diff --git a/jvb/src/main/kotlin/org/jitsi/videobridge/Endpoint.kt b/jvb/src/main/kotlin/org/jitsi/videobridge/Endpoint.kt
index 21103e37da..9ce14e42f4 100644
--- a/jvb/src/main/kotlin/org/jitsi/videobridge/Endpoint.kt
+++ b/jvb/src/main/kotlin/org/jitsi/videobridge/Endpoint.kt
@@ -514,6 +514,7 @@ class Endpoint @JvmOverloads constructor(
         packetInfo.addEvent(SRTP_QUEUE_EXIT_EVENT)
 
         iceTransport.send(packetInfo.packet.buffer, packetInfo.packet.offset, packetInfo.packet.length)
+        packetInfo.addEvent(SENT_OVER_ICE_TRANSPORT_EVENT)
         PacketTransitStats.packetSent(packetInfo)
         ByteBufferPool.returnBuffer(packetInfo.packet.buffer)
         packetInfo.sent()
@@ -1184,6 +1185,7 @@ class Endpoint @JvmOverloads constructor(
 
         private const val SRTP_QUEUE_ENTRY_EVENT = "Entered Endpoint SRTP sender outgoing queue"
         private const val SRTP_QUEUE_EXIT_EVENT = "Exited Endpoint SRTP sender outgoing queue"
+        private const val SENT_OVER_ICE_TRANSPORT_EVENT = "Sent over the ICE transport"
 
         private val statsFilterThreshold: Int by config {
             "videobridge.stats-filter-threshold".from(JitsiConfig.newConfig)
diff --git a/resources/analyze-timeline2.pl b/resources/analyze-timeline2.pl
new file mode 100755
index 0000000000..a4b1df63e6
--- /dev/null
+++ b/resources/analyze-timeline2.pl
@@ -0,0 +1,244 @@
+#!/usr/bin/perl -w
+
+use Statistics::Descriptive;
+use strict;
+
+my %stats;
+my @stat_names;
+
+/*
+This is extremely ugly, I'm driving perl in first gear because I don't know how to shift :)
+
+It parses the PacketInfo EventTimeline logs (see example below) and produces stats for 
+the following periods from the life cycle of a packet:
+
+1.Receiver Queue: From the moment the packet is read from the ICE transport (in an IO thread) and added the the Receiver Queue
+to the moment it is removed from the Receiver Queue (in a CPU thread) and the pipeline processing starts.
+
+2.Receiver Pipeline: From the start of the Receiver Pipeline to the end, excluding the last Termination node. This is all
+performed in the same CPU thread, and includes things like SRTP decryption/authentication, RTP parsing, updating bandwidth
+estimation, video codec parsing, etc.
+
+3.Termination Node: This is technically the last Node in the Receiver Pipeline and executes in the same thread, but
+it is conceptually different and worth looking at separately. It consists of conference-level handling of the packet: it loops
+through all local endpoints and relays, checks whether they "want" the packet, and if they do then clones the packet and puts
+the clone on the sender queue (see Conference#sendOut). This workload scales with the number of local endpoits and relays,
+and in a large conference is the most computationally expensive.
+
+Note that currently Endpoint#send(PacketInfo) contains code for SSRC rewriting and a transformation from the BitrateController.
+This can be offloaded to the sender queue and we plan to do so soon.
+
+4.Sender Queue: From the time the Receiver Pipeline thread places the packet on the Sender Queue, to the time another CPU thread
+removes it from the queue and starts executing the Sender Pipeline.
+
+5.Sender Pipeline: From the start of the Sender Pipeline to the end. This executes in a CPU thread and includes stripping unknown (for
+this specific receiving endpoint) RTP header extensions, saving a copy of the packet in the NACK cache, adding/updating the transport-cc
+header extension, and SRTP encryption.
+
+This script looks only at RTP packets (ignoring RTCP and retransmissions) for simplicity.
+
+6.SRTP Queue: From the time a SRTP packet is placed on the queue by the Sender Pipeline thread to the time an IO thread removes it
+from the queue and starts sending it over the ICE transport.
+
+7.Send over ICE transport: The time it took to execute IceTransport.send, which sends the packet through the ice4j socket representation.
+
+8.Total: From the start of 1. to the end of 7.
+
+
+
+Example log line:
+JVB 2024-06-11 17:57:44.989 FINER: [1531] [confId=6149c0c339432f97 conf_name=loadtest0@conference.xxx meeting_id=ec7261c3 epId=c88aca35 stats_id=Otto-emV] Endpoint.doSendSrtp#544: Reference time: 2024-06-11T17:57:44.988517466Z; (Entered RTP receiver incoming queue, PT0.00000192S); (Exited RTP receiver incoming queue, PT0.000324242S); (Entered node PacketStreamStats, PT0.000324602S); (Exited node PacketStreamStats, PT0.000325042S); (Entered node SRTP/SRTCP demuxer, PT0.000325162S); (Exited node SRTP/SRTCP demuxer, PT0.000325722S); (Entered node RTP Parser, PT0.000325962S); (Exited node RTP Parser, PT0.000326762S); (Entered node Audio level reader (pre-srtp), PT0.000326922S); (Exited node Audio level reader (pre-srtp), PT0.000327242S); (Entered node Video mute node, PT0.000327362S); (Exited node Video mute node, PT0.000327642S); (Entered node SRTP Decrypt Node, PT0.000327762S); (Exited node SRTP Decrypt Node, PT0.000332442S); (Entered node TCC generator, PT0.000332562S); (Exited node TCC generator, PT0.000333562S); (Entered node Remote Bandwidth Estimator, PT0.000344962S); (Exited node Remote Bandwidth Estimator, PT0.000345202S); (Entered node Audio level reader (post-srtp), PT0.000345322S); (Exited node Audio level reader (post-srtp), PT0.000345442S); (Entered node Toggleable pcap writer: 21913831-rx, PT0.000345562S); (Exited node Toggleable pcap writer: 21913831-rx, PT0.000345762S); (Entered node Incoming statistics tracker, PT0.000345882S); (Exited node Incoming statistics tracker, PT0.000351242S); (Entered node Padding termination, PT0.000351362S); (Exited node Padding termination, PT0.000351522S); (Entered node Media Type demuxer, PT0.000351642S); (Exited node Media Type demuxer, PT0.000351962S); (Entered node RTX handler, PT0.000352082S); (Exited node RTX handler, PT0.000352322S); (Entered node Duplicate termination, PT0.000352722S); (Exited node Duplicate termination, PT0.000355442S); (Entered node Retransmission requester, PT0.000355882S); (Exited node Retransmission requester, PT0.000357922S); (Entered node Padding-only discarder, PT0.000358642S); (Exited node Padding-only discarder, PT0.000359842S); (Entered node Video parser, PT0.000360242S); (Exited node Video parser, PT0.000363082S); (Entered node Video quality layer lookup, PT0.000363362S); (Exited node Video quality layer lookup, PT0.000364362S); (Entered node Video bitrate calculator, PT0.000364682S); (Exited node Video bitrate calculator, PT0.000369122S); (Entered node Input pipeline termination node, PT0.000369362S); (Entered node receiver chain handler, PT0.000370122S); (Entered RTP sender incoming queue, PT0.000488083S); (Exited RTP sender incoming queue, PT0.000551283S); (Entered node Pre-processor, PT0.000551723S); (Exited node Pre-processor, PT0.000555843S); (Entered node RedHandler, PT0.000556083S); (Exited node RedHandler, PT0.000556563S); (Entered node Strip header extensions, PT0.000556843S); (Exited node Strip header extensions, PT0.000557523S); (Entered node Packet cache, PT0.000557923S); (Exited node Packet cache, PT0.000561083S); (Entered node Absolute send time, PT0.000561243S); (Exited node Absolute send time, PT0.000561643S); (Entered node Outgoing statistics tracker, PT0.000561923S); (Exited node Outgoing statistics tracker, PT0.000562683S); (Entered node TCC sequence number tagger, PT0.000563003S); (Exited node TCC sequence number tagger, PT0.000563843S); (Entered node Header extension encoder, PT0.000564083S); (Exited node Header extension encoder, PT0.000565163S); (Entered node Toggleable pcap writer: c88aca35-tx, PT0.000565443S); (Exited node Toggleable pcap writer: c88aca35-tx, PT0.000565763S); (Entered node SRTP Encrypt Node, PT0.000566083S); (Exited node SRTP Encrypt Node, PT0.000572883S); (Entered node PacketStreamStats, PT0.000573243S); (Exited node PacketStreamStats, PT0.000573883S); (Entered node Output pipeline termination node, PT0.000574123S); (Entered Endpoint SRTP sender outgoing queue, PT0.000574443S); (Exited node Output pipeline termination node, PT0.000582923S); (Exited Endpoint SRTP sender outgoing queue, PT0.000668003S); (Sent over the ICE transport, PT0.000693284S)
+
+*/
+
+my $receiverQStartName = "Entered RTP receiver incoming queue";
+my $receiverQEndName = "Exited RTP receiver incoming queue";
+my $receiverPStartName = "Entered node SRTP/SRTCP demuxer";
+my $receiverPEndName = "Entered node Input pipeline termination node";
+my $terminationNodeStartName = "Entered node Input pipeline termination node";
+my $terminationNodeEndName = "Exited node Input pipeline termination node";
+my $senderQStartName = "Entered RTP sender incoming queue";
+my $senderQEndName = "Exited RTP sender incoming queue";
+my $senderPStartName = "Entered node RedHandler";
+my $senderPEndName = "Entered Endpoint SRTP sender outgoing queue";
+my $srtpQStartName = "Entered Endpoint SRTP sender outgoing queue";
+my $srtpQEndName = "Exited Endpoint SRTP sender outgoing queue";
+my $iceStartName = "Exited Endpoint SRTP sender outgoing queue";
+my $iceEndName = "Sent over the ICE transport";
+my $totalStartName = "Entered RTP receiver incoming queue";
+my $totalEndName = "Sent over the ICE transport";
+
+while (<>) {
+    if (/Reference time: /) {
+        my $prev_time;
+        my $receiverQStart = -1;
+        my $receiverQEnd = -1;
+        my $receiverPStart = -1;
+        my $receiverPEnd = -1 ;
+        my $terminationNodeStart = -1 ;
+        my $terminationNodeEnd = -1;
+        my $senderQStart = -1;
+        my $senderQEnd = -1;
+        my $senderPStart = -1;
+        my $senderPEnd = -1 ;
+        my $srtpQStart = -1;
+        my $srtpQEnd = -1;
+        my $iceStart = -1;
+        my $iceEnd = -1;
+        my $totalStart = -1;
+        my $totalEnd = -1;
+
+        while (/; \(([^)]*), PT([0-9.]*)/g) {
+            my $name = $1;
+            my $time = $2;
+
+            if ($name eq $receiverQStartName) {
+                $receiverQStart = $time;
+            }
+            if ($name eq $receiverQEndName) {
+                $receiverQEnd = $time;
+            }
+            if ($name eq $receiverPStartName) {
+                $receiverPStart = $time;
+            }
+            if ($name eq $receiverPEndName) {
+                $receiverPEnd = $time;
+            }
+            if ($name eq $terminationNodeStartName) {
+                $terminationNodeStart = $time;
+            }
+            if ($name eq $terminationNodeEndName) {
+                $terminationNodeEnd = $time;
+            }
+            if ($name eq $senderQStartName) {
+                $senderQStart = $time;
+            }
+            if ($name eq $senderQEndName) {
+                $senderQEnd = $time;
+            }
+            if ($name eq $senderPStartName) {
+                $senderPStart = $time;
+            }
+            if ($name eq $senderPEndName) {
+                $senderPEnd = $time;
+            }
+            if ($name eq $srtpQStartName) {
+                $srtpQStart = $time;
+            }
+            if ($name eq $srtpQEndName) {
+                $srtpQEnd = $time;
+            }
+            if ($name eq $iceStartName) {
+                $iceStart = $time;
+            }
+            if ($name eq $iceEndName) {
+                $iceEnd = $time;
+            }
+            if ($name eq $totalStartName) {
+                $totalStart = $time;
+            }
+            if ($name eq $totalEndName) {
+                $totalEnd = $time;
+            }
+
+            #my $delta_time;
+            #if (defined $prev_time) {
+            #    $delta_time = $time - $prev_time;
+            #}
+            #else {
+            #    $delta_time = $time;
+            #}
+            #$prev_time = $time;
+
+            #if ($name =~ /Toggleable pcap writer:/) {
+            #    $name =~ s/writer: .*/writer/;
+            #}
+        }
+        if ($receiverQStart > -1 && $receiverQEnd > -1) {
+            my $name = "1.Receiver Queue";
+            my $time = $receiverQEnd - $receiverQStart;
+
+            if (!defined ($stats{$name})) {
+                $stats{$name} = Statistics::Descriptive::Full->new();
+                push(@stat_names, $name);
+            }
+            $stats{$name}->add_data($time * 1e3);
+        }
+        if ($receiverPStart > -1 && $receiverPEnd > -1) {
+            my $name = "2.Receiver Pipeline";
+            my $time = $receiverPEnd - $receiverPStart;
+
+            if (!defined ($stats{$name})) {
+                $stats{$name} = Statistics::Descriptive::Full->new();
+                push(@stat_names, $name);
+            }
+            $stats{$name}->add_data($time * 1e3);
+        }
+        if ($terminationNodeStart > -1 && $terminationNodeEnd > -1) {
+            my $name = "3.Termination Node";
+            my $time = $terminationNodeEnd - $terminationNodeStart;
+
+            if (!defined ($stats{$name})) {
+                $stats{$name} = Statistics::Descriptive::Full->new();
+                push(@stat_names, $name);
+            }
+            $stats{$name}->add_data($time * 1e3);
+        }
+        if ($senderQStart > -1 && $senderQEnd > -1) {
+            my $name = "4.Sender Queue";
+            my $time = $senderQEnd - $senderQStart;
+
+            if (!defined ($stats{$name})) {
+                $stats{$name} = Statistics::Descriptive::Full->new();
+                push(@stat_names, $name);
+            }
+            $stats{$name}->add_data($time * 1e3);
+        }
+        if ($senderPStart > -1 && $senderPEnd > -1) {
+            my $name = "5.Sender Pipeline";
+            my $time = $senderPEnd - $senderPStart;
+
+            if (!defined ($stats{$name})) {
+                $stats{$name} = Statistics::Descriptive::Full->new();
+                push(@stat_names, $name);
+            }
+            $stats{$name}->add_data($time * 1e3);
+        }
+        if ($srtpQStart > -1 && $srtpQEnd > -1) {
+            my $name = "6.SRTP Queue";
+            my $time = $srtpQEnd - $srtpQStart;
+
+            if (!defined ($stats{$name})) {
+                $stats{$name} = Statistics::Descriptive::Full->new();
+                push(@stat_names, $name);
+            }
+            $stats{$name}->add_data($time * 1e3);
+        }
+        if ($iceStart > -1 && $iceEnd > -1) {
+            my $name = "7.Send over ICE transport";
+            my $time = $iceEnd - $iceStart;
+
+            if (!defined ($stats{$name})) {
+                $stats{$name} = Statistics::Descriptive::Full->new();
+                push(@stat_names, $name);
+            }
+            $stats{$name}->add_data($time * 1e3);
+        }
+        if ($totalStart > -1 && $totalEnd > -1) {
+            my $name = "8.Total";
+            my $time = $totalEnd - $totalStart;
+
+            if (!defined ($stats{$name})) {
+                $stats{$name} = Statistics::Descriptive::Full->new();
+                push(@stat_names, $name);
+            }
+            $stats{$name}->add_data($time * 1e3);
+        }
+    }
+}
+
+for my $name (@stat_names) {
+    my $s = $stats{$name};
+    printf("%s: min %.3f ms, mean %.3f ms, median %.3f ms, 90%% %.3f ms, 99%% %.3f ms, max %.3f ms\n",
+           $name, $s->min(), $s->mean(), $s->median(), scalar($s->percentile(90)), scalar($s->percentile(99)), $s->max());
+}