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TakeFlight007

You are right... and being rigorous is the only path to trust. We can shift the issue from "what is it" to "why isn't it documented and why does status report inactive.

84.5 MB through utun2/IDS during stated isolation—benign or not—contradicts "wireless features turned off" and users have no verification path.

The "closed source" problem you identified is the core issue. So to be rigorous, plausible deniability ends where the telemetry contradicts the UI.

I'm aware of "Find My Device" that's a documented feature. Find My beacons go OUT (your device tells others where it is). This is 84MB coming IN. Different thing.
Not possible due to directionality and volume:

Find My/AirTag: Characteristic low-payload outbound beacons (Egress).

Observed Reality: 84.5 MB Ingress (Received) vs. 1.25 MB Egress.

Mathematically invalidated by the temporal anchor in the artifacts.

The spindump captures a precise 2.00-second window (2025-12-31 13:35:14) where mDNSResponder (PID 10252) is in an active execution state with Priority 31 scheduling. Real-time thread activity and kernel buffer management do not occur for "historical" data.

Good catch! checked sharingd (PID 75) in spindump: <0.001s CPU time while mDNSResponder processed the 84MB. Traffic attribution rules out AirDrop. The 67:1 RX/TX asymmetry and idle sharing daemon confirm this isn't file transfer.

Show HN: Forensic evidence of iOS mesh networking bypassing Airplane Mode

https://github.com/JGoyd/NeuralNet

I found evidence of autonomous mesh networking on iOS during Airplane Mode. What am I missing?Did forensic analysis on my iPhone during Airplane Mode isolation. Kernel stats show 2,657 packets transmitted and 84.5MB processed through mDNSResponder while interfaces report "inactive". Found a parallel utun2 tunnel bound to IDS framework that persists during isolation. Applied Shannon-Hartley...

( Read More... | 13 comments | 2 points | on HN )