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5651 Log Signing
Storing records containing IP address information, along with start and end dates and times of usage, and device MAC addresses in electronic format is important for monitoring devices on the network, controlling usage, and ensuring network security.
KLog Server is a Syslog server that provides compliant timestamp services with the 5651 law. It is provided as a virtual machine compatible with Linux-based VMware and Microsoft Hyper-V platforms and works seamlessly with all devices (Firewalls, Servers, etc.) that generate logs using the Syslog protocol, independently of the manufacturer.
Additionally, KLog Server features log collection and signing from a shared folder and can collect logs at defined time intervals from different servers, providing Public SM-approved timestamping.
Why Choose Klog Server?
1. KLog Server is Linux-based and does not require a Windows license for installation.
2. It features a Public SM-approved SHA-512 hashing algorithm for log signing.
3. It has a web-based management interface and console connection.
4. Installation and configuration are straightforward.
5. It automatically detects and starts receiving logs from devices that generate them.
6. It allows real-time log content monitoring and searching within logs.
7. Logging and signing status can be tracked from the Dashboard screen.
8. Signed logs and signature files can be downloaded from the web interface in calendar format.
9. Signed logs can be automatically transferred to external shared folders, SCP, or FTP servers.
10. It supports multi-administrator or reseller/customer structures.
11. It features an email notification mechanism.
Storing records containing IP address information, along with start and end dates and times of usage, and device MAC addresses in electronic format is important for monitoring devices on the network, controlling usage, and ensuring network security. Additionally, they can be used for investigating any events occurring on the network or for troubleshooting purposes. Storing them electronically allows for easy access and searching of data, enabling quick retrieval of information when needed.
Such records can be used to assist in implementing network security policies. For example, they can be used to detect unauthorized access attempts or to ensure the security of devices connected to the network. Additionally, they are important for meeting legal requirements and investigating incidents.
Storing records electronically is a more efficient method compared to physical documentation. Electronically stored records require less storage space and are easier to back up. Moreover, if these records need to be retained for a long period, storing them digitally is more cost-effective and carries a lower risk of data corruption or loss.