Network security prevents unauthorized access to the network by creating virtual barriers. The network security network topology controls access to the local or remote network from the device and restricts traffic between the device and the network,
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Global attack protection detects, prioritizes, and terminates harmful or unauthorized network activity. The Global Attack Prevention network must enforce a strong firewall policy, providing no open source devices, firewall rules, or services for your business or even if you play online in different websites so you need to have protection, for safe gaming go to this casino website OnlineCasinoReviewsUK. Firewall rules keep any harmful network activity from reaching the device. If the policy does not apply or the firewall is down, malicious devices are able to access the network. Global Attack Prevention relies on the network traffic (e.g., WiFi, cellular, or Bluetooth) to detect malicious activities in the local or remote network. When network activity exceeds acceptable limits or the firewall is blocked, malicious activity is blocked. Global Attack Prevention determines which WiFi or Bluetooth hosts are malicious hosts. It assigns each malicious host to a number of restricted hosts in the attacker’s server that represents the number of devices the malicious host can control. The same host can be assigned multiple restriction hosts and cannot be used to access an entire local or remote network. All servers and device controllers must comply with restrictions by matching IP addresses with IP addresses, MAC addresses with MAC addresses, and NAT (Network Address Translation) addresses with NAT (Network Address Translation). Global Attack Prevention denies access to all malicious hosts to prevent the device from being compromised. If the Global Attack Prevention policy is violated, malicious devices can access the network.
Multiple Host Protection protects a user’s device from threats that originate from a single host that accesses the network. Multiple Host Protection restricts which hosts the user can access. The network is forced to prevent malicious devices from accessing this particular host. If the host is attacked, it is identified by network activity. To ensure that the user is not compromised by the attack, the user must be able to access the device from other sources.
Multi-Factor Authentication restricts access to the device through multiple forms of authentication. For example, a user must login to an account, provide a password, or enter a mobile device type to access the device. All these authentication methods require a user to complete a step that is likely to be complicated. Multi-Factor Authentication adds complexity to the steps required to protect the device.
Network Watchdog protects the device against attacks on its connection and its applications. If the network is compromised, all users are notified and the device is denied access.
VPN protects the device against attacks that affect the device’s network and its applications. A VPN protection factor is a value between 0 and 4 that determines whether the VPN service should be enabled or disabled.
Suspend mode protects the device from “invisible” attacks that could occur in the absence of user interaction. For example, malicious attacks that could occur over the air or silently if an app is poorly written, or are passive in nature.
RTP, RTP-E, and FTP Protection protects the device from network communication and file transfer attacks that use RTP, RTP-E, or FTP.
Kaspersky Security Network Safety Protection protects the device against malware that is installed by an attacker on the device. The detection threshold, thresholds for detection, and notifications are described in detail below.