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config appflow 'main'
# Netify Agent JSON export socket (netifyd.conf: [socket] listen_path[0]).
option socket_path '/var/run/netifyd/netifyd.sock'
# Maximum concurrently tracked flows. The flow table is the daemon's only
# significant memory consumer; 4096 flows is roughly 3 MB of state.
option flow_max '4096'
# Sliding window, in seconds, behind the reported rates. netifyd delivers
# per-flow counters about every 15 s, so values below ~20 s make the rates
# jump between burst and idle rather than making them more responsive.
option rate_window '30'
# Default number of rows returned by the summary method.
option top_n '10'
# Drop a flow from the table after this many seconds without an update.
option idle_timeout '300'
# Break AI services out as their own applications and category.
#
# netifyd cannot classify them: its signature set is dated August 2023 and
# contains no AI vendors at all, so this traffic arrives as generic HTTP/S.
# The TLS SNI is already in the flow record, so appflowd matches it against
# a built-in table of AI service domains and relabels the flow.
#
# This is HOSTNAME MATCHING, NOT DPI. It asserts a classification netifyd
# did not make. netifyd's own answer always wins except for a handful of
# services whose parent brand netifyd recognises (Gemini under Google,
# Copilot under GitHub), so this falls silent by itself if Netify ever ship
# AI signatures. It changes identity only and never affects byte accounting.
#
# 0 disables it entirely.
option ai_breakout '1'
# ---------------------------------------------------------------------------
# Teaching AppFlow a service it does not know
# ---------------------------------------------------------------------------
#
# netifyd's signature set is vendor data and it goes stale; the copy shipped
# with OpenWrt is dated August 2023. AppFlow recognises a built-in list of
# services by the server name their TLS connections announce, and a `hostmap`
# section adds to that list or overrides it.
#
# Each section teaches one domain suffix:
#
# config hostmap
# option suffix 'torproject.org'
# option name 'Tor'
# option category 'Privacy'
#
# suffix matched against the last two, three or four labels of the server
# name, anchored on a label boundary. 'torproject.org' matches
# 'www.torproject.org' and 'check.torproject.org' but NOT
# 'torproject.org.example.com'. Must contain a dot.
# name what appears in the application list.
# category what appears in the category breakdown. Free text; reuse an
# existing one to group with it, or invent your own.
# strong optional, default 0. 0 means netifyd's own identification wins
# where it has one, and this only fills a gap. 1 means override
# netifyd too, which is what you want when netifyd recognises a
# parent brand and swallows the service inside it.
#
# Apply with: /etc/init.d/appflowd restart
# Check it took: logread -e appflowd | grep hostmap
#
# The same section overrides a built-in entry, so this is also how you correct
# one that is wrong for your network.
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#!/bin/sh /etc/rc.common
# shellcheck disable=SC2034 # START/STOP/USE_PROCD/PROG are read by
# /etc/rc.common, which sources this file; they are never referenced here.
# SPDX-License-Identifier: Apache-2.0
# Copyright 2026 VolanticSystems
# After netifyd (START=50): appflowd tolerates the agent being absent and
# retries, but starting later avoids a pointless first reconnect cycle.
START=95
STOP=10
USE_PROCD=1
PROG=/usr/sbin/appflowd
start_service() {
procd_open_instance appflowd
procd_set_param command "$PROG"
# Keep restarting on unexpected exit: 5 s settle, give up after 5 crashes
# inside an hour so a genuinely broken build does not spin forever.
procd_set_param respawn 3600 5 5
procd_set_param stdout 1
procd_set_param stderr 1
procd_set_param pidfile /var/run/appflowd.pid
procd_close_instance
}
service_triggers() {
procd_add_reload_trigger "appflow"
}
reload_service() {
# Configuration is read once at start-up; a reload is a restart.
restart
}