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SlideShow

Sample Captures
How to add a new Capture File
Other Sources of Capture Files
General / Unsorted
ADSL CPE
Viruses and worms
Crack Traces
PROTOS Test Suite Traffic
Specific Protocols and Protocol Families
AirTunes
Apache Cassandra
ARP/RARP
Spanning Tree Protocol
Bluetooth
UDP-Lite
NFS Protocol Family
Server Message Block SMB)/Common Internet File System CIFS)
Legacy Implementations of SMB
Browser Elections
SMB-Locking
SMB-Direct
SMB3.1 handshake
SMB3 encryption
SMB3.1.1 encryption
Intial value
Negotiate protocol request
Negotiate protocol response
Session setup request 1st)
Session setup response 1st)
Session setup request 2nd)

TCP
MPTCP
Parallel Virtual File System PVFS)
HyperText Transport Protocol HTTP)
Telnet
TFTP
UFTP
Routing Protocols
SNMP
Network Time Protocol
SyncE Protocol
PostgreSQL v3 Frontend/Backend Protocol
MySQL protocol
MS SQL Server protocol – Tabular Data Stream TDS)
Netgear NSDP
VendorLanProtocolFamily
DECT
Sigtran Protocol Family
Stream Control Transmission Protocol SCTP)
IPMI
IPMB
SIP and RTP
RTSP Protocol
H.223
H.265/HEVC
MGCP
USB Raw dlt 186)
USB with Linux encapsulation dlt 189)
USB with USBPcap encapsulation
USB Link Layer
FreeBSD usbdump format file
WAP Protocol Family
X.509 Digital Certificates
Lightweight Directory Access Protocol LDAP)
Link Layer Discovery Protocol LLDP)
SAN Protocol Captures iSCSI, ATAoverEthernet, FibreChannel, SCSI-OSD and other SAN related protocols)
Peer-to-peer protocols
MANOLITO Protocol
BitTorrent Protocol
SoulSeek Protocol
JXTA Protocol
SMPP Short Message Peer-to-Peer) Protocol

Kaspersky Update Protocol
Kerberos and keytab file for decryption
mDNS & Apple Rendezvous
Point-To-Point PPP)
Point-To-Point over Ethernet
X.400
Direct Message Protocol
STANAG 5066 SIS
STANAG 5066 DTS
RTP Norm
DCE/RPC and MSRPC-based protocols
DSSETUP MSRPC interface
NSPI MSRPC Interface
WINREG Interface
WITNESS Interface

IPsec – ESP Payload Decryption and Authentication Checking Examples
Pro-MPEG FEC – Professional video FEC data over RTP
SSL with decryption keys
MCPE/RakNet
NDMP
Kismet Client/Server protocol
Kismet Drone/Server protocol
DTLS with decryption keys
DTLS JPAKE as used in ThreadGroup Commissioning
ETHERNET Powerlink v1
ETHERNET Powerlink v2
Architecture for Control Networks ACN)
Intellon Homeplug INT51X1)
Wifi / Wireless LAN captures / 802.11
TrunkPack Network Control Protocol TPNCP)
EtherCAT
iWARP Protocol Suite
IPv6 and tunneling mechanism)
TTEthernet TTE)
GSM
UMTS
IuB interface
Iu-CS over IP interfaceMoC)
Iu-CS over IP interfaceMtC)

X11
Gopher
InfiniBand
Network News Transfer Protocol NNTP)
FastCGI FCGI)
Lontalk EIA-709.1) encapsulated in EIA-852
DVB-CI Common Interface)
ANSI C12.22 c1222)
HDCP
openSAFETY
Radio Frequency Identification RFID), and Near-Field Communication NFC)
IEC 60870-5-104
SISO-STD-002
STANAG-5602 SIMPLE
S7COMM – S7 Communication
Harman Pro HiQnet
DJI Drones control Protocol
HCrt Hotline Command-response Transaction) Protocol
DOF Distributed Object Framework) Protocols
CBOR Concise Binary Object Representation)
RADIUS RFC 2865)
Distributed Interactive Simulation IEEE 1278)
Financial Information eXchange FIX)
UserLog
OpenFlow
ISO 8583-1
DNP3
System Calls
Linux netlink
Oracle TNS / SQLnet / OCI / OPI
Lawo EmberPlus S101/Glow
HP ERM
Automotive Protocols
Steam In-Home Streaming Protocol
Wi-SUN low power RF Protocol
Nano / RaiBlocks Cryptocurrency Protocol
ua/udp, ua3g and noe protocols Alcatel-Lucent Enterprise)
DICOM
ETSI Intelligent Transport Systems ITS) Protocols
NetBIOS

Captures in specific file formats
Captures used in Wireshark testing
Discussion
Requests for particular captures
Downloading all traces

Sample Captures

So you’re at home tonight, having just installed Wireshark. You want to take the program for a test drive. But your home LAN doesn’t have any interesting or exotic packets on it? Here’s some goodies to try. Please note that if for some reason your version of Wireshark doesn’t have zlib support, you’ll have to gunzip any file with a .gz extension.

If you don’t see what you want here, that doesn’t mean you’re out of luck; look at some of the other sources listed below, such as http://www.pcapr.net/.

How to add a new Capture File

If you want to include a new example capture file, you should attach it to this page click ‘attachments’ in header above). In the corresponding text, you might explain what this file is doing and what protocols, mechanisms or events it explains. Links from here to the related protocol pages are also welcome.

Please don’t just attach your capture file to the page without putting an attachment link in the page, in the format attachment:filename.ext; if you don’t put an attachment link in the page, it’s not obvious that the capture file is available.

It’s also a very good idea to put links on the related protocol pages pointing to your file. Referring to an attachment on this page from another Wiki page requires a link on that other Wiki page in the format attachment:SampleCaptures/filename.ext. For an example of this, see the NetworkTimeProtocol page.

Other Sources of Capture Files

If you don’t find what you’re looking for, you may also try:

http://www.google.com/

http://www.icir.org/enterprise-tracing/download.html unsorted capture of packet headers from enterprise traffic – use the .anon files)

https://www.openpacket.org/capture/list open repository of traces particularly related to digital security)

http://www.packetlife.net/captures/ community submissions, organized and moderated)

http://www.pcapr.net/ web 2.0 for pcaps with editing, DoS, etc; powered by wireshark)

http://www.netresec.com/?page=PcapFiles great list of places to download pcap files from)

http://sysdoccap.codeplex.com/wikipage?title=System%20Overview%20Document%20Scenario%20Captures Microsoft System Overview Document captures).

Collection of Pcap files from malware analysis You will need to contact Mila for the password to extract the files.)

General / Unsorted

rpl-dio-mc-nsa-optional-tlv-dissector-sample.pcap.gz libpcap) ICMPv6 IPv6 Routing Protocol for Low-Power and Lossy Networks RPL) DODAG Information Object DIO) control messages with optional type-length-value TLV) in an Node State and Attributes NSA) object in a Metric Container MC).

ipv4frags.pcap libpcap) ICMP Echo request 1400B) response with Fragments MTU=1000 on one side).

tfp_capture.pcapng libpcap) Tinkerforge protocol captures over TCP/IP and USB.

NTLM.pcap libpcap) Illustrate NTLM authentication process, based on WSS 3.0

Obsolete_Packets.cap libpcap) Contains various obscure/no longer in common use protocols, including Banyan VINES, AppleTalk and DECnet.

Apple_IP-over-IEEE_1394_Packet.pcap libpcap) An ICMP packet encapsulated in Apple’s IP-over-1394 ap1394) protocol

SkypeIRC.cap libpcap) Some Skype, IRC and DNS traffic.

ipp.pcap libpcap) CUPS printing via IPP test page)

IrDA_Traffic.ntar pcapng) Various IrDA packets, use Wireshark 1.3.0 SVN revision 28866 or higher) to view

9p.cap libpcap) Plan 9 9P protocol, various message types.

EmergeSync.cap libpcap) rsync packets, containing the result of an “emerge sync” operation on a Gentoo system

afs.cap.gz libpcap) Andrew File System, based on RX protocol. Various operations.

ancp.pcap.gz libpcap) Access Node Control Protocol ANCP).

ascend.trace.gz Ascend WAN router) Shows how Wireshark parses special Ascend data

atm_capture1.cap libpcap) A trace of ATM Classical IP packets.

bacnet-arcnet.cap libpcap) Some BACnet packets encapsulated in ARCnet framing

bfd-raw-auth-simple.pcap libpcap) BFD packets using simple password authentication.

bfd-raw-auth-md5.pcap libpcap) BFD packets using md5 authentication.

bfd-raw-auth-sha1.pcap libpcap) BFD packets using SHA1 authentication.

BT_USB_LinCooked_Eth_80211_RT.ntar.gz pcapng) A selection of Bluetooth, Linux mmapped USB, Linux Cooked, Ethernet, IEEE 802.11, and IEEE 802.11 RadioTap packets in a pcapng file, to showcase the power of the file format, and Wireshark’s support for it. Currently, Wireshark doesn’t support files with multiple Section Header Blocks, which this file has, so it cannot read it. In addition, the first packet in the file, a Bluetooth packet, is corrupt – it claims to be a packet with a Bluetooth pseudo-header, but it contains only 3 bytes of data, which is too small for a Bluetooth pseudo-header.

bootparams.cap.gz libpcap) A couple of rpc.bootparamsd ‘getfile’ and ‘whoami’ requests.

chargen-udp.pcap libpcap) Chargen over UDP.

chargen-tcp.pcap libpcap) Chargen over TCP.

cmp_IR_sequence_OpenSSL-Cryptlib.pcap libpcap) Certificate Management Protocol CMP) version 2 encapsulated in HTTP. Full “Initialization Request”.

cmp_IR_sequence_ OpenSSL-EJBCA.pcap libpcap) Certificate Management Protocol CMP) version 2 encapsulated in HTTP. Full “Initialization Request”. Authentication with CRMF regToken.

cmp-trace.pcap.gz libpcap) Certificate Management Protocol CMP) certificate requests.

cmp-in-http-with-errors-in-cmp-protocol.pcap.gz libpcap) Certificate Management Protocol CMP) version 2 encapsulated in HTTP. Full “Initialization Request” and rejected “Key Update Request”. There are some errors in the CMP packages.

cmp_in_http_with_pkixcmp-poll_content_type.pcap.gz libpcap) Certificate Management Protocol CMP) version 2 encapsulated in HTTP. The CMP messages are of the deprecated but used content-type “pkixcmp-poll”, so they are using the TCP transport style. In two of the four CMP messages, the content type is not explicitly set, thus they cannot be dissected correctly.

cigi2.pcap.gz libpcap) Common Image Generator Interface CIGI) version 2 packets.

cigi3.pcap.gz libpcap) Common Image Generator Interface CIGI) version 3 packets.

ciscowl.pcap.gz libpcap) Cisco Wireless LAN Context Control Protocol WLCCP) version 0x0

ciscowl_version_0xc1.pcap.gz libpcap) Cisco Wireless LAN Context Control Protocol WLCCP) version 0xc1. Includes following base message types: SCM Advertisements, EAP Auth., Path Init, Registration

configuration_test_protocol_aka_loop.pcap libpcap) Example of an Ethernet loopback with a ‘third party assist’

cops-pr.cap.gz libpcap) A sample of COPS traffic.

couchbase_subdoc_multi.pcap libpcap) A sample Couchbase binary protocol file including sub-document multipath request/responses.

couchbase-create-bucket.pcapng libpcap) A sample Couchbase binary protocol file that includes a create_bucket command.

couchbase-lww.pcap libpcap) A sample Couchbase binary protocol file including set_with_meta, del_with_meta and get_meta commands with last write wins support.

couchbase-xattr.pcapng libpcap) A sample capture of the XATTR features in the Couchbase binary protocol.

dct2000_test.out dct2000) A sample DCT2000 file with examples of most supported link types

dhcp.pcap libpcap) A sample of DHCP traffic.

dhcp-and-dyndns.pcap.gz libpcap) A sample session of a host doing dhcp first and then dyndns.

dhcp-auth.pcap.gz libpcap) A sample packet with dhcp authentication information.

PRIV_bootp-both_overload.pcap libpcap) A DHCP packet with sname and file field overloaded.

PRIV_bootp-both_overload_empty-no_end.pcap libpcap) A DHCP packet with overloaded field and all end options missing.

dccp_trace.pcap.gz libpcap) A trace of DCCP packet types.

dns.cap libpcap) Various DNS lookups.

dualhome.iptrace AIX iptrace) Shows Ethernet and Token Ring packets captured in the same file.

dvmrp-conv.cap Shows Distance Vector Multicast Routing Protocol packets.

eapol-mka.pcap libpcap) EAPoL-MKA MKA, IEEE 802.1X) traffic.

epmd.pcap Two Erlang Port Mapper Daemon EPMD) messages.

Ethernet_Pause_Frame.cap Ethernet Pause Frame packets.

exablaze_trailer.pcap libpcap) A sample capture with Exablaze timestamp trailers.

exec-sample.pcap The exec rexec) protocol

fw1_mon2018.cap Solaris snoop) CheckPoint FW-1 fw monitor file include new Encryption check points). Enable FW-1 interpretation in Ethernet protocol interpretation

genbroad.snoop Solaris snoop) Netware, Appletalk, and other broadcasts on an ethernet network.

Mixed1.cap MS NetMon) Some Various, Mixed Packets.

small-system-misc-ping.etl MS ETL) Various events, ping and browser packets.

gryphon.cap libpcap) A trace of Gryphon packets. This is useful for testing the Gryphon plug-in.

hart_ip.pcap libpcap) Some HART-IP packets, including both an UDP and TCP session.

hsrp.pcap libpcap) Some Cisco HSRP packets, including some with Opcode 3 Advertise) .

hsrp-and-ospf-in-LAN libpcap) HSRP state changes and OSPF LSAs sent during link up/down/up.

ieee802154-association-data.pcap.gz libpcap) A device associates to a coordinator, and transmits some data frames.

ipv4_cipso_option.pcap libpcap) A few IP packets with CIPSO option.

imap.cap libpcap) A short IMAP session using Mutt against an MSX server.

RawPacketIPv6Tunnel-UK6x.cap libpcap) – Some IPv6 packets captured from the ‘sit1’ interface on Linux. The IPv6 packets are carried over the UK’s UK6x network, but what makes this special, is the fact that it has a Link-Layer type of “Raw packet data” – which is something that you don’t see everyday.

iseries.cap IBM iSeries communications trace) FTP and Telnet traffic between two AS/400 LPARS.

FTPv6-1.cap Microsoft Network Monitor) FTP packets IPv6)

FTPv6-2.cap Microsoft Network Monitor) Some more FTP packets IPv6)

gearman.cap Gearman Protocol packets

isl-2-dot1q.cap libpcap) A trace including both ISL and 802.1q-tagged Ethernet frames. Frames 1 through 381 represent traffic encapsulated using Cisco’s ISL, frames 382-745 show traffic sent by the same switch after it had been reconfigured to support 802.1Q trunking.

kafka-testcases-v4.tar.gz libpcap) Apache Kafka dissector testcases generated with this scripts).

lacp1.pcap.gz libpcap) Link Aggregation Control Protocol LACP, IEEE 802.3ad) traffic.

linx-setup-pingpong-shutdown.pcap libpcap) Successive setup of LINX on two hosts, exchange of packets and shutdown.

llrp.cap EPCglobal Low-Level Reader Protocol LLRP)

llt-sample.pcap Veritas Low Latency Transport LLT) frames

lustre-lnet_sample.cap.gz libpcap) Lustre Filesystem with Lustre Fileystem Network under it tcp)

macsec_cisco_trunk.pcap libpcap) MACsec/802.1AE session, manual keys, 3750X switch-to-switch Trustsec) forced across a half-duplex 10M hub connection, destination mac addresses can be seen for Cisco VTP, RSTP RPVST+), CDP, EIGRP etc.

mapi.cap.gz libpcap) MAPI session w/ Outlook and MSX server, not currently decoded by Wireshark.

messenger.pcap libpcap) a few messenger example packets.

metamako_trailer.pcap libpcap) the Metamako timestamp trailer format.

mms.pcap.gz libpcap) Manufacturing Message Specification traffic.

SITA-Protocols.cap libpcap) Some SITA WAN Societe Internationale de Telecommunications Aeronautiques sample packets contains X.25, International Passenger Airline Reservation System, Unisys Transmittal System and Frame Relay packets)

msnms.pcap libpcap) MSN Messenger packets.

MSN_CAP.xlsx xlsx) MSN Messenger packets in xlsx format.

monotone-netsync.cap.gz libpcap) Some fragments the full trace is > 100MB gzipped) of a checkout of the monotone sources.

mpeg2_mp2t_with_cc_drop01.pcap libpcap) MPEG2 RFC 2250) Transport Stream example with a dropped CC packet anonymized with tcpurify).

mpls-basic.cap libpcap) A basic sniff of MPLS-encapsulated IP packets over Ethernet.

mpls-exp.cap libpcap) IP packets with EXP bits set.

mpls-te.cap libpcap) MPLS Traffic Engineering sniffs. Includes RSVP messages with MPLS/TE extensions and OSPF link updates with MPLS LSAs.

mpls-twolevel.cap libpcap) An IP packet with two-level tagging.

netbench_1.cap libpcap) A capture of a reasonable amount of NetBench traffic. It is useful to see some of the traffic a NetBench run generates.

NMap Captures.zip libpcap) Some captures of various NMap port scan techniques.

OptoMMP.pcap A capture of some OptoMMP read/write quadlet/block request/response packets. OptoMMP documentation.

pana.cap libpcap) PANA authentication session pre-draft-15a so Wireshark 0.99.5 or before is required to view it correctly).

pana-draft18.cap libpcap) PANA authentication session draft-18 so Wireshark 0.99.7 or later is required to view it correctly).

pana-rfc5191.cap libpcap) PANA authentication and re-authentication sequences.

pim-reg.cap libpcap) Protocol Independent Multicast, with IPv6 tunnelled within IPv6

ptpv2.pcap libpcap) various Precision Time Protocol IEEE 1588) version 2 packets.

Public_nic libpcap) A bunch of SSDP Universal Plug and Play protocol) announcements.

rpl_sample.cap.gz libpcap) A RIPL sample capture.

rtp_example.raw.gz libpcap) A VoIP sample capture of a H323 call including H225, H245, RTP and RTCP).

RTP_L16_monaural_sample.pcapng libpcap) A sample L16 monaural 44100Hz) RTP stream

rtps_cooked.pcapng libpcap) Manually generated RTPS traffic covering a range of submessages and parameters.

rsvp-PATH-RESV.pcap libpcap) A sample RSVS capture with PATH and RESV messages.

sbus.pcap libpcap) An EtherSBus sbus) sample capture showing some traffic between the programming tool PG5) and a PCD Process Control Device, a PLC; Programmable Logic Controller).

Ether-S-IO_traffic_01.pcap.gz libpcap) An EtherSIO esio) sample capture showing some traffic between a PLC from Saia-Burgess Controls AG and some remote I/O stations devices called PCD3.T665).

simulcrypt.pcap libpcap) A SIMULCRYPT sample capture, SIMULCRYPT over TCP) on ports 8600, 8601, and 8602.

TeamSpeak2.pcap libpcap) A TeamSpeak2 capture

tipc-publication-payload-withdrawal.pcap libpcap) TIPC port name publication, payload messages and port name withdrawal.

tipc-bundler-messages.pcap libpcap) TIPCv2 Bundler Messages

tipc_v2_fragmenter_messages.pcap.gz libpcap) TIPCv2 Fragmenter Messages

TIPC-over-TCP_disc-publ-inventory_sim-withd.pcap.gz libpcap) TIPCv2 over TCP port 666) traffic generated by the inventory simulation of the TIPC demo package.

TIPC-over-TCP_MTU-discovery.pcap.gz libpcap) TIPCv2 over TCP port 666) – Link State messages with filler bytes for MTU discovery.

toshiba.general.gz Toshiba) Just some general usage of a Toshiba ISDN router. There are three link types in this trace: PPP, Ethernet, and LAPD.

uma_ho_req_bug.cap libpcap) A “UMA URR HANDOVER REQUIRED” packet.

unistim_phone_startup.pcap libpcap) Shows a phone booting up, requesting ip address and establishing connection with cs2k server.

unistim-call.pcap libpcap) Shows one phone calling another via cs2k server over unistim

v6.pcap libpcap) Shows IPv6 6-Bone) and ICMPv6 packets.

v6-http.cap libpcap) Shows IPv6 SixXS) HTTP.

vlan.cap.gz libpcap) Lots of different protocols, all running over 802.1Q virtual lans.

vms_tcptrace.txt VMS TCPtrace) Sample output from VMS TCPtrace. Mostly NFS packets.

vms_tcptrace-full.txt VMS TCPtrace) Sample output from VMS TCPtrace/full. Mostly NFS packets.

vnc-sample.pcap Virtual Networking Computing VNC) session trace

vxi-11.pcap.gz libpcap) Scan for instruments attached to an Agilent E5810A VXI-11-to-GPIB adapter.

WINS-Replication-01.cap.gz libpcap) WINS replication trace.

WINS-Replication-02.cap.gz libpcap) WINS replication trace.

WINS-Replication-03.cap.gz libpcap) WINS replication trace.

wpsdata.cap libpcap) WPS expanded EAP trace.

openwire_sample.tar.gz libpcap) ActiveMQ OpenWire trace.

drda_db2_sample.tgz libpcap) DRDA trace from DB2.

starteam_sample.tgz libpcap) StarTeam trace.

rtmp_sample.tgz libpcap) RTMP Real Time Messaging Protocol) trace.

rtmpt.pcap.bz2 libpcap) RTMPT trace with macromedia-fsc TCP-stuff.

sample-imf.pcap.gz libpcap) SMTP and IMF capture. Also shows some MIME_multipart.

smtp.pcap libpcap) SMTP simple example.

captura.NNTP.cap libpcap) NNTP News simple example.

sample-TNEF.pcap.gz libpcap) TNEF trace containing two attachments as well as message properties. Also shows some SMTP, IMF and MIME_multipart trace.

wol.pcap libpcap) WakeOnLAN sample packets generated from both ether-wake and a Windows-based utility.

zigbee-join-authenticate.pcap.gz libpcap) Two devices join a ZigBee network and authenticate with the trust center. Network is encrypted using network keys and trust center link keys.

IGMP dataset.pcap igmp) igmp version 2 dataset

yami.pcap yami) sample packets captured when playing with YAMI4 library

DHCPv6.pcap dhcpv6) sample dhcpv6 client server transaction solicitfresh lease)/advertise/request/reply/release/reply.

dhcpv6.pcap dhcpv6) sample dhcpv6 client server transaction solicitrequesting-old-lease)/advertise/request/reply/release/reply.

ecpri.pcap libpcap)eCPRI sample file.

iperf3-udp.pcapng.gz pcapng) sample capture for iPerf3 in reverse UDP mode using iperf3 -u -t 3 -c ping.online.net -p5208 -R

ADSL CPE

Here are some captures of the data sent on an ADSL line by the Neufbox 6, the CPE provided by french ISP SFR. Capturing was done by running tcpdump via SSH on the 8/35 ATM VC.

Sensitive informations like passwords, phone numbers, personal IP/MAC addresses… were redacted and replaced by equivalent ones checksums were recalculated too).

Used protocols includes DHCP, PPP, Ethernet, IP, ARP, L2TP, SIP, RTP, DNS, ICMP, DHCPv6, NTP, IGMPv2, ICMPv6, HTTP, HTTPS, Syslog, RADIUS…

nb6-startup.pcap Includes etablishement of IPv4 and IPv6 connections, download of configuration, connection to a VoIP server…

nb6-http.pcap Three different HTTP requests: first was sent on the private IPv4 network IPoE), second was sent on the public IPv4 network, third was sent on the public IPv6 network L2TP tunnel).

nb6-telephone.pcap A brief phone call to SFR’s voicemail service.

nb6-hotspot.pcap Someone connecting to SFR’s wireless community network.

A detailed analysis of these captures, along with an explanation of how these captures were realized, is available in French here.

Viruses and worms

slammer.pcap Slammer worm sending a DCE RPC packet. bnb

dns-remoteshell.pcap Watch frame 22 Ethereal detecting DNS Anomaly caused by remoteshell riding on DNS port – DNS Anomaly detection made easy by ethereal .. Anith Anand

Crack Traces

teardrop.cap Packets 8 and 9 show the overlapping IP fragments in a Teardrop attack.

zlip-1.pcap DNS exploit, endless, pointing to itself message decompression flaw.

zlip-2.pcap DNS exploit, endless cross referencing at message decompression.

zlip-3.pcap DNS exploit, creating a very long domain through multiple decompression of the same hostname, again and again.

can-2003-0003.pcap Attack for CERT advisory CA-2003-03

PROTOS Test Suite Traffic

The files below are captures of traffic generated by the PROTOS test suite developed at the University of Oulu. They contain malformed traffic used to test the robustness of protocol implementations; they also test the robustness of protocol analyzers such as Wireshark.

c04-wap-r1.pcap.gz Output from c04-wap-r1.jar

c05-http-reply-r1.pcap.gz Output from c05-http-reply-r1.jar

c06-ldapv3-app-r1.pcap.gz Output from c06-ldapv3-app-r1.jar

c06-ldapv3-enc-r1.pcap.gz Output from c06-ldapv3-enc-r1.jar

c06-snmpv1-req-app-r1.pcap.gz Output from c06-snmpv1-req-app-r1.jar

c06-snmpv1-req-enc-r1.pcap.gz Output from c06-snmpv1-req-enc-r1.jar

c06-snmpv1-trap-app-r1.pcap.gz Output from c06-snmpv1-trap-app-r1.jar

c06-snmpv1-trap-enc-r1.pcap.gz Output from c06-snmpv1-trap-enc-r1.jar

c07-sip-r2.cap Output from c07-sip-r2.jar

Specific Protocols and Protocol Families

3GPP 3gpp_mc.cap libpcap) 3gpp cn mc interface capture file, include megaco and ranap packet

AirTunes

Apple AirTunes protocol as used by AirPort. See http://git.zx2c4.com/Airtunes2/about/ airtunes-1.pcap

Apache Cassandra

apache-cassandra-cql-v3.pcapng.gz – CQL binary protocol version 3. Specification at https://raw.githubusercontent.com/apache/cassandra/cassandra-2.1/doc/native_protocol_v3.spec.

ARP/RARP

arp-storm.pcap libpcap) More than 20 ARP requests per second, observed on a cable modem connection.

rarp_request.cap libpcap) A reverse ARP request.

rarp_req_reply.pcap pcapng) RARP request and reply.

Spanning Tree Protocol

stp.pcap libpcap)

STP UplinkFast.pcapng pcapng) Cisco STP UplinkFast proxy multicast frames sent to 0100.0ccd.cdcd. This file contains a capture of proxy also called dummy) multicast frames sent after a root port switchover on behalf of 3 dynamic unicast MAC addresses to update the “upstream” part of the network about the new path toward them. For each of the MAC addresses 001d.e50a.d740, 0800.2774.b2c5, e4be.ede3.f013), the switch sends out 4 frames using the particular MAC address as a source, and the 0100.0ccd.cdcd as a destination, with each frame using a different type: SNAP OUI 0x00000c, PID 0x0115), AppleTalk EtherType 0x809b), IPX EtherType 0x8137), and ARP EtherType 0x0806). The frame payload is just a stuffing to the minimal frame length; it has no meaning.

Bluetooth

l2ping.cap Linux BlueZ hcidump) Contains some Bluetooth packets captured using hcidump, the packets were from the l2ping command that’s included with the Linux BlueZ stack.

Bluetooth1.cap Linux BlueZ hcidump) Contains some Bluetooth packets captured using hcidump.

UDP-Lite

Several UDP-Lite packets, some correct, some wrong.

udp_lite_full_coverage_0.pcap If coverage=0, the full packet is checksummed over.

udp_lite_illegal_1-7.pcap Coverage values between 1..7 illegal).

udp_lite_normal_coverage_8-20.pcap Normal ones with correct checksums legal).

udp_lite_illegal_large-coverage.pcap Three traces with coverage lengths greater than the packet length.

udp_lite_checksum_0.pcap checksum 0 is illegal.

NFS Protocol Family

nfs_bad_stalls.cap libpcap) An NFS capture containing long stalls about 38ms) in the middle of the responses to many read requests. This is useful for seeing the staircase effect in TCP Time Sequence Analysis.

nfsv2.pcap.gz libpcap) Fairly complete trace of all NFS v2 packet types.

nfsv3.pcap.gz libpcap) Fairly complete trace of all NFS v3 packet types.

klm.pcap.gz libpcap) A “fake” trace containing all KLM functions.

rquota.pcap.gz libpcap) A “fake” trace containing all RQUOTA functions.

nsm.pcap.gz libpcap) A “fake” trace containing all NSM functions.

nfsv4.1_pnfs.cap NFSv4.1 trace containing pNFS.

Server Message Block SMB)/Common Internet File System CIFS)

smbtorture.cap.gz libpcap) Capture showing a wide range of SMB features. The capture was made using the Samba4 smbtorture suite, against a Windows Vista beta2 server.

See SMB2#Example_capture_files for more captures.

Legacy Implementations of SMB

smb-legacy-implementation.pcapng NetBIOS traffic from Windows for Workgroups v3.11. Shows NetBIOS over LLC and NetBIOS over IPX.

Browser Elections

smb-browser-elections.pcapng NetBIOS requires that a Master Browser tracks host announcements and responds to Browser Requests. Master Browser a elected by a list of criteria. The role of a master browser should be taken by a stable system, as browser elections can have a serious performance impact. This trace shows the a client with a misconfigured firewall, blocking incoming UDP port 138. Since the client can not find a master browser, it stalls all other systems by repeated browser elections.

SMB-Locking

SMB-locking.pcapng.gz libpcap) SMB and SMB2 support opportunistic locking. Clients can send a lock request. If necessary, the server has to break conflicting locks by sending a lock request to the client. This is a bit unusual: We see requests from the server. A large number of lock requests is usually an indicator for poor performance. If lock requests are made as blocking IOs, users will experience that their application freezes in a seemingly random manner.

SMB-Direct

smb-direct-man-in-the-middle-02-reassemble-frames9.pcap.gz libpcap) SMB-Direct over iWarp between two Windows 2012 machines proxied via a port redirector in order to capture the traffic.

SMB3.1 handshake

smb-on-windows-10.pcapng libpcap) Short sample of a SMB3 handshake between two workstations running Windows 10.

SMB3 encryption

smb3-aes-128-ccm.pcap short sample of a SMB3 connection to an encrypted AES-128-CCM) share session id 3d00009400480000, session key 28f2847263c83dc00621f742dd3f2e7b).

SMB3.1.1 encryption

smb311-aes-128-ccm-filt.pcap short sample of a SMB3.1.1 connection to an encrypted AES-128-CCM) share session id 690000ac1c280000, session key b25a135fc3dc14269f20d7cbc8716b6b).

Preauth hash takes these values over the course of the session establishement:

Intial value

00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00

Negotiate protocol request

19 a0 81 73 9c 67 12 6a 6a 5a 68 52 39 63 fb d7 a5 84 cd 40 d5 7d ce af b6 1c c4 06 08 e5 e2 86 9d f7 04 1f 42 4d 39 a6 e1 11 d4 8c 8b 70 a0 51 5a 1d ea ae 7e 29 49 b0 1a 95 d8 b9 ae 22 1c bb

Negotiate protocol response

9b 8f 4c 61 dc 66 40 4c 40 1d 09 49 25 c9 9e 20 84 bb 39 15 1e 19 73 ff 65 b0 53 21 f1 da 9f d7 51 d1 9f 3d 90 9d 86 85 cd 1a 6d 5b 94 88 58 61 9f b9 c8 b8 4b ab 8b 59 77 91 89 bd c4 97 26 32

Session setup request 1st)

95 31 5f 50 0c 9f 5d c5 d4 a8 39 07 3b 58 02 12 bb 69 b7 cb 40 9e 70 73 ab 8f 3a d0 85 bf 62 ce a5 86 6d 7b 33 79 0f 56 c2 0a cb 38 be 3c 6a 05 48 38 f5 b4 44 a0 1f b5 a0 c1 d2 ce db b5 75 74

Session setup response 1st)

b5 00 d2 9c ae e7 8d 7e 75 73 94 c3 e2 41 15 8a bc 53 51 d0 bf c0 d7 89 b9 04 97 d8 15 9b 8a 40 0f 95 91 64 e0 cc 84 2e 32 7d 81 84 c8 53 19 dc e0 39 0c 1d 25 80 f9 d8 bc 1a bc 16 f5 f7 c6 79

Session setup request 2nd)

fb 11 6c 80 20 e2 3f d8 e4 e3 07 01 f1 da d7 af d8 e3 ff 22 0d c4 5b ff 1d 7f fb 92 ee a3 a6 89 5f 7f 49 39 b9 75 7e ed 97 a8 1e c4 fa d9 75 91 e8 81 73 de 78 1f 32 82 33 a6 f5 37 45 59 f1 2a

The final server decryption key is: F8 C1 A6 B5 44 E8 22 6F 98 EE 44 77 8E AF 31 6B

The final client decryption key is: 39 40 71 F1 A2 1D B5 BA 68 3E FA 86 8C 36 AE DF

TCP

See the MPTCP section for MPTCP pcaps.

MPTCP

iperf-mptcp-0-0.pcap iperf between client and hosts with 2 interfaces and the linux implementation. There are 4 subflows, 2 of them actually successfully connected.

redundant_stream1.pcapng iperf with a redundant scheduler, i.e., the same data is sent across several subflows at the same time. Enable all the MPTCP options and you should be able to see Wireshark detect reinjections across subflows. For instance try the filter “tcp.options.mptcp.rawdataseqno == 1822294653”: you should see 3 packets sending the same data on 3 different TCP connections.

mptcp_v1.pcapng This pcap was generated with the kernel 5.6 and shows the version 1 of MPTCP.

Parallel Virtual File System PVFS)

pvfs2-sample.pcap libpcap) PVFS2 copy operation local file to PVFS2 file system)

HyperText Transport Protocol HTTP)

http.cap A simple HTTP request and response.

http_gzip.cap A simple HTTP request with a one packet gzip Content-Encoded response.

http-chunked-gzip.pcap A single HTTP request and response for www.wireshark.org proxied using socat to remove SSL encryption). Response is gzipped and used chunked encoding. Added in January 2016.

http_with_jpegs.cap.gz A simple capture containing a few JPEG pictures one can reassemble and save to a file.

tcp-ethereal-file1.trace libpcap) A large POST request, taking many TCP segments.

tcp-ecn-sample.pcap A sample TCP/HTTP of a file transfer using ECN Explicit Congestion Notification) feature per RFC3168. Frame 48 experienced Congestion Encountered.

http_redirects.pcapng A sample TCP/HTTP with many 302 redirects per RFC 3986 https://tools.ietf.org/html/rfc3986).

For captures using SSL/TLS, see #SSL_with_decryption_keys.

Telnet

telnet-cooked.pcap libpcap) A telnet session in “cooked” per-line) mode.

telnet-raw.pcap libpcap) A telnet session in “raw” per-character) mode.

TFTP

tftp_rrq.pcap libpcap) A TFTP Read Request.

tftp_wrq.pcap libpcap) A TFTP Write Request.

UFTP

UFTP_v3_transfer.pcapng pcapng) An UFTP v3 file transfer unencrypted).

UFTP_v4_transfer.pcapng pcapng) An UFTP v4 file transfer unencrypted).

Routing Protocols

bgp.pcap.gz libpcap) BGP packets, including AS path attributes.

bgp_shutdown_communication.pcap libpcap) Sample packet for BGP Shutdown communication https://tools.ietf.org/html/draft-ietf-idr-shutdown-01.

bgpsec.pcap libpcap) Sample BGPsec OPEN and UPDATE messages. See https://tools.ietf.org/html/rfc8205 for the protocol specification and https://tools.ietf.org/html/rfc8208 for more packet examples.

bmp.pcap libpcap) BGP Monitoring Protocol, including Init, Peer Up, Route Monitoring

EIGRP_Neighbors.cap Two Cisco EIGRP peers forming an adjacency.

eigrp-for-ipv6-auth.pcap Cisco EIGRP packets, including Authentication TLVs

eigrp-for-ipv6-stub.pcap Cisco EIGRP packets, including Stub routing TLVs

eigrp-for-ipv6-updates.pcap Cisco EIGRP packets, including IPv6 internal and external route updates

eigrp-ipx.pcap Cisco EIGRP packets, including IPX internal and external route updates

ipv6-ripng.gz libpcap) RIPng packets IPv6)

ospf.cap libpcap) Simple OSPF initialization.

ospf-md5.cap libpcap) Simple OSPF-MD5 Authentication.

RIP_v1 A basic route exchange between two RIP v1 routers.

SNMP

b6300a.cap A collection of SNMP GETs and RESPONSEs

snmp_usm.pcap A series of authenticated and some encrypted SNMPv3 PDUS

the authPassword for all users is pippoxxx and the privPassword is PIPPOxxx.
pippo uses MD5 and DES
pippo2 uses SHA1 and DES
pippo3 uses SHA1 and AES
pippo4 uses MD5 and AES

Network Time Protocol

File: NTP_sync.pcap 4KB, showing the NetworkTimeProtocol)
Contributor: Gerald Combs
Description: After reading about the round robin DNS records set up by the folks at pool.ntp.org, I decided to use their service to sync my laptop’s clock. The attached file contains the result of running

net time /setsntp:us.pool.ntp.org
net stop w32time
net start w32time

at the command prompt. Something to note is that each pool.ntp.org DNS record contains multiple addresses. The Windows time client appears to query all of them.

MicrosoftNTP.cap Microsoft Network Monitor) 2 Packets containing a synchronisation to the Microsoft NTP server.

SyncE Protocol

File: SyncE_bidirectional.pcapng 1.5KB, showing the syncE protocol)
Contributor: RadhaKrishna. courtesy:Karsten, RAD, Germany
Description: SyncE is a synchronization mechanism for Ethernet networks. This mechanism uses SSM packets to qualify the synchronization signal quality.

PostgreSQL v3 Frontend/Backend Protocol

File: pgsql.cap.gz 2KB, showing a brief PostgresProtocol session)
Contributor: Abhijit Menon-Sen

File: pgsql-jdbc.pcap.gz 584KB, showing a PostgreSQL JDBC test session)
Contributors: Kris Jurka and Abhijit Menon-Sen

MySQL protocol

File: mysql_complete.pcap 6 KB, from bug 2691)

For MySQL captures using SSL, see #SSL_with_decryption_keys.

MS SQL Server protocol – Tabular Data Stream TDS)

ms-sql-tds-rpc-requests.cap 17 KB) RPC requests and a few SQL queries
Contributor: Emil Wojak

Netgear NSDP

ndsp_v2.pcapng.gz https://en.wikipedia.org/wiki/Netgear_NSDP upload a new Firmware via Netgear SmartUtility. Switch Netgear GS748Tv3 is 192.168.0.239.

VendorLanProtocolFamily

Extreme Networks

edp.trace.gz General EDP traffic

edp1.trace.gz

edp.esrp.gz EDP/ESRP traffic

edp.eaps.mirror1.trace.gz

edp.eaps.mirror2.trace.gz

===Cisco===

cdp.pcap CDP v2 frame from a Cisco router.

cdp_v2.pcap CDP v2 frame from a Cisco switch.

DTP.pcapng DTP frames from a Cisco switch.

cdp-BCM1100.cap

Mikrotiks mndp.pcap

DECT

dump_2009-02-02_23_17_18_RFPI_00_4e_b4_bd_50.pcap.gz A trace of an unencrypted DECT phonecall with the original Ethernet pseudoheader see README.DECT). Called number 0800-1507090 DTMF only?)

Sigtran Protocol Family

Captures of protocols belonging to the SIGTRAN family.

isup.cap A single call’s signalling sequence using ISUP/MTP3/M3UA/SCTP/IP. NOTE: The M3UA version preference must be set to “Draft 6” to successfully view this file Edit->Preferences->Protocols->M3UA->M3UA Version->Internet Draft version 6).

isup_load_generator.pcap ISUP/MTP3/MTP2 made by a call load generator and captured from an E1 line. The capture includes the frame check sequence at the end of each packet.

bicc.pcap Sample BICC PDUs.

camel.pcap A single call using CAMEL/TCAP/SCCP/MTP3/M2UA/SCTP/IP. This “capture” has been generated using text2pcap tool, from MTP3 raw data trace. The capture contains the following Camel operations: InitialDP, RequestReportBCSMEvent, ApplyCharging, Continue, EventReportBCSM, ApplyChargingReport, ReleaseCall.

camel2.pcap Same as camel.pcap capture, except that the it is using another Camel phase. The other difference is that the call is rejected. The capture contains the following Camel operations: InitialDP, RequestReportBCSMEvent, Connect, ReleaseCall.

gsm_map_with_ussd_string.pcap This “capture” has been generated using text2pcap tool, from MTP3 raw data trace. It contains a GSM MAP processUnstructuredSS-Request MAP operation with a USSD String GSM 7 bit encoded).

ansi_map_ota.pcap ANSI MAP OTA trace.

ansi_map_win.pcap ANSI MAP over ANSI MTP3 with WIN messages.

packlog-example.cap Example capture of Cisco ITP’s Packet Logging Facility packets SS7 MSU encapsulated in syslog messages). It contains a few random MSUs: MTP3MG, TCAP and GSM_MAP. There aren’t any complete dialogs in the capture.

japan_tcap_over_m2pa.pcap Example of TCAP over Japan SCCP/MTP over M2PA RFC version).

ansi_tcap_over_itu_sccp_over_mtp3_over_mtp2.pcap Example of ANSI TCAP carried over ITU SCCP/MTP3/MTP2. Really this should be in an “SS7” section of the SampleCaptures page.

Stream Control Transmission Protocol SCTP)

sctp.cap Sample SCTP PDUs, Megaco.

sctp-test.cap Sample SCTP handshaking and DATA/SACK chunks.

sctp-addip.cap Sample SCTP ASCONF/ASCONF-ACK Chunks that perform Vertical Handover.

sctp-www.cap Sample SCTP DATA Chunks that carry HTTP messages between Apache2 HTTP Server and Mozilla.

SCTP-INIT-Collision.cap Sample SCTP trace showing association setup collision both peers trying to connect to each other).

IPMI

ipmi.SDR.FRU.SEL.pcap Opens and closes a session and retrieves the SDR, SEL and FRU. This “capture” has been generated using text2pcap tool, from RMCP raw data trace.

ipmi.sensor.event.RR.pcap Opens and closes a session and does different Sensor/Event requests and responses. This “capture” has been generated using text2pcap tool, from RMCP raw data trace.

IPMB

ipmb.multi.packets.pcap libpcap). IPMB interface capture file, include multiple request and response packets.

SIP and RTP

aaa.pcap Sample SIP and RTP traffic.

SIP_CALL_RTP_G711 Sample SIP call with RTP in G711.

SIP_DTMF2.cap Sample SIP call with RFC 2833 DTMF

DTMFsipinfo.pcap Sample SIP call with SIP INFO DTMF

h223-over-rtp.pcap.gz libpcap) A sample of H.223 running over RTP, following negotiation over SIP.

h263-over-rtp.pcap libpcap) A sample of RFC 2190 H.263 over RTP, following negotiation over SIP.

metasploit-sip-invite-spoof.pcap Metasploit 3.0 SIP Invite spoof capture.

FAX-Call-t38-CA-TDM-SIP-FB-1.pcap Fax call from TDM to SIP over Mediagateway with declined T38 request, megaco H.248.

Asterisk_ZFONE_XLITE.pcap Sample SIP call with ZRTP protected media.

MagicJack+ Power On sequence SIP and RTP traffic generated by power on the MagicJack+

MagicJack+ short test call A complete telephone call example

SIP calls between SIPp scenario file) and FreeSWITCH 1.6.12, playing ivr-on_hold_indefinitely.wav in one direction using various codecs:

sip-rtp-dvi4.pcap

sip-rtp-g711.pcap – has both G.711A PCMA) and G.711U PCMU)

sip-rtp-g722.pcap

sip-rtp-g726.pcap – has eight variants: AAL2-)G726-16/24/40/40

sip-rtp-gsm.pcap

sip-rtp-ilbc.pcap

sip-rtp-l16.pcap – four variants: 8000/2, 16000/2, 11025, 48000

sip-rtp-lpc.pcap

sip-rtp-opus.pcap – Opus mono session with 48kHz clock rate

sip-rtp-speex.pcap – three sample rates: 8/16/32kHz

sip-rtp-g729a.pcap

sip-tls-1.3-and-rtcp.zip SIP call over TLS 1.3 transport with enabled RTCP. Used openssl 1.1.1 prerelease version

RTSP Protocol

Here’s a few RTSP packets in Microsoft Network Monitor format: RTSPPACKETS1.cap

rtsp_with_data_over_tcp.cap libpcap) An RTSP reply packet.

H.223

h223-over-iax.pcap.gz libpcap) A sample of H.223 running over IAX, including H.263 and AMR payloads.

h223-over-tcp.pcap.gz libpcap) A sample of H.223 running over TCP. You’ll need to select ‘Decode as… H.223’.

h223-over-rtp.pcap.gz libpcap) A sample of H.223 running over RTP, following negotiation over SIP.

H.265/HEVC

1920x1080_H.265.pcapng libpcap) A sample of H.265 running over RTP, following negotiation over RTSP.

MGCP

MGCP.pcap libpcap) A sample of the Media Gateway Control Protocol MGCP).

USB Raw dlt 186)

VariousUSBDevices.pcap libpcap) Various USB devices on a number of busses

Usb packets exchanged while unpluggin and replugging a mouse: mouse_replug2.pcap

usbstick3.pcap.gz libpcap) Plug in a USB2.0 stick, mount it, list the contents.

usbhub.pcap.gz libpcap) Plug in a usb2.0 4-port hub without external powersupply, plugin a logitech presenter into one of the ports, press a button, unplug presenter, unplug hub. Repeat with externally powered hub.

USB with Linux encapsulation dlt 189)

usb_memory_stick.pcap Plug in an usb stick and mount it

usb_memory_stick_create_file.pcap Create a new file in a previusly mounted memory stick and write some text into it

usb_memory_stick_delete_file.pcap Delete the file previusly created from the memory stick.

Bluetooth_HCI_and_OBEX_Transaction_over_USB.ntar.gz contains a Bluetooth session including connecting the USB adaptor used, pairing with a mobile phone, receiving a file over RFCOMM/L2CAP/OBEX, and finally removing the USB Bluetooth adaptor) over USB

xrite-i1displaypro-argyllcms-1.9.2-spotread.pcapng ArgyllCMS 1.9.2 making a single measurement spotread) using an X-Rite i1 Display Pro color sensor. Some other sensors, such as the near-identical ColorMunki Display, use the same protocol.

USB with USBPcap encapsulation

usb_u3v_sample.pcapng Sample control and video traffic with a USB3Vision camera

xrite-i1displaypro-i1profiler.pcap.gz X-Rite i1Profiler v1.6.6.19864 measuring a display profile using an X-Rite i1 Display Pro color sensor, captured using USBPcap 1.0.0.7. Some other sensors, such as the near-identical ColorMunki Display, use the same protocol.

USB Link Layer

SB1240-via-hub_usbll.7z SB1240 Full-Speed) connected via High-Speed USB Hub to host. Contains simultaneous captures on the HS link between Hub and Host, FS link between SB1240 and Hub and usbmon capture on the USB Host.

FreeBSD usbdump format file

test.usbdump Sample FreeBSD usbdump capture file.

WAP Protocol Family

WAP_WBXML_Provisioning_Push.pcap contains a WSP Push PDU with a Client Provisioning document encoded in WBXML. This example comes from the WAP Provisioning specifications.

wap_google.pcap contains two WSP request-response dialogs.

X.509 Digital Certificates

x509-with-logo.cap contains packet 18) an X.509 digital certificate containing RFC3709 LogotypeCertificateExtensions.

Lightweight Directory Access Protocol LDAP)

ldap-controls-dirsync-01.cap Sample LDAP PDU with DIRSYNC CONTROLS

ldap-krb5-sign-seal-01.cap Sample GSSAPI–KRB5 signed and sealed LDAP PDU

ldap-and-search.pcap Sample search filter with AND filter, filter

ldap-attribute-value-list.pcap Sample search filter with an attribute value list

ldap-extensible-match-with-dn.pcap Sample search filter with an extensible match with dnAttributes

ldap-extensible-match.pcap Sample search filter with a simple extensible match

ldap-substring.pcap Sample search filter with substring matches

ldap-ssl.pcapng Encrypted LDAP traffic, see #SSL_with_decryption_keys for more details.

Link Layer Discovery Protocol LLDP)

lldp.minimal.pcap libpcap) Simple LLDP packets.

lldp.detailed.pcap libpcap) LLDP packets with more details.

lldpmed_civicloc.pcap libpcap) LLDP-MED packet with TLV entries, including civic address location ID, network policy and extended power-via-MDI.

D-Link Ethernet Switch Smart Console Utility LLDP libpcap) D-Link LLDP SmartConsole Utility.

SAN Protocol Captures iSCSI, ATAoverEthernet, FibreChannel, SCSI-OSD and other SAN related protocols)

iscsi-scsi-data-cdrom.zip contains a complete log of iSCSI traffic between MS iSCSI Initiator and Linux iSCSI Enterprise Target with a real SCSI CD-ROM exported. The CD-ROM has a Fedora Core 3 installation CD in it.

iscsi-scsi-10TB-data-device.zip contains a complete log of iSCSI traffic between MS iSCSI Initiator and Linux iSCSI Enterprise Target with a 10TB block device exported. See the use of READ_CAPACITY_16, READ_16, and WRITE_16.

iscsi-tapel.gz contains some operation log of iSCSI traffic between Linux open-iscsi initiator and Linux iSCSI Enterprise Target. The target is a EXABYTE EXB480 Tape library. Various mtx operations are executed.

fcip_trace.cap from http://www.wireshark.org/lists/ethereal-dev/200212/msg00080.html containing fcip traffic but unfortunately no SCSI over FCP over FCIP

fcoe-t11.cap.gz has the FCoE encapsulation, showing a host adapter doing fabric and port logins, discovery and SCSI Inquiries, etc. This uses the August 2007 T11 converged frame format.

fcoe1.cap has a similar set of frames using an older FCoE frame format proposed prior to the August 2007 version.

fcoe-t11-short.cap is a trace of part of a SCSI write with only the first 64 bytes of each frame captured.

fcoe-drop-rddata.cap is a trace of a SCSI read with REC and SRR recovery performed.

FIP is the FCoE Initialization Protocol. fip-adv.cap.gz shows advertisement, discovery and FLOGI. fip-ka.cap.gz shows keep-alives and a clear-virtual-link. Note that the host and gateway are not necessarily using FIP correctly.

scsi-osd-example-001.pcap is a trace of the IBM osd_initiator_3_1_1 an OSD tester application) exercising IBM’s ibm-osd-sim an emulation of an OSD target device). The transport involved is iSCSI, and makes use of the relatively unusual new SCSI feature of bidirectional data transfer. The trace captures the initial iSCSI Logins, through INQUIRY and REPORT LUNS, followed by a number of commands from the SCSI-OSD command set such as FORMAT OSD, LIST, CREATE PARTITION, CREATE, WRITE, READ, REMOVE, REMOVE PARTITION, and SET ROOT KEY.

Peer-to-peer protocols

MANOLITO Protocol

PioletSearch.Manolito.cap Microsoft Network Monitor) Here’s a Piolet/Blubster MANOLITO) capture for your enjoyment: It is a few packets I captured whilst looking for some Dr. Alban songs using Piolet.

Manolito2.cap Microsoft Network Monitor) Here’s some more Manolito packets this time, it’s just general sign-in).

BitTorrent Protocol

BitTorrent.Transfer1.cap Microsoft Network Monitor) Here’s a capture with a few BitTorrent packets; it contains some small packets I got whilst downloading something on BitTorrent.

BITTORRENT.pcap libpcap) Capture file of two torrent clients communicationg without DHT or peer exch.

SoulSeek Protocol

SoulSeekRoom.cap Microsoft Network Monitor) Here’s a capture with a few SoulSeek packets; it contains some small packets I got whilst browsing through some SoulSeek rooms.

JXTA Protocol

jxta-sample.pcap libpcap) A trace of a JXTA client and rendezvous doing some chatting using several JXTA pipes.

jxta-mcast-sample.pcap libpcap) A trace of a JXTA client and rendezvous doing some chatting using several JXTA pipes with UDP multicast enabled.

SMPP Short Message Peer-to-Peer) Protocol

smpp.cap libpcap) An SMPP capture showing a Bind_transmitter, Submit_sm and Unbind request flow.

Kaspersky Update Protocol

Some examples of packets used by the Kaspersky AntiVirus Updater: KasperskyPackets.CAP

Kerberos and keytab file for decryption

krb-816.zip An example of Kerberos traffic when 2 users logon domain from a Windows XP. keytab file is included. With Kerberos decryption function in wireshark 0.10.12, some encrypted data can be decrypted.

kpasswd_tcp.cap An example of a Kerberos password change, sent over TCP.

kerberos-Delegation.zip An example of Kerberos Delegation in Windows Active Diretory.Keytaf file is also included.Please use Wireshark 0.10.14 SVN 17272 or above to open the trace.

constained-delegation.zip An example of Kerberos constrained delegation s4U2Proxy) in Windows 2003 domain.

win_s4u2self.pcap An example of Kerberos protocol transition s4U2Self) with W2k8 server and Win7 client no keys).

s4u2self_with_keys.tgz Another example of Kerberos protocol transition s4U2Self) with W2k16 server and MIT client with keys).

S4U2Self_with_certificate.tgz Kerberos protocol transition s4U2Self) using X509 certificate with keys).

rbcd_win_with_keys.tgz Kerberos s4U2Proxy resource-based-constrained-delegation with keys).

rbcd_win_two_transits_with_keys.tgz Kerberos s4U2Proxy resource-based-constrained-delegation two transit with keys).

krb5_tgs_fast.tgz Kerberos TGS with FAST padata.

mDNS & Apple Rendezvous

ZIP Compressed mDNS Apple Rendezvous) Dumps – MS NetMon Format: mDNS1.zip

Point-To-Point PPP)

PPPHandshake.cap PPP Handshake using Microsoft Windows VPN – MS NetMon Format

PPP-config.cap LCP and IPCP configuration of a Direct Cable Connection WinXP)

ppp-dialup-munged.pppd Linux pppd async dialup connect/disconnect; The capture file generated by pppd has been munged slightly to hide login info, thus certain HDLC checksums are incorrect)

ppp_lcp_ipcp.pcap PPP LCP and IPCP traffic w/a protocol reject for CCP.

Point-To-Point over Ethernet

File: telecomitalia-pppoe.pcap

PPPoE exchange between a Telecom Italia ADSL CPE and one of their Juniper ex-Unisphere) BNASes.

CPE sends a discovery initiation frame PADI) and receives an offer PADO).
CPE sends an authentication request with dummy credentials “aliceadsl” both for username and password. These are useless, since the actual authentication is performed thanks to the DSLAM intercepting the PPPoE discovery frames and adding in a Circuit-ID/NAS-Port-ID tag, which is unique for the customer DSLAM port. This tag is then verified against a RADIUS server on Telecom Italia’s premises. This process is hidden and transparent to the user and cannot be shown here.
Post-authentication, our CPE receives back IPCP messages containing configuration information, such as public IP, default gateway and DNS configuration.
We’re now on the Internet. PPP LCP Echo requests and Echo replies are sent as session keep-alive check.

Contributed by Lorenzo Cafaro.

X.400

These captures exercise the Session SES), PresentationPRES), Assocation Control ACSE), Reliable Transfer RTSE), Remote Operations ROSE), X.400 P1 Transfer X411), X.400 Information Object X420 and STANAG 4406 S4406 dissectors.

Contributor: Graeme Lunt

File: x400-ping-refuse.pcap 2KB)
Description: An X.400 bind attempt using RTS in normal mode generating an authentication error from the responder.

File: x400-ping-success.pcap 2KB)
Description: An X.400 bind attempt using RTS in normal mode with a bind result from the responder.

File: p772-transfer-success.pcap 4KB)
Description: An X.400 bind attempt using RTS in normal mode with a bind result from the responder, and then the successful transfer of a P772 message.

Direct Message Protocol

Contributor: Stig Bjorlykke

File: dmp-examples.pcap.gz 667B)
Description: Some example DMP messages. Note that the examples uses port number 24209, which must be configured in the protocol page.

STANAG 5066 SIS

These captures show a succeful and unsuccesful transfer of a simple line of text with STANAG 5066 Subnetwork Interface Sublayer S5066_SIS).

Contributor: Menno Andriesse

File: S5066-HFChat-1.pcap 4KB)
Description: A line of text is send and acknowledged

File: S5066-HFChat-Rejected.pcap 2KB)
Description: A line of text is send and rejected because the other node does not respond.

Contributor: Taner Kurtulus

File: S5066-Expedited.pcap 2KB)
Description: A line of text is sent/received with Expedited S_Prims and confirmed

STANAG 5066 DTS

These captures show a successful BFTP transfer over a hardlink between two peers.

Contributor: İbrahim Can Yüce

File: Stanag5066-TCP-ENCAP-Bftp-Exchange-tx-rx.pcapng
Description: BFTP file transfer exchange D_PDUs captured directly from the line.

File: Stanag5066-RAW-ENCAP-Bftp-Exchange-tx.pcap
Description: BFTP file transfer exchange D_PDUs encapsulated in TCP, then handed off to S5066 dissector.

RTP Norm

These captures show samples of RTP NORM transfers.

Contributor: Julian Onions

File: rtp-norm-transfer.pcap 291.2 KB)
Description: A norm file transfer over multicast to one acking host).

File: rtp-norm-stream.zip 673.4 KB)
Description: A portion of a NORM stream transfer.

DCE/RPC and MSRPC-based protocols

Captures in this section show traffic related to various DCE/RPC-based and MSRPC-based interfaces.

File: dcerpc-fault-stub-data-02.pcap.gz
Description: A DCERPC Fault pdu with extended error information MS-EERR).

DSSETUP MSRPC interface

File: dssetup_DsRoleGetPrimaryDomainInformation_standalone_workstation.cap 1.0 KB)
Description: DsRoleGetPrimaryDomainInformation operation DSSETUP) against a standalone workstation.

File: dssetup_DsRoleGetPrimaryDomainInformation_ad_member.cap 1.5 KB)
Description: DsRoleGetPrimaryDomainInformation operation DSSETUP) against an Active Directory domain member workstation.

File: dssetup_DsRoleGetPrimaryDomainInformation_ad_dc.cap 1.0 KB)
Description: DsRoleGetPrimaryDomainInformation operation DSSETUP) against an Active Directory DC.

File: dssetup_DsRoleDnsNameToFlatName_w2k3_op_rng_error.cap 1.0 KB)
Description: In Windows Server 2003, there is only one operation DsRoleGetPrimaryDomainInformation) in the DSSETUP interface. This capture shows that the DsRoleDnsNameToFlatName is not supported in Windows Server 2003.

File: dssetup_DsRoleDnsNameToFlatName_w2k.cap 1.0 KB)
Description: DsRoleDnsNameToFlatName operation against a Windows 2000 system without MS04-011 applied

File: dssetup_DsRoleUpgradeDownlevelServer_MS04-011_exploit.cap 5.0 KB)
Description: traffic of an exploit for the security vulnerabillity exploitable using the DsRoleUpgradeDownlevelServer operation Windows 2000 and Windows XP systems without MS04-011 applied)

NSPI MSRPC Interface

File nspi.pcap 7.2 KB)
Description: MAPI Profile creation between Microsoft Exchange 2003 and the mail applet in the configuration panel Windows 2003 Server and Windows XP Professional)

WINREG Interface

File dcerpc-winreg-with-rpc-sec-verification-trailer.pcap
Description: smbtorture in Samba’s make test. Frame 34 contains a rpc_sec_verification_trailer.

WITNESS Interface

File dcerpc_witness.pcapng
Description: Sample Witness traffic

IPsec – ESP Payload Decryption and Authentication Checking Examples

File: ipsec_esp_capture_1.tgz ESP
Description: Example for ESP payload Decryption and Authentication checking for simple transport mode in v4/v6.

File: ipsec_esp_capture_2.tgz ESP
Description: Example for ESP payload Decryption and Authentication checking for tunnel mode in v4.

File: ipsec_esp_capture_3.tgz ESP
Description: Example for ESP payload Decryption with authentication Checking for some more Encryption Algorithms not defined in RFC4305.

File: ipsec_esp_capture_5.tgz ESP
Description: Example of Authentication Checking and decryption using Hexadecimal keys.

Pro-MPEG FEC – Professional video FEC data over RTP

See protocol description, 2dParityFEC for details.
File: 2dParityFEC-Example.cap.gz
Description: Example of row and column FEC data mixed with MPEG2 transport stream data in standard RTP packets.

SSL with decryption keys

File: snakeoil2_070531.tgz
Description: Example of SSL encrypted HTTPS traffic and the key to decrypt it. example taken from the dev mailinglist)

Files: dump.pcapng, premaster.txt
Description: Capture and related keylog file of a openssl’s s_client/s_server HTTP GET request over TLSv1.2 with 73 different cipher suites generated using openssl-connect for Bug 9144 – Update TLS ciphers)

File: mysql-ssl.pcapng 11 KB, from https://git.lekensteyn.nl/peter/wireshark-notes/commit/tls/mysql-ssl.pcapng?id=8cfd2f667e796e4c0e3bdbe117e515206346f74a, SSL keys in capture file comments)

File: mysql-ssl-larger.pcapng show variables response in two TLS records and multiple TCP segments) 22 KB, from https://git.lekensteyn.nl/peter/wireshark-notes/commit/tls/mysql-ssl-larger.pcapng?id=818f97811ee7d9b4c5b2d0d14f8044e88787bc01, SSL keys in capture file comments)

File: smtp-ssl.pcapng 8.8 KB, from https://git.lekensteyn.nl/peter/wireshark-notes/commit/tls/smtp-ssl.pcapng?id=9615a132638741baa2cf839277128a32e4fc34f2, SSL keys in capture file comments)

File: smtp2525-ssl.pcapng SMTP over non-standard port 2525) 8.8 KB, from https://git.lekensteyn.nl/peter/wireshark-notes/commit/tls/smtp2525-ssl.pcapng?id=d448482c095363191ff5b5b312fa8f653e482425, SSL keys in capture file comments)

File: xmpp-ssl.pcapng 15 KB, from https://git.lekensteyn.nl/peter/wireshark-notes/commit/tls/xmpp-ssl.pcapng?id=fa979120b060be708e3e752e559e5878524be133, SSL keys in capture file comments)

File: pop-ssl.pcapng POP3) 9.2 KB, from https://git.lekensteyn.nl/peter/wireshark-notes/commit/tls/pop-ssl.pcapng?id=860c55ba8449a877e21480017e16cfae902b69fb, SSL keys in capture file comments)

File: imap-ssl.pcapng 10 KB, from https://git.lekensteyn.nl/peter/wireshark-notes/commit/tls/imap-ssl.pcapng?id=1123e936365c89d43e9f210872778d81223af36d, SSL keys in capture file comments)

File: pgsql-ssl.pcapng 7.7 KB, from https://git.lekensteyn.nl/peter/wireshark-notes/commit/tls/pgsql-ssl.pcapng?id=836b6f746df24aa04fa29b71806d8d0e496c2a68, SSL keys in capture file comments)

File: ldap-ssl.pcapng 8.3 KB, from https://git.lekensteyn.nl/peter/wireshark-notes/commit/tls/ldap-ssl.pcapng?id=d931120107e7429a689a8350d5e49c1f1147316f, SSL keys in capture file comments)

File: http2-16-ssl.pcapng HTTP2 with ALPN h2-16 extension) 5.1 KB, from https://git.lekensteyn.nl/peter/wireshark-notes/commit/tls/http2-16-ssl.pcapng?id=a24c03ce96e383faf2a624bfabd5cc843e78ab2a, SSL keys in capture file comments)

File: amqps.pcapng AMQP using RabbitMQ server and Celery client) 5.1 KB, from https://git.lekensteyn.nl/peter/wireshark-notes/commit/tls/amqps.pcapng?id=3c00336b07f1fec0fb13af3c7d502d51fab732b7, SSL keys in capture file comments)

The *-ssl.pcapng capture files above can be found at https://git.lekensteyn.nl/peter/wireshark-notes/tree/tls/ with the pre-master key secrets being available in the capture file comments. See the commit log for further details. The keys have been extracted from the OpenSSL library using a LD_PRELOAD interposing library, libsslkeylog.so sslkeylog.c).

For TLS 1.3 captures and keys, see Bug 12779. For example, Chromium 61 TLS 1.3 draft -18) connecting to enabled.tls13.com using HTTP/2 can be found in this comment.

MCPE/RakNet

File: MCPE-0.15.pcapng
Description: Example of Minecraft Pocket Edition 0.15.x on RakNet protocol.

NDMP

File: ndmp.pcap.gz
Description: Example of NDMP connection using MD5 method. Capture shows some additonal NDMP traffic not recognized by wireshark ndmfs extension).

Kismet Client/Server protocol

File: kismet-client-server-dump-1.pcap
Description: Example traffic beetwen Kismet GUI and Kismet Sever begining of kismet session).

File: kismet-client-server-dump-2.pcap.gz
Description: Example traffic beetwen Kismet GUI and Kismet Sever after new wireless network has been detected).

Kismet Drone/Server protocol

File: kdsp.pcap.gz
Description: Example traffic between Kismet drone and Kismet sever. See KDSP

DTLS with decryption keys

File: snakeoil.tgz
Description: Example of DTLS simple encrypted traffic and the key to decrypt it. Simple example made with OpenSSLv0.9.8b)

DTLS JPAKE as used in ThreadGroup Commissioning

File: ThreadCommissioning-JPAKE-DTLS-1.pcapng
Description: Example 1 of DTLS-JPAKE traffic. Thread reference application DTLS client) against mbedTLS server)

File: ThreadCommissioning-JPAKE-DTLS-2.pcapng
Description: Example 2 of DTLS-JPAKE traffic. Thread reference application DTLS client) against mbedTLS server)

File: ThreadCommissioning-JPAKE-DTLS-NSS
Description: NSS file for decryption of the two example files.

ETHERNET Powerlink v1

File: epl_v1.cap.gz
Description: Example traffic of EPL V1. Capture shows the traffic of an EPLv1 ManagingNode and three ControlledNodes.

ETHERNET Powerlink v2

File: epl.cap.gz
Description: Example traffic of EPL. Capture shows the boot up of an EPLv2 ManagingNode and one ControlledNode.

File: epl_sdo_udp.cap
Description: Example traffic of EPL. Capture shows an access to the object dictionary of a ControlledNode within an EPL-Network from outside via ServiceDataObject SDO) by UDP.

Architecture for Control Networks ACN)

File: acn_capture_example_1.cap
Description: Example traffic of ACN. Capture shows just a few examples.

Intellon Homeplug INT51X1)

File: homeplug_request_channel_estimation.pcap
Description: Example traffic of Homeplug. Capture of Request Channel Estimation RCE) frame. File: homeplug_request_parameters_and_statistics.pcap
Description: Example traffic of Homeplug. Capture of Request Parameters and Statistics RPS) frame. File: homeplug_network_statistics_basic.pcap
Description: Example traffic of Homeplug. Capture of Network Statistics basic NS) frame.

Wifi / Wireless LAN captures / 802.11

File: Network_Join_Nokia_Mobile.pcap
Description: 802.11 capture of a new client joining the network, authenticating and activating WPA ciphering

File: wpa-Induction.pcap
Description: 802.11 capture with WPA data encrypted using the password “Induction”.

File: wpa-eap-tls.pcap.gz
Description: 802.11 capture with WPA-EAP. PSK’s to decode: a5001e18e0b3f792278825bc3abff72d7021d7c157b600470ef730e2490835d4 79258f6ceeecedd3482b92deaabdb675f09bcb4003ef5074f5ddb10a94ebe00a 23a9ee58c7810546ae3e7509fda9f97435778d689e53a54891c56d02f18ca162

File: Http.cap
Description: 802.11n capture with PPI encapsulation containing HTTP data.

File: mesh.pcap
Description: 802.11s capture with Radiotap encapsulation.

TrunkPack Network Control Protocol TPNCP)

File: tpncp_udp.pcap
Description: Example traffic of TPNCP over UDP.

File: tpncp_tcp.pcap
Description: Example traffic of TPNCP over TCP.

EtherCAT

File: ethercat.cap.gz
Description: Example traffic of Ethercat. Capture shows the boot up of an network with Beckhoff 1100, 1014, 2004, 3102 and 4132 modules.

iWARP Protocol Suite

These captures show MPA/DDP/RDMAP communication.

Contributor: Philip Frey

File: iwarp_connect.tar.gz 1.4KB)
Description: MPA connection setup without data exchange.

File: iwarp_send_recv.tar.gz 1.9KB)
Description: MPA connection setup followed by RDMA Send/Receive data exchange.

File: iwarp_rdma.tar.gz 7KB)
Description: MPA connection setup followed by RDMA Write/Read data exchange.

IPv6 and tunneling mechanism)

File: Teredo.pcap
Description: Example of IPv6 traffic using Teredo for encapsulation.

File: 6to4.pcap
Description: Example of IPv6 traffic using 6to4 for encapsulation.

File: 6in4.pcap.gz
Description: Example of IPv6 traffic using 6in4 for encapsulation.

File: 6LoWPAN.pcap.gz
Description: IPv6 over IEEE 802.15.4.

File: 6lowpan-rfrag-icmpv6.pcapng
Description: Example of 6LoWPAN Selective Fragment Recovery RFRAG) packets. Payload is ICMPv6 echo request in 6LoWPAN RFRAGs.

File: sr-header.pcap
Description: IPv6 Segment Routing header.

TTEthernet TTE)

File: TTE_mix_small.pcap
Description: Example of TTEthernet traffic showing different traffic classes.

GSM

File: abis-accept-network.pcap
Description: Abis: Setup + Location Updating Request + Accept + SMS. Note: Set “Use GSM SAPI Values” in LAPD preferences.

File: abis-reject-network.pcap
Description: Abis: Setup + Location Updating Request + Reject. Note: Set “Use GSM SAPI Values” in LAPD preferences.

File: gsm_call_1525.xml
Description: Um: Mobile phone called the number 1525 and stayed connected for 2-3 seconds.

File: gsm_sms2.xml
Description: Um: SMS containing “abc”

File: gsm-r.uus1.pcap
Description: GSM-R specific messages in the user-user signalling

UMTS

IuB interface

File: UMTS_FP_MAC_RLC_RRC_NBAP.pcap
Description: IuB: Mobile Originating Video Call Signaling and traffic. Contains all common IuB protocols: NBAP, FP, MAC, RLC, RRC

Iu-CS over IP interfaceMoC)

File: Mobile Originating CallAMR).pcap
Description: Iu-CS: Mobile Originating Call Signaling and Bearer in IP network AMR12.2).

Iu-CS over IP interfaceMtC)

File: Mobile Terminating CallAMR).pcap
Description: Iu-CS: Mobile Terminating Call Signaling and Bearer in IP network AMR12.2)

X11

File: x11-gtk.pcap.gz A GTK app opening only an error dialog. Exercises a surprising portion of the RENDER extension.

File: x11-shape.pcap.gz vtwm, xcalc, and xeyes. Multiple SHAPE extension requests and one ShapeNotify event.

File: x11-composite.pcap.gz vtwm, 2x xlogo, and xcompmgr. Exercises parts of Composte, Damage, and XFixes extensions.

File: x11-glx.pcap.gz A couple of frames of glxgears, to demonstrate GLX/glRender dissection.

File: x11-xtest.pcap.gz An xtest test run, uses the XTEST extension.

File: x11-res.pcap.gz xlogo and one iteration of xrestop, to demonstrate the X-Resource extension.

File: x11-xinput.pcapng.gz xinput list, to demonstrate the XInputExtension extension.

Gopher

File: gopher.pcap A capture of the Gopher protocol a gopher browser retrieving few files and directories).

InfiniBand

File infiniband.pcap 8.7KB)
Description A libpcap trace file of low level InfiniBand frames in DLT_ERF format.

Network News Transfer Protocol NNTP)

File: nntp.pcap A capture of the NNTP protocol a KNode client retrieving few messages from two groups on a Leafnode server).

FastCGI FCGI)

File: fcgi.pcap.gz A capture of the FCGI protocol a single HTTP request being processed by an FCGI application).

Lontalk EIA-709.1) encapsulated in EIA-852

File: eia709.1-over-eia852.pcap A capture of the Lontalk homeautomation protocol. Lots of button presses, temperature sensors, etc.

DVB-CI Common Interface)

File: dvb-ci_1.pcap

A DVB-CI module is plugged into a receiver and initialized. The receiver asks the module to descramble a Pay-TV service. After a moment, there’s a service change and another request to descramble the newly selected service. After some seconds, the module is removed from the receiver.

File: dvb-ci_2.pcap

Communication between a DVB-CI host and module where the maximum message size on the link layer is 16 bytes. Larger messages from upper layers must be fragmented and reassembled.

ANSI C12.22 c1222)

File: c1222overIPv4.cap.gz ANSI C12.22) C12.22 read of Standard Table 1 with response. This communication was using Ciphertext with Authenticaton mode with key 0 = 6624C7E23034E4036FE5CB3A8B5DAB44

File: c1222_over_ipv6.pcap ANSI C12.22) C12.22 read of Standard Tables 1 and 2 with response. This communication was using Ciphertext with Authenticaton mode with key 0 = 000102030405060708090A0B0C0D0E0F

HDCP

File: hdcp_authentication_sample.pcap

HDCP authentication between a DVB receiver and a handheld device

openSAFETY

File: opensafety_udp_trace.pcap openSAFETY communication using UDP as transport protocol

File: opensafety_epl_trace.pcap openSAFETY communication using Ethernet Powerlink V2 as transport protocol

File: opensafety_sercosiii_trace.pcap openSAFETY communication using SercosIII as transport protocol

Radio Frequency Identification RFID), and Near-Field Communication NFC)

File: Read-FeliCa-Lite-NDEF-Tags.cap A trace file from a USB-connected NFC transceiver based upon the NXP PN532 chipset, containing packets from a successful attempt at enumerating, and reading the contents of two Sony FeliCa Lite tags.

IEC 60870-5-104

File: iec104.pcap IEC 60870-5-104 communication log.

File: IEC104_SQ.pcapng IEC 60870-5-104 communication log with SQ bit.

SISO-STD-002

Simulation Interoperability Standards Organization SISO-STD-002 Standard for Link 16 Simulation

File: siso_std_002_annex_b_example.pcap .

File: siso_std_002_transmitter.pcap.

Standard: http://www.sisostds.org/ProductsPublications/Standards/SISOStandards.aspx

STANAG-5602 SIMPLE

Standard Interface for Multiple Platform Evaluation

File: stanag-5602-simple-example.pcap .

Standard: http://assistdoc1.dla.mil/qsDocDetails.aspx?ident_number=213042

S7COMM – S7 Communication

s7comm_downloading_block_db1.pcap s7comm: Connecting and downloading program block DB1 into PLC

s7comm_program_blocklist_onlineview.pcap s7comm: Connecting and getting a list of all available blocks in the S7-300 PLC

s7comm_reading_plc_status.pcap s7comm: Connecting and viewing the S7-300 PLC status

s7comm_reading_setting_plc_time.pcap s7comm: Connecting, reading and setting the time of the S7-300 PLC

s7comm_varservice_libnodavedemo.pcap s7comm: running libnodave demo with a S7-300 PLC, using variable-services reading several different areas and sizes

s7comm_varservice_libnodavedemo_bench.pcap s7comm: running libnodave demo benchmark with S7-300 PLC using variable-services to check the communication capabilities

Harman Pro HiQnet

hiqnet_netsetter-soundcraft_session.pcapng.gz hiqnet: A session between Harman NetSetter desktop application and a Soundcraft Si Compact 16 digital mixing console reading and writing very basic informations.

hiqnet_visiremote-soundcraft_session.pcapng.gz hiqnet: A session between Soundcraft’s ViSiRemote iPad application and a Soundcraft Si Compact 16 digital mixing console playing around with different values. The VU-meters stream is not part of this capture because it uses another protocol UDP on port 3333).

DJI Drones control Protocol

djiuav.pcap.gz DJI drone getting managed and sending video stream.

HCrt Hotline Command-response Transaction) Protocol

hcrt.pcap Some captures of the HCRT protocol. Specifications of the protocol can be found here: https://github.com/ShepardSiegel/hotline/tree/master/doc.

DOF Distributed Object Framework) Protocols

tunnel.pcap Contains a DOF session which exercises many aspects of the protocol, best viewed with display filter “dof”

Most of the packets in this capture are encrypted, to view them:

Open Edit/Preferences.
Expand Protocols, select DOF.
Click “Edit…” on DPS Identity Secrets.
Click “New”.

In Domain, add ‘[{03}:james.simister@us.panasonic.com]’ without the quotes.

In Identity, add ‘[{03}:dt@pan9320.pslcl.com]’.

In Secret, add ‘2BCFE378663EBF2B5C4D8F971175B4767984CC2544EA969FB37799C777CF4C8F’ without the quotes.
Click OK on all the dialogs.

dof-small-device.pcapng Example of a small device communicating with a server.

dof-short-capture.pcapng Larger example of two nodes communicating.

Both of these captures create secure sessions, but the keys are not provided.

Information on the DOF protocols can be found at https://opendof.org. Full protocol specifications are available on the downloads page.

CBOR Concise Binary Object Representation)

coap-cbor.pcap The CBOR test vectors over CoAP defined here: https://github.com/cbor/test-vectors/

RADIUS RFC 2865)

File: radius_localhost.pcapng

This file contains RADIUS packets sent from localhost to localhost, using FreeRADIUS Server and the radtest utility.

Description of packets:

Frame	Description	shared secret
		on server	on client
1-4	user steve authenticating with EAP-MD5, password bad Access rejected)	testing123
5-8	user steve authenticating with EAP-MD5, password testing Access Accepted)	testing123
9-10	same user, same password, PAP Access Accepted)	testing123
11-12	same user/password, CHAP Access Accepted)	testing123
13-14	same user, password bad_passsword, PAP Access Rejected)	testing123
15-17	The client has a wrong shared secret, the server does not answer	bad_secret	testing123
18-19	Authentication successfull with PAP	bad_secret

Distributed Interactive Simulation IEEE 1278)

Distributed Interactive Simulation DIS) is described here.

Capture files:

DIS_EntityState_1.pcapng – Basic EntityState PDUs capture

DIS_EntityState_2.pcapng – Another basic EntityState PDUs capture

DIS_EnvironmentalProcess.pcapng – EnvironmentalProcessPDU capture

DIS_Signal.pcapng – Signal PDUs capture

DIS_signal_and_transmitter.pcapng – Signal and Transmitter PDUs capture

Financial Information eXchange FIX)

Capture files generated using the “f8test” program from the open-source FIX protocol implementation Fix8 version 1.3.4).

fix.pcap

fix-ssl.pcap

The SSL keylog file for fix-ssl.pcap should contain:
CLIENT_RANDOM 330221F6F09769F5F0E128551DF5C75F18464BEFB88B9CFE77FB83EFEEE4A6B5 3494FD0D729C23E590F8F7F9B150D534E5F225AA60873E91719A289D8BB92A9CDB482185213F11BB105C7C634A32BCEF

UserLog

userlog is user flow logs of H3C device.

Flow logging records users’ access to the extranet. The device classifies and calculates flows through the 5-tuple information, which includes source IP address, destination IP address, source port, destination port, and protocol number, and generates user flow logs. Flow logging records the 5-tuple information of the packets and number of the bytes received and sent. With flow logs, administrators can track and record accesses to the network, facilitating the availability and security of the network.

UserLog.pcap

OpenFlow

openflow_v1.3_messages.pcapng.gz: A collection of OpenFlow v1.3 packets taken from bug 9283).

ISO 8583-1

iso8583_messages.tar.gz: A collection of ISO8583-1 packets taken from bug 12244).

DNP3

dnp3_read.pcap; dnp3_select_operate.pcap; dnp3_write.pcap. Source: pcapr.net by bwilkerson.

System Calls

curl-packets+syscalls-2016-05-04.pcapng: Network traffic and system calls generated by running curl to download a file.

Linux netlink

netlink.pcap: Linux netlink with rtnetlink route) and Netfilter protocols, captured in a Ubuntu 14.04.4 QEMU VM. Also contains NFQUEUE traffic with some DNS queries.

netlink-nflog.pcap: Linux netlink embedding rtnetlink and NFLOG Netfilter) protocols. The NFLOG packets contain HTTP and ICMP packets, using nf-queue program as listener.

netlink-conntrack.pcap: Linux netlink, an HTTP request and DNS query with Netfilter NFQUEUE and conntrack) packets. Used the conntrack -E command as listener.

netlink-ipset.pcap: Linux netlink-netfilter traffic while executing various ipset commands.

nlmon-big.pcap: Linux netlink traffic captured on a MIPS big-endian) device.

Related NFLOG):

nflog.pcap: another HTTP and ICMP trace captured with tcpdump -i nflog:42 NFLOG encapsulation, not netlink).

nflog-ebtables.pcapng: NFLOG via ebtables family NFPROTO_BRIDGE). Contains ARP, IPv4, IPv6, ICMP, ICMPv6, TCP.

Oracle TNS / SQLnet / OCI / OPI

TNS_Oracle1.pcap A sample of TNS traffic dated Apr 2014).

TNS_Oracle2.pcap A bunch of INSERT INTO’s on an Oracle server dated Apr 2009).

TNS_Oracle3.pcap A bunch of SELECT FROM’s on an Oracle server dated Apr 2009).

TNS_Oracle4.pcap Oracle server redirecting to an alternate port upon connection dated Apr 2009).

TNS_Oracle5.pcap Another sample of TNS traffic dated Oct 2015).

7_oracle10_2016.pcapng Oracle 10 examples dated Dec 2016)

8_oracle11_2016.pcapng Oracle 11 examples dated Dec 2016)

9_oracle12_2016.pcapng Oracle 12 examples dated Dec 2016)

10_sqldeveloper10_2016.pcapng Oracle 10 SQL Developer dated Dec 2016)

11_sqldeveloper11_2016.pcapng Oracle 11 SQL Developer dated Dec 2016)

12_sqldeveloper12_2016.pcapng Oracle 12 SQL Developer dated Dec 2016)

oracle12-example.pcapng Oracle 12 examples.

Special thanks to pcapr.net project.

Lawo EmberPlus S101/Glow

s101glow.pcap

HP ERM

hp-erm-1.cap Simple sample of 2 pings, one untagged on VLAN 10, one tagged on VLAN 2010 and the HP ERM results of the port of the device sending the ICMP Echo Request.

hp-erm-2.cap Complex sample of 2 pings, one untagged on VLAN 10, one tagged on VLAN 2010 and the HP ERM results of the port of the device sending the ICMP Echo Request, the port on the second switch connecting to the first both VLANs tagged) and a double-encapsulated sample.

Automotive Protocols

udp-nm_anon.pcap Simple UDP-NM packet.

caneth.pcapng Simple CAN-ETH protocol capture.

Steam In-Home Streaming Protocol

Valve Software’s Steam In-Home Streaming Protocol, which is used by the Steam client and Steam Link devices.

Further Information:

https://codingrange.com/blog/steam-in-home-streaming-discovery-protocol

https://codingrange.com/blog/steam-in-home-streaming-control-protocol

steam-ihs-discovery.pcap Server discovery and connection negotiation/authentication

Wi-SUN low power RF Protocol

wisunSimple.pcapng Two almost identical frames containing a PAN Advertisement Solicit. The first frame has an error missing Header Termination 1) and the second has that error corrected. This was used to test a change in Wireshark intended to give a clearer warning message for exactly this error.

Nano / RaiBlocks Cryptocurrency Protocol

nano.pcap Some traffic from the Nano live network, including all common packet and block types.

nano_tcp.pcap Example Nano bootstrap traffic TCP).

ua/udp, ua3g and noe protocols Alcatel-Lucent Enterprise)

uaudp_ipv6.pcap Some traffic over ipv6. Filter on fc0c::8 and decode frame #17 udp port 32513) as ua/udp protocol. On capture where the source and destination ports are the same, add the call server ip address in the protocol preferences to allow the correct decoding.

ua3g_freeseating_ipv6.pcap Freeseating message: ipv6 addresses filter ua3g.ip.freeseating.parameter.ipv6)

ua3g_freeseating_ipv4.pcap Freeseating message: ipv4 address filter ua3g.ip.freeseating.parameter.ip)

DICOM

DICOM_C-ECHO-echoscu.pcap Successful C-ECHO request generated with echoscu fromOFFIS DICOM Toolkit

ETSI Intelligent Transport Systems ITS) Protocols

etsi-its-cam-unsecured.pcapng Cooperative Awareness Basic Service CAM) sample capture in non secured mode. See ETSI EN 302 637-2 for protocol details.

etsi-its-denm-unsecured.pcapng Decentralized Environmental Notification Basic Service DENM) sample capture in non secured mode. See ETSI EN 302 637-3 for protocol details.

etsi-its-cam-secured.pcapng Cooperative Awareness Basic Service CAM) sample capture in secured mode.

etsi-its-denm-secured.pcapng Decentralized Environmental Notification Basic Service DENM) sample capture in secured mode.

EA_Request.pcapng Enrollment Authorization request/response from an OBU/RSU to a PKI EA entity. To decrypt the messages exchange in Wireshark, please use the following parameters:

– Private key of the PKI EA certificate: 06EB0D8314ADC4C3564A8E721DF1372FF54B5C725D09E2E353F2D0A46003AB86

– Whole PKI EA certificate hash SHA-256: 843BA5DC059A5DD3A6BF81842991608C4CB980456B9DA26F6CC2023B5115003E

See:

IEEE 1609.2a-2017 IEEE Standard for Wireless Access in Vehicular Environments—Security Services for Applications and Management Messages
ETSI TS 102 940 ITS Security; ITS communications security architecture and security management
ETSI TS 102 941 ITS Security; Trust and Privacy Management
ETSI TS 103 097 ITS Security; Security header and certificate formats

NetBIOS

A sample program with nearly the same data transferred) has been run under MS-DOS using different NetBIOS implementations/drivers:

microsoft_npc_netbios.pcapng NetBEUI aka NPC) using Microsoft Network Client 3

novell_eth2_netbios.pcapng NetBIOS over IPX using Novell Netware client on Ethernet-II

novell_raw_netbios.pcapng NetBIOS over IPX using Novell Netware client on Ethernet-I raw

novell_llc_netbios.pcapng NetBIOS over IPX using Novell Netware client using Ethernet-I with LLC

And another NetBIOS example: SMB between an MS-DOS client and a Windows 98 server over NetBEUI: dos_win98_smb_netbeui.pcapng

Captures in specific file formats

i4b.trace An I4B ISDN for BSD) capture file.

D-1-Anonymous-Anonymous-D-OFF-27d01m2009y-00h00m00s-0a0None.trc An EyeSDN capture file containing DPNSS packets.

erf-ethernet-example.erf A Endace ERF capture file.

Captures used in Wireshark testing

The following are used during Wireshark testing, and are from the test/captures directory.

c1222_std_example8.pcap ANSI C12.22 packets, used to cover bug 9196.

dhcp-nanosecond.pcap DHCP with nanosecond timing.

dhcp.pcapng DHCP saved in pcapng format.

dns_port.pcap DNS running on a different port than 53.

dns+icmp.pcapng.gz DNS and ICMP saved in gzipped pcapng format.

dvb-ci_UV1_0000.pcap DVB Common Interface DVB-CI) packet.

rsasnakeoil2.pcap SSL handshake and encrypted payload.

sample_control4_2012-03-24.pcap ZigBee protocol traffic.

snakeoil-dtls.pcap DTLS handshake and encrypted payload.

wpa-Induction.pcap.gz WiFi 802.11 WPA traffic.

wpa-eap-tls.pcap.gz WiFi 802.11 WPA-EAP/Rekey sample.

segmented_fpm.pcap FPM and Netlink used for Lua plugin TCP-based dissector testing.

policy-authorizeNV.pcap TPM2.0 policy sample.

Discussion

Can some one please upload IKEv1Phase 1 and phase 2) and IKEv2 Packets? — nitin raj

Is sample the right name, instead of example? I always think about a sampling rate. – Ulf Lamping

In this context, “sample” and “example” are interchangeable. I’m not sure which is more formally correct. – Gerald Combs

Think of “sample” as in “take a free sample of our magazine“. Sampling really means that you’re taking samples at specific points in time, so it is OK. – Olivier Biot

Hmmm, still unsure. Following your logic, Sample and Capture would have almost the same meaning. But I’m usually not interested that the capture is sampled from a specific network at a specific point in time, I’m looking for examples, how a specific network traffic does look like. I would think that sample in the way it’s used here, is just an abbreviation for example, or do I miss something here. – Ulf Lamping

I see. Maybe then “example capture” is more appropriate than “sample capture” or “captured) sample”. – Olivier Biot

What about “example sample”… Everyone would get it, and, most of it, it rhymes! – Luis Ontanon

What are the rules regarding attaching sample captures? I mean those that aren’t yours. If it was seen “in the wild” e.g., attached to an email on the mailing list or a bug), is that public enough for someone to attach it here? – Jeff Morriss

Should we add example captures from the mailing list here? In those cases it is obvious that they are donated as examples of a protocol? I am thinking of something like http://www.wireshark.org/lists/wireshark-dev/200003/msg00078.html — ronnie

I’ve been thinking about that too — if a sample example is sent to the list it’s publicly avalable on the net intended or not and could be added to the examples? — at least if its not obviusly a bad) misstake — Anders

Requests for particular captures

I think some Tor traffic captures would be a good addition. Maybe also examples using different pluggable transports. I will upload later if I end up doing some.

Could someone add a capture of Internet Key Exchange IKE) protocol or IKEv2 ?

Hi I am searching for a capture of MACSec frames according to 802.1ae. Thanks karsten_g@rad.com

Could someone please add a capture of GTP-U V1 messages, whatever the interface that is being captured?

Can someone please add a capture of dnp3 messages both udp and tcp?

Can someone please add a capture of PROFINET like PNIO packages and some commands of the used Network like names and IP’s of the devices)? Thanks a lot.

Can Someone add a RTP capture with AMR audio. If it is capturered from a push-to-talk session it would be wonderful for me. Thanks.

Can someone add a DOCSIS cable modem capture? Thanks

Can somebody add a packet capture of RADIUS conforming to RFC 2865 and RFC 2866?

Can anybody provide the wireshark capture of VoIP?

I need a capture like the previous : VoIP but an international call. need to check delays for a university work). Thanks

Does anybody out there have pcap files with the following?: Citrix ICA traffic, CU-SeeMe Video conference traffic, EIGRP Enhanced Interior Gateway Routing Protocol) traffic, X-Win remote access, SunRPC traffic, SOCKS traffic, SKYPE traffic, pcAnywhere traffic, NNTP traffic or MGCP traffic???

Can anybody provide the wireshark capture of RANAP?

An Iu-CS capture would be welcomed, containing both RANAP and Iu-UP traces of for example an AMR voice call.

I added Iu-CS capture just now!!! Please look under UMTS section. -Samba sambasiva.manchili@nexustelecom.com When you open this in it may show IuUP packets, as UDP stream. In this case please click on relevant UDP packet and then select from menu Analyze—>Decode As RTPboth ports) under Transport tab. In case of any help required, please do not hesitate to write to me.

Anyone have a capture of RTP conforming to RFC 2198 Redundant Audio) or RFC 2733 Generic FEC) encoding? Associated SIP/SDP signaling would be a bonus.

Does anyone have any capture files containing “raw” ATM packets with AAL0/AAL5 would be handy)?. Thank you —

Estou desenvolvendo uma ferramenta em C++ que tem como entrada uma mensagem no formato hexadecimal, encapsulada nos protocolos SS7, do tipo: ISUP, INAP e CAP. E como saída um arquivo .cap ou .pcap para ser lido pelo WireShark. Para concluir esse projeto gostaria de ter um exemplo de arquivo de entrada extensão .cap o .pcap) encapsulado nos protocolos INAP E CAP, pois nos arquivos de exemplo disponiveis só encontrei do protocolo ISUP.

I am developing a tool in C++ that has as input a message in the hexadecimal format, encapsulated in SS7 protocols, of the type: ISUP, INAP and CAP. As exit a file .cap or .pcap to be read by the WireShark. To conclude this project it would like to have an example file extension cap pcap) encapsulated in protocols INAP and CAP, because in the example files I only found of ISUP protocol.

Can anyone add a UCP capture? especially 5x series messages but others would be helful too… Thanks

Does anyone have HDLC traffic, like for example between WAN routers?

Does anyone have Synchronous Ethernet Capture? –RadhaKrishna arkrishna@alcatel-lucent.com

Can someone add a TRIP protocol capture RFC 3219)?

Can somebody provide a capture of a Cisco wireless accesspoint any model) connecting to the controller either via LWAPP or CAPWAP)?

Does anyone has any ETHOAM captures? Please upload.

Downloading all traces

Is there an easy way to download all of the traces? If yes, please email me. -grant@wildpackets.com

Yes,

wget -nc -r -H -l 1 --accept=cap,gz,pcap,zip,iptrace,snoop,txt,CAP http://wiki.wireshark.org/SampleCaptures

under UN*X or Cygwin -Phil

Thanks a ton! -grant@wildpackets.com

That didn’t work with wget 1.9.1:

$ wget -nc -r -H -l 1 --accept=cap,gz,pcap,zip,iptrace,snoop,txt,CAP http://wiki.wireshark.org/SampleCaptures --22:19:05-- http://wiki.wireshark.org/SampleCaptures => `wiki.wireshark.org/SampleCaptures' Resolving wiki.wireshark.org... 65.208.228.223 Connecting to wiki.wireshark.org[65.208.228.223]:80... connected. HTTP request sent, awaiting response... 200 OK Length: unspecified [text/html] [ <=> ] 42,305 68.22K/s 22:19:06 68.12 KB/s) - `wiki.wireshark.org/SampleCaptures' saved [42305] Removing wiki.wireshark.org/SampleCaptures since it should be rejected. FINISHED --22:19:06-- Downloaded: 42,305 bytes in 1 files

–Guy Harris

Damn, I don’t know why this wget commands gets a bad Forbidden from the server when politely asking for some files

wget --server-response -r -l 1 --follow-tags=link,a  --accept=cap,gz,pcap,zip,iptrace,snoop,txt,CAP,  'http://wiki.wireshark.org/SampleCaptures'

Someone please tell me…

ok, here is something that _works_ tested) but then, ahem, it’s ugly:

lynx -dump 'http://wiki.wireshark.org/SampleCaptures' |  grep -Eh --only-matching 'http://[^ ]+' | grep AttachFile |  while read a; do htget $a; done

Beware when cutting/pasting, some spaces are inserted after the backslash and bash shells don’t like that.

–Phil

ok, I tried this one on my suse 9.3 box but htget was not found. A quick google showed that this tool seems to be Debian specific. It looks natural for us “newbie distribution users” to be more and more jealous of Debian… Anyway I found the source code at http://ftp.cvut.cz/debian/pool/main/h/htget/htget_0.93-1.1woody1.tar.gz and expanding the file, followed by ‘make’, ‘make install’ as root) and copying htgetrc to ~/.htgetrc did the trick. Thanks so much for this, ahem, ugly skript that has the undeniable advantage of working great!

–Eberhard

The reason the wget doesn’t work is the <meta name="robots" content="index,nofollow"> in the html of the wiki pages. Is there a reason we have that?

—Rich van der Hoff

Try using Download Accelerator Plus DAP). When integrated with Firefox there is an option called “Save all ..” in the right-click context menu

— Razor

I used htget, but got all these Sample.* Prefixes, which may you want to remove:

first _backup_

rename like this:

for i in SampleCaptures?action=AttachFile* ; do mv "$i" $ echo $i|sed 's/S.* target=//g' ); done

opt. move NetMon files in a separate directory:

mkdir NetMon; mv `file * |grep NetMon| awk '{ print $1 }'| tr ':' ' ' ` NetMon/

— netbeisser

The “Forbidden” response to wget is caused by the “do=view” part of the link. These files that cause this error can be retrieved okay if substituting this part with “do=get”. Suggest the following command that also has a benefit of auto-renaming the files and doesn’t use that hideous htget utility):

lynx -dump 'http://wiki.wireshark.org/SampleCaptures' |
grep -Eh --only-matching 'http://[^ ]+' | grep AttachFile.*target= |
sed 's/do=view/do=get/' | sort | uniq |
while read i; do wget -O ${i##*=} "$i"; done

— AVN

wget respects the robot meta tag, so you need to ignore that. ‘-A’ did not work for me, probably because it does not match the query part. This works for me wget 1.15):

wget -e robots=off -nc -r -l 1 --accept-regex='.*do=get.*p?cap|pcapng).gz)?$' --ignore-case http://wiki.wireshark.org/SampleCaptures?action=AttachFile

The above command will result in file names such as ‘SampleCaptures?…&target=foo.pcap’. To get “foo.pcap” instead, you could use the following commands to create symlinks the advantage is that you can run the wget command again which will skip existing files):

mkdir captures && cd captures && ln -s ../wiki.wireshark.org .;
find wiki.wireshark.org/ -name '*target=*' | php -r 'while $line = fgetsSTDIN)) { $line = trim$line); symlink$line, urldecodepreg_replace"#.*target=#", "", $line))); }'

As of this writing, there are 634 files matching that filter which have a total size of 537 MiB. –Lekensteyn

Does anyone have a sample trace of Q-in-Q IEEE 802.1ah) or MAC-in-MAC? If you add either to these samples, I would appreciate if you drop me a note at richman30@ix.netcom.com . Thank you.

–LMR

CategoryCategory

SampleCaptures 2020-02-15 17:31:11由teto编辑)

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