an attacker holds valid credentials. A Virtual Patching safeguard can block the specific mechanism an analyzed vulnerability depends on until the patch goes in.

Start where an unauthorized change would cost the most: the core banking and payments application servers, the domain controllers every other server trusts and the database servers behind them. Mimic Networks protects Windows Server 2016 and later, and Red Hat Enterprise Linux 8 and later. You pick the servers and the critical applications on them, and Mimic builds a known-good profile for each one.