Packet Analyser-network analysis tool for pcap files

Example

Analyzing HTTP, DNS, TCP/UDP traffic patterns.

Scenario

In a scenario where users report slow browsing speeds, Packet Analyser could capture and analyze HTTP requests and responses. It would then identify delays in server responses, network congestion, or inefficient routing. Similarly, it could detect DNS request failures leading to slow page loads.

Example

Detecting potential threats like port scans, DDoS attempts, or suspicious IP traffic.

Scenario

If an organization suspects they are under a DDoS attack, Packet Analyser can inspect the volume of inbound connections and identify irregular spikes. It can also highlight any malicious IP addresses or abnormal traffic patterns like SYN flood attacks.

Example

Determining which applications or users are consuming the most bandwidth.

Scenario

In a situation where the network performance is degraded, Packet Analyser could analyze traffic flows to identify which devices or services (such as streaming or large file transfers) are monopolizing bandwidth, allowing network administrators to apply proper bandwidth control or Quality of Service (QoS) rules.

Example

Inspecting protocols like ARP, ICMP, or SSL/TLS for performance issues or misconfigurations.

Scenario

When network administrators troubleshoot VPN issues, Packet Analyser could be used to inspect SSL/TLS handshake processes or ICMP messages to diagnose packet loss, latency issues, or misconfigurations that lead to connection failures.

Example

Providing detailed logs of packet flows during a suspected security breach for post-event analysis.

Scenario

In the case of a security breach, such as unauthorized access to sensitive systems, Packet Analyser can be employed to trace the attack’s origin by analyzing the captured traffic, reconstructing sessions, and determining the exact actions taken by an intruder.