Stp Гєtoky.pptx - Arp A

: In an STP attack, a malicious actor sends Bridge Protocol Data Units (BPDUs) with a higher priority (lower numerical value) to force the network to elect their device as the "Root Bridge". This causes all network traffic to flow through the attacker's device for interception.

: Validates ARP packets on the network to prevent spoofing.

: Both protocols can be exploited to cause Denial of Service (DoS) . For example, flooding a network with ARP requests can overwhelm device tables, while STP loops (caused by disabled or misconfigured STP) can create broadcast storms that crash the network. ARP a STP Гєtoky.pptx

: Automatically disables a port if it receives an STP BPDU, preventing unauthorized devices from influencing the STP topology.

: While often associated with switches, this attack fills a switch's CAM table with fake MAC addresses, forcing it to act like a hub and broadcast all traffic to every port, where an attacker can sniff it. Common Mitigations : In an STP attack, a malicious actor

: Prevents a port from becoming a root port, ensuring the Root Bridge remains on a trusted core switch.

What Is ARP (Address Resolution Protocol)? How Does It Work? : Both protocols can be exploited to cause

Based on the title (ARP and STP Attacks), this presentation likely focuses on the vulnerabilities and exploitation techniques involving the Address Resolution Protocol (ARP) and Spanning Tree Protocol (STP) . Key Features of ARP and STP Attacks