F8650E Central module of the security system HIMA

F8650E security system central module Network security includes network equipment security,

network information security, network software security. F8650E hackers through network-based invasion to

achieve the purpose of stealing sensitive information, and some people are good at network-based attacks, by

being bought to attack commercial competitors through the network, resulting in the normal operation

of network enterprises network security is to prevent such information theft and commercial competition attacks

to take measures. F8650E Network security module refers to the software and hardware devices in the computer

network specially used to protect data integrity and privacy. The network security module can provide real-time network protection, and

in-line malware scanning technology, provide comprehensive network protection

and real-time classification of unknown or new network content. Use advanced analytical techniques; See Network

Threats instantly: Through the service’s built-in reporting interface, IT administrators can easily see how many threats are trying to

access the network and quickly spot end users who are infected with malware and trying to send sensitive or confidential information to the malware server.

A hardware security module (abbreviated HSM) is a computer hardware device designed to protect and manage the keys

used by a strong authentication system while providing related cryptographic operations. Hardware security modules connect

directly to computers or network servers through expansion cards or external devices. HSM provides tamper proof and

tamper proof anti-tamper functions. The former is designed so that tampering will leave traces, while the latter is designed

so that tampering will cause HSM to destroy protected information such as keys.

Each HSM includes one or more security coprocessors to prevent tampering or bus detection. Many HSM systems

provide a reliable key backup mechanism that allows confidential data to be securely processed or transferred via smart

cards or other devices. Because HSMAs are often part of a critical infrastructure such as a public key infrastructure (PKI) or

online banking, multiple HSMAs are commonly used simultaneously to achieve high availability.

Some HSMS are designed with dual power supplies and no downtime to replace accessories, such as cooling fans, to ensure

high availability requirements in environments such as data centers. A few HSMS let users run specially developed

modules on their internal processors. This design is useful in some scenarios, such as when users can run special

algorithms or business logic in such a secure, controlled environment, and programs stored in the HSM (connected to the computer)

cannot be extracted or tampered with even if an attacker gains full control of the computer.

General HSM allows users to develop such specialized programs using C,.NET, Java, and other programming languages. It

is worth noting that there is a separation between the user-defined programs and the HSM’s own programs, so that the

existence of the programs does not affect the security of the HSM itself. Given the critical role that hardware security

modules (HSMS) play in the security of applications and infrastructure, such cryptography modules are typically certified

under internationally recognized standards such as Common Criteria and FIPS 140.