A-Packets vs Sniffnet

A-Packets analyzes PCAP and PCAPNG captures for incident response, forensics and protocol inspection. It reconstructs HTTP sessions, maps communicating hosts and services, examines wireless artifacts, extracts files, identifies credential exposure and flags suspicious events. The hosted analyzer accepts native capture files from tools such as Wireshark and tcpdump. Public analysis costs nothing, requires no signup and accepts uploads up to 25 MB, but the resulting page is public. Private workspace plans include reports and a REST API key: Starter Workspace (monthly) is $11.99 a month, Professional (monthly) is $24.99 a month, and Advanced (monthly) is $49.99 a month. Yearly workspaces are $99 a year, $199 a year and $399 a year, respectively. One-time packs cost $14.99 as a one-time purchase, $44.99, paid once or $99.99, paid once. Subscription analyses have permanent private storage; credit-pack reports are deleted after 30 days. OnPrem supports customer-controlled storage and air-gapped deployments, but analyzes captures case by case and does not decrypt TLS payloads, capture continuously or alert.

Sniffnet is a free network monitoring app for Linux, macOS, and Windows. It displays overall internet traffic statistics and real-time charts, and can show which programs use bandwidth. Users can choose a network adapter, filter observed traffic, and import or export PCAP capture reports. Sniffnet identifies local network connections, shows remote hosts’ geographical locations, and finds host domain names and ASNs. It recognizes more than 6,000 upper-layer services, protocols, trojans, and worms. Users can configure notifications for network events and import custom IP blacklists to highlight potentially dangerous connections. The app supports live capture, display filters, protocol dissectors, and offline trace analysis; it reads PCAPNG and CAP files as well as PCAP. Custom themes and 26 languages are available. The listed Sniffnet plan is free and the software is open-source under MIT or Apache-2.0. A 2025 security audit reported one low-severity finding, which had been fixed. Most functionality uses offline databases, while reverse DNS lookups provide hostnames for IP addresses.