- csgo-server-lagger is a standalone executable integrating winsocket functions in order to overload cs:go community servers.
By sending an empty 0x1000 bytes large buffer filled with empty bytes (0x00) we can cause a lag.
If the server is not designed to handle such a high rate of incoming requests, it may become overloaded. This could lead to performance degradation or even server crashes, especially if the server lacks sufficient resources to process incoming requests at that rate.Sending data at such a high frequency (15 milliseconds) can lead to a significant increase in network traffic, potentially saturating the network connection between your client and the server.
This could impact other network activities and cause congestion (var and sv jumps).
Processing incoming data consumes CPU and memory resources on the server. If the server receives data at a rapid rate, it may struggle to allocate enough resources to process each request, resulting in resource exhaustion.
The server may want to establish and maintain a connection for each incoming request. Opening and closing connections frequently can potentially exhaust the server's ability to handle new connections.
The impact also depends on the server's application logic.
Some servers may simply ignore or discard incoming empty requests, while others may process them in some way. If the server is not adequately protected, a sustained attack like this could be part of a larger distributed denial of service DDoS attack, effectively making the server inaccessible to legitimate users.
+ csgo-server-lagger is a standalone executable integrating winsocket functions in order to overload cs:go community servers.
By sending an empty 0x1000 bytes large buffer filled with empty bytes (0x00) we can cause a lag.
If the server is not designed to handle such a high rate of incoming requests, it may become overloaded. This could lead to performance degradation or even server crashes, especially if the server lacks sufficient resources to process incoming requests at that rate.Sending data at such a high frequency (15 milliseconds) can lead to a significant increase in network traffic, potentially saturating the network connection between your client and the server.
This could impact other network activities and cause congestion (var and sv jumps).
Processing incoming data consumes CPU and memory resources on the server. If the server receives data at a rapid rate, it may struggle to allocate enough resources to process each request, resulting in resource exhaustion.
The server may want to establish and maintain a connection for each incoming request. Opening and closing connections frequently can potentially exhaust the server's ability to handle new connections.
The impact also depends on the server's application logic.
Some servers may simply ignore or discard incoming empty requests, while others may process them in some way. If the server is not adequately protected, a sustained attack like this could be part of a larger distributed denial of service DDoS attack, effectively making the server inaccessible to legitimate users.