martin-olivier/airgorah
A WiFi security auditing software
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Source record
Recorded metrics
daily_stars · 270 stars today
2026-11-15 04:11:08.796Z
GitHub daily Trending window; attention only
Project analysis
Problem & scenario
The supplied evidence describes Airgorah, a tool for owners auditing their WiFi networks; it does not establish a connection to WeWorkBuddy. Airgorah captures nearby traffic, discovers connected clients, captures handshakes and PMKIDs, and supports password cracking. Representative example (inference): an owner assessing password exposure would otherwise coordinate discovery, capture and cracking steps across separate tools; Airgorah makes these capabilities available through one graphical application. This could simplify the workflow, but the sources do not document the previous toolchain or measure time saved. Linux and a wireless card supporting monitor mode and packet injection are prerequisites.
Features & advantages
Airgorah's documented feature is the breadth of WiFi auditing operations available in a graphical application: traffic capture, client discovery, deauthentication, handshake/PMKID capture and password cracking. This scope may suit an owner who wants to move between related audit tasks within one application. Its interface runs as a normal user, with a separate agent for privileged operations. The trade-off is Linux-only availability and specialized wireless hardware requirements. No named alternative is documented, so the evidence supports describing this scope, but not claiming superior usability, coverage or performance. These features cannot be attributed to WeWorkBuddy from the supplied sources.
Technical approach
Airgorah separates its Rust/GTK4 graphical interface from privileged operations through airgorah-agent. The README describes this path: a user invokes an operation requiring privileges; the normally unprivileged interface launches the small agent through polkit, which prompts for authentication once. The agent handles the privileged work. Operationally, this lets the interface run under both X11 and Wayland without running the whole GUI with elevated privileges, while deployment must support Linux, polkit and compatible wireless hardware. Nearby WiFi traffic supplies input to the documented capture and discovery features. No commit-pinned code was supplied, so request formats, processing internals and persistence remain unverified.
Business model & buyers
The only documented commercial-relevant term is Airgorah's MIT license; no price, subscription, payment flow or paid offering is supplied. The likely user is an owner or administrator assessing a network they control, inferred from the stated purpose and ownership restriction. A plausible adoption trigger is a need to inspect connected clients or assess WiFi password exposure, with compatible Linux hardware determining whether adoption is practical. This identifies a potential user, not an established paying buyer. Paid support or packaged services would be hypothetical monetization, not documented business activity. No business terms for WeWorkBuddy are established.
Growth & distribution
GitHub is the evidenced discovery entry point for Airgorah: the source record labels it GitHub Trending, and the README links installation and usage guides while displaying crates.io and AUR version badges. An inferred activation path is discovery → installation → compatible wireless hardware → a first traffic capture or client-discovery result. That first view of the owner's network offers concrete value, while Linux, hardware capability and privilege authentication create adoption friction. Discussions, issues and pull requests provide participation paths, but do not establish retention. The Trending record is undated, and no downloads, active usage or repeat-use evidence is supplied; neither growth over time nor WeWorkBuddy distribution is established.