Every internet communication involves source and destination IP addresses. Cybercriminals often exploit known malicious IPs to launch attacks using various techniques, including:

IP Reputation helps identify and block traffic from these high-risk IP addresses, adding an essential layer of network protection against cyber threats.

Blocking communication with malicious IP addresses is critical for network security. However, relying on static blocklists is no longer effective, as they lack the real-time, predictive intelligence needed to combat evolving threats. The IP Reputation Service addresses this challenge by delivering dynamic, real-time scoring and classification of IP addresses. It enables the automatic blocking of:

• High-risk traffic
• Suspicious proxies
• Malware distributors
• IPs associated with recent malicious activity

The system evaluates IPs based on multiple factors, including infection history, protocol behaviour, and attack frequency. Each IP is assigned a reputation score, which determines whether it should be trusted, monitored, or blocked, ensuring proactive and intelligent network protection.

Wi-Fi 7 with advanced Multi-Link Operation (MLO) allows devices to leverage the 2.4 GHz and 5 GHz bands simultaneously, unlike traditional WiFi, which can only transmit data on a single band at a time. This enables faster speeds, lower latency, and more reliable connections.

MLO improves speed, reliability, and reduces latency, which significantly benefits business applications such as video conferencing, large file transfers, and business-critical platforms, as it reduces congestion and ensures a more stable connection.

Multiple Resource Units (MRU) enhances the OFDMA technology first introduced in WiFi 6. In WiFi 6, each client is limited to a single Resource Unit, which may leave portions of the channel bandwidth underutilized. With WiFi 7 MRU, clients can be assigned multiple RUs concurrently, eliminating this restriction and enabling more efficient spectrum utilization. This ensures that more of the available spectrum is actively used, resulting in higher overall throughput and lower latency.

Zero-Wait DFS allows WiFi router to monitor radar signals on DFS channels without interrupting service. The wireless router features a dedicated 5G antenna for Zero-Wait DFS, enabling it to detect radar signals independently while maintaining active communication. When radar interference is detected, the router can quickly switch to a standby block that has already passed the CAC.

In the example below, the wireless device is operating on an 80 MHz block (Channels 52, 56, 60, 64). Once radar is detected on Channel 64, DFS rules require the entire block to be vacated. With Zero-Wait DFS, a standby block (Channels 100, 104, 108, 112) is ready, so the router can instantly switch, ensuring smooth service.