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Wireshark Certified Network Analyst Practice Test

WCA-101 test Format | Course Contents | Course Outline | test Syllabus | test Objectives

Exam Number: WCA-101
Exam Name: Wireshark Certified Network Analyst
Number of Questions: 50-60
Time allotment: 120 minutes

- Open- save- and close files- and export specified packets.
- Describe the difference between different capture file formats- especially pcap and pcapng.
- Export objects from packet captures.
- Use 'Find Packet' to locate packets of interest.
- Use the packet and file comments feature.
- Set/Unset time reference.
- Apply different time formats in a capture.
- Describe how Wireshark applies different name resolution options.
- Configure name resolution.
- Use 'Decode as' feature.
- Use 'Capture File Properties' to identify key information about the capture.
- Use 'Protocol Hierarchy' to identify key protocols in a capture.
- Use 'Conversations' to identify key communications in a capture.
- Use 'Endpoints' to analyze host traffic in a capture.
- Create and interpret an I/O graph that shows packets/s or bits/s for a given display filter.
- Distinguish between genuine bytes captured and fields generated by the Wireshark dissectors. (shown in [ ])
- Use 'Follow TCP/UDP' stream

- Utilize different methods of Capturing Traffic
- Compare and contrast the benefits of different methods used for traffic capture. (Direct on Endpoint- Network Tap- Infrastructure Device- Port Mirror- Multi-Point Capture)
- Select the appropriate interface to capture traffic in Wireshark.
- Start/Stop/Restart Capture in Wireshark.
- Limit capture by file size- packets- or duration.
- Implement a Ring Buffer.
- Save a capture.
- Export specified packets to a new file.
- Capture traffic using command line tools.
- Describe the purpose of using promiscuous or monitor mode during a capture.

- Filter traffic using capture and display filters.
- Compare and contrast Display Filters and Capture Filters.
- Implement a Capture Filter to capture only traffic from a single protocol- IP address- MAC address- or port (range).
- Use multiple methods to create a Display Filter to isolate traffic for a single protocol or a property of a protocol. (manual entry- right click- drag/drop)
- Use membership filters (tcp.port in {80-443} )
- Use logical operators to connect multiple filters together.
- Create a button for easy access to a Display Filter.
- Identify situations where a Display Filter will show incomplete or excess results (i.e. filter for HTTP- but do not see the TCP handshake)
- Identify the behavior of using ! (not) in different parts of filter logic by explaining the implicit 'any' and 'all' qualifiers.
- Apply filters from Statistics > Conversations and Statistics > Endpoints.
- Create a filter using generated fields in Wireshark.

- Configure- adapt- and use the Wireshark interface for different scenarios.
- Identify key components of the GUI (packet list- hex view- packet details- etc.).
- Modify panes with a different layout/features.
- Describe the value of using profiles.
- Create/modify/copy a profile.
- Describe the importance of columns in troubleshooting.
- Use multiple methods to add a column.
- Use coloring rules to highlight packets.
- Use the minimap (colored sidebar) to quickly locate packets of interest.
- Use the 'Colorize Conversation' feature.
- Understand the importance of protocol preferences in your analysis.
- Use the mark/unmark packet feature.

- Identify and explain common network protocols dissected by Wireshark
- ETHERNET
- Identify Fields of Ethernet frame.
- Describe minimum and maximum frame sizes.
- Explain why the CRC is missing from Ethernet frame in Wireshark.
- Identify common Ethertypes (IPv4- IPv6- ARP).
- Distinguish between Unicast- Broadcast- and Multicast MAC addresses.
- Describe how the frame header is modified to accommodate VLAN tags.
- ARP
- Describe the purpose of the ARP protocol.
- Identify and explain the purpose of different types of ARP packets.
- Create filters for different types of ARP traffic.
- Describe the difference between a broadcast ARP and a unicast ARP.
- IPv4
- Describe common features of the IP protocol.
- Describe header values of the IP protocol (TTL- Fragmentation- Packet Length- ProtocolID- IP ID).
- Describe public- private- multicast and APIPA IP address ranges.
- Describe how NAT works and why this should be considered when capturing andanalyzing network traffic.
- Identify and explain the purpose of the IP TTL field.
- Predict most likely distance- in hops- from the capturing device.
- Describe different IP identification strategies and how to use them in troubleshooting.
- ICMPv4
- Identify ICMP message types and their purpose.
- Identify the IP packet which triggered an ICMP error message or reply.
- IPv6
- Identify types of IPv6 addresses (Link Local- Global Unicast- Multicast).
- ICMPv6
- Identify and explain components of neighbor/router discovery protocol.
- Identify and explain purpose of Neighbor Advertisements/Solicitations.

- Identify and explain common network protocols dissected by Wireshark.
- UDP
- Identify UDP traffic.
- Identify higher layer protocols which use UDP.
- Describe the UDP stream id and conversation timestamps.
- Describe why UDP is used in multicast or broadcast IP traffic.
- DHCPv4
- Identify and describe the 4 phases (DORA).
- Describe the different purposes of a 'DHCP Request' message.
- Identify DHCP options and parameters (router- dns- subnetmask- custom options).
- Describe APIPA and how it relates to DHCP.
- DNS
- Identify DNS requests and replies.
- Use DNS information to identify relevant traffic.
- Distinguish between different DNS record types.
- TCP
- Describe the components of a 3 way handshake.
- Describe different methods TCP session are torn down.
- Explain how iRTT is measured.
- Describe and calculate Maximum Segment Size(MSS).
- Describe how TCP flags are used to establish and tear down a TCP session.
- Explain how sequence and acknowledgment numbers are used to maintain reliability.
- Explain TCP options and their purpose.(EOL- NOP- MSS- SACK- DSACK- Window Scaling)
- Describe the purpose of a DUP ACK.
- Identify the byte range of missing segments based on a DUP ACK with SACK or DSACK.
- Describe what each line represents in a TCP Stream Graph.
- Describe the purpose of TCP reassembly in Wireshark.
- Describe the TCP stream id and conversation timestamps.

- Use Wireshark to troubleshoot common issues with protocols listed above
- Determine network topology only using information in a packet capture.
- Perform TCP sequence and acknowledgment number analysis.
- Distinguish server performance from slow transfer times (for instance in HTTP).
- Identify the effect of high RTT on request/response protocols. (For example: HTTP- SMB-SQL)
- Identify the effect of a low window size in combination with high RTT.
- Given a capture- identify potential network communication issues using information from ARP- DHCP- and ICMP.

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Wireshark Certified Network Analyst
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Question: 961
What is the correct tshark command to export all HTTP objects from a pcapng file named capture.pcapng
to a directory named objects?
A. tshark -r capture.pcapng --export-objects http,objects
B. tshark -r capture.pcapng -z http,objects
C. tshark -r capture.pcapng --export http > objects
D. tshark -r capture.pcapng -F pcapng --http-export objects
Answer: A
Explanation: The correct command is tshark -r capture.pcapng --export-objects http,objects, which reads
the pcapng file and exports all HTTP objects to the specified objects directory. The -z option is for
statistics, not exporting objects, --export is not a valid option, and -F specifies file format, not object
export.
Question: 962
In a Wireshark capture of an SMB session, slow performance is suspected. Which TCP parameters
should be analyzed to determine if the network flow control contributes to delay?
A. TCP Window Size
B. TCP Urgent Pointer
C. TCP Sequence Number
D. TCP Timestamp Option
Answer: A,D
Explanation: TCP Window Size controls data flow and limits throughput. TCP Timestamps help assess
RTT and network delays. Sequence Number relates to data order, while Urgent Pointer is rarely used and
not relevant for flow delays in SMB.
Question: 963
Which display filter uses membership filters to show only DNS and DHCP traffic on their standard ports
(53 and 67/68) for a specific subnet (192.168.1.0/24)?
A. (udp.port in {53 67 68}) && ip.addr == 192.168.1.0/24
B. (dns || dhcp) && ip.src == 192.168.1.0/24
C. udp.port in {53, 67, 68} && ip.addr == 192.168.1.0/24
D. (dns || dhcp) && ip.addr == 192.168.1.0/24
Answer: A
Explanation: The filter must use membership filters for DNS (udp.port == 53) and DHCP (udp.port ==
67 or 68) and limit to the subnet (ip.addr == 192.168.1.0/24). A correctly uses udp.port in {53 67 68}
and ip.addr. B uses protocol filters (dns || dhcp), which are less precise for port-specific traffic. C uses
incorrect comma-separated syntax. D doesn�t use membership filters and is less specific.
Question: 964
When following a UDP stream, you observe fragmented packets. Which Wireshark filter confirms if
these fragments are correctly reassembled?
A. ip.reassembled
B. udp.fragment
C. udp.reassembled.in
D. ip.frag_offset > 0
Answer: C
Explanation: The filter "udp.reassembled.in" identifies packets where UDP fragments have been
successfully reassembled by Wireshark, showing the frame where reassembly occurs. The filter
"ip.reassembled" is not specific to UDP, and "udp.fragment" is not a valid filter. The filter
"ip.frag_offset > 0" identifies fragments but does not confirm reassembly.
Question: 965
Given the following filter: !(ip.addr == 192.168.0.1 or tcp.port == 443) and udp, which packets will be
displayed?
A. Packets that are UDP and neither from/to IP 192.168.0.1 nor using TCP port 443
B. Packets with IP 192.168.0.1 and UDP protocol only
C. Packets with TCP port 443 and that are UDP as well
D. Packets that are TCP with ports other than 443 or IP other than 192.168.0.1
Answer: A
Explanation: The NOT operates on the OR expression, negating it so neither condition can be true,
combined with UDP protocol filter, so only UDP packets excluding those involving IP 192.168.0.1 or
TCP port 443 are matched.
Question: 966
Which TCP option is used to pad the options field to align with a 32-bit boundary?
A. EOL
B. MSS
C. NOP
D. SACK
Answer: C
Explanation: The No Operation (NOP) option is used in TCP headers to pad the options field to align
with a 32-bit boundary, ensuring proper formatting when other options are present. EOL marks the end
of options, MSS sets the segment size, and SACK acknowledges specific byte ranges.
Question: 967
Which ICMPv4 message type and code would a router send if a packet�s destination IP address matches a
network that is administratively prohibited?
A. Type 3, Code 10
B. Type 3, Code 13
C. Type 5, Code 0
D. Type 11, Code 0
Answer: B
Explanation: An ICMPv4 Destination Unreachable message with Type 3 and Code 13 indicates
"Communication Administratively Prohibited," sent when a packet is dropped due to a policy or firewall
rule, such as an access control list (ACL) blocking the destination network.
Question: 968
In "Capture File Properties," which metric helps estimate the average packet size?
A. File Size divided by Total Packets
B. Maximum Packet Length field
C. Average Packet Duration
D. Capture Duration divided by Total Packets
Answer: A
Explanation: Average packet size estimate is obtained by dividing the capture file size by the total
number of packets.
Question: 969
To optimize the Wireshark GUI for analyzing DNS anomalies, which layout adjustment ensures both
Packet Details and Packet Bytes panes are equally sized and visible?
A. Go to View > Layout > Two Panes Equal
B. Drag divider to balance Packet Details and Packet Bytes panes
C. Select View > Interface Options > Equal Pane Distribution
D. Use View > Layout > Maximize Packet Details and Bytes
Answer: B
Explanation: Dragging the divider between the Packet Details and Packet Bytes panes allows manual
adjustment to make them equally sized. Wireshark does not have specific menu options like Two Panes
Equal or Equal Pane Distribution for this task.
Question: 970
To quickly add a column displaying the HTTP URI, which field name should be used in the column
preferences?
A. http.request.uri
B. http.user_agent
C. tcp.stream
D. ip.proto
Answer: A
Explanation: The field http.request.uri corresponds exactly to the URI requested in HTTP traffic, making
it ideal for dedicated columns. The others refer to user agents, TCP stream numbers, or IP protocol types.
Question: 971
Which of the following DHCP requests indicates a client restarting and trying to obtain a new IP address
after a power cycle?
A. DHCPREQUEST with server identifier for renewal
B. DHCPDISCOVER broadcast message
C. DHCPDECLINE broadcast message
D. DHCPACK unicast message
Answer: B
Explanation: After a reboot, a client sends DHCPDISCOVER broadcast to find available servers.
Question: 972
After applying "Decode As" for TCP port 8443 as HTTPS, which Wireshark field confirms the protocol
change?
A. Protocol column shows "TLS" or "SSL" instead of "TCP"
B. Info column shows "Encrypted Application Data"
C. Packet bytes pane shows decrypted payload automatically
D. Service names in Transport layer update to HTTPS
Answer: A,B
Explanation: Protocol column changes to TLS/SSL after decoding port 8443 as HTTPS; Info column
reflects encrypted data indication. Payload is not decrypted automatically with Decode As.
Question: 973
What steps are required to create a new Wireshark profile with a custom display filter for SMB protocol
analysis?
A. Edit > Configuration Profiles > New > Name "SMB_Analysis" > Set Filter to "smb"
B. File > New Profile > Name "SMB_Analysis" > Add smb Filter
C. Tools > Profile Editor > Create > SMB_Analysis > Apply smb Filter
D. View > Profiles > Add > SMB_Analysis > Set smb Filter
Answer: A
Explanation: To create a new profile, go to Edit > Configuration Profiles, click New, name it
"SMB_Analysis," and set a display filter like "smb" in the profile settings. Other options do not align
with Wireshark�s profile creation process.
Question: 974
Which command or expression would you use in the Wireshark filter toolbar to locate all packets marked
by the user?
A. _ws.marked == 1
B. tcp.flags.ack == 1
C. frame.marked == 1
D. ip.addr == 127.0.0.1
Answer: C
Explanation: The correct filter syntax to show all marked packets is frame.marked == 1. _ws.marked is
incorrect, tcp.flags.ack filters for TCP ACK flags, and ip.addr is used for filtering IP addresses.
Question: 975
Which of the following filters can be used to create an I/O graph showing bits per second only for UDP
traffic?
A. udp
B. udp && frame.len>0
C. udp.port==53
D. frame.protocols contains udp
Answer: A
Explanation: The simple filter "udp" matches all UDP packets; the other filters are either too specific or
redundant for this use.
Question: 976
When using the display filter "tcp.port in {80 443}", you observe excess packets that include non-
HTTP/HTTPS traffic on these ports. What is the most likely cause?
A. The filter includes TCP control packets without application-layer data
B. The filter captures all TCP traffic regardless of protocol
C. The filter is misconfigured and captures UDP traffic
D. The filter includes packets from other protocols using ports 80 or 443
Answer: D
Explanation: The filter tcp.port in {80 443} captures all TCP traffic on ports 80 or 443, which may
include non-HTTP/HTTPS protocols if other applications use these ports. A is incorrect as control
packets are expected but not the primary issue. B is incorrect as the filter is port-specific. C is incorrect
as the filter specifies TCP, not UDP.
Question: 977
You are analyzing a DHCPv4 packet in Wireshark and notice the Option 3 field. What does this option
represent?
A. Default Gateway
B. DNS Server
C. Subnet Mask
D. Time Server
Answer: A
Explanation: In DHCPv4, Option 3 specifies the Default Gateway (router) address provided to the client.
Option 6 is for DNS servers, Option 1 is for the subnet mask, and Option 4 is for time servers.
Question: 978
To locate packets with high TCP round-trip time (RTT) using the minimap, which filter should be
applied before scrolling the sidebar?
A. tcp.analysis.ack_rtt > 0.1
B. tcp.time_delta > 0.1
C. tcp.window_size < 1000
D. tcp.flags.syn == 1
Answer: A
Explanation: The filter "tcp.analysis.ack_rtt > 0.1" identifies packets with RTT greater than 100ms,
which will be highlighted in the minimap for quick location. "tcp.time_delta" measures inter-packet time,
not RTT. Window size and SYN flags are unrelated to RTT.
Question: 979
Which command-line tool supports studying pcapng files for export operations?
A. tshark
B. tcpdump
C. traceroute
D. ping
Answer: A
Explanation: TShark supports pcapng files; tcpdump does not fully support pcapng files.
Question: 980
In the Statistics > Conversations window, you identify a VoIP conversation using SIP between
192.168.1.5:5060 and 10.0.0.10:5060. Which filter isolates this conversation?
A. sip && ip.addr == 192.168.1.5 && ip.addr == 10.0.0.10 && udp.port == 5060
B. (ip.src == 192.168.1.5 && ip.dst == 10.0.0.10 && udp.srcport == 5060 && udp.dstport == 5060) ||
(ip.src == 10.0.0.10 && ip.dst == 192.168.1.5 && udp.srcport == 5060 && udp.dstport == 5060)
C. udp && ip.src == 192.168.1.5 && ip.dst == 10.0.0.10 && udp.port == 5060
D. sip.conversation == (192.168.1.5:5060, 10.0.0.10:5060)
Answer: B
Explanation: To isolate a SIP-based VoIP conversation between 192.168.1.5:5060 and 10.0.0.10:5060
from the Statistics > Conversations window, the filter must capture both directions of the UDP
conversation, including specific ports. The filter (ip.src == 192.168.1.5 && ip.dst == 10.0.0.10 &&
udp.srcport == 5060 && udp.dstport == 5060) || (ip.src == 10.0.0.10 && ip.dst == 192.168.1.5 &&
udp.srcport == 5060 && udp.dstport == 5060) correctly captures both directions. The filter sip &&
ip.addr == 192.168.1.5 && ip.addr == 10.0.0.10 && udp.port == 5060 is incorrect because it requires
both IP addresses and ports in the same packet. The filter udp && ip.src == 192.168.1.5 && ip.dst ==
10.0.0.10 && udp.port == 5060 only captures one direction and does not ensure SIP traffic. The filter
sip.conversation == (192.168.1.5:5060, 10.0.0.10:5060) is invalid, as Wireshark does not support a
sip.conversation field.
Question: 981
When using the 'Colorize Conversation' feature to track an HTTP session, which of the following steps
ensures accurate tracking?
A. Right-click a packet, select "Colorize Conversation," and choose "TCP"
B. Apply a display filter like "http" before colorizing
C. Select "Colorize Conversation" > "IP" to track all HTTP sessions on the same IP pair
D. Use the filter "tcp.stream eq " after colorizing
Answer: A,D
Explanation: To track an HTTP session, right-click a packet and select "Colorize Conversation" > "TCP"
to colorize the specific TCP stream. After colorizing, applying "tcp.stream eq " isolates the conversation.
Filtering by "http" first is unnecessary, and IP-based colorizing may include unrelated sessions.
Question: 982
Which IP header field differentiates packets belonging to fragmented messages?
A. Identification
B. Protocol
C. TTL
D. Header Length
Answer: A
Explanation: The Identification field is used to uniquely identify fragments of the same original packet
for reassembly.
Question: 983
In a capture with 200,000 packets, you need to decode UDP port 123 as NTP. Which "Decode As" rule
is correct?
A. Analyze > Decode As > Add rule: UDP, Port 123, Decode as NTP
B. Edit > Preferences > Protocols > NTP > Add 123 to "UDP ports"
C. View > Name Resolution > Add custom port mapping: UDP 123 to NTP
D. View > Name Resolution > Enable "Resolve transport addresses"
Answer: A
Explanation: To decode UDP port 123 as NTP, use Analyze > Decode As, add a rule for UDP, port 123,
and select NTP as the decode type. Other options modify protocol settings, reference invalid mappings,
or enable unrelated resolution.
Question: 984
Which methods can be used to create a Display Filter to isolate TCP packets with a window size less
than 1024 bytes from a specific IP (192.168.0.1)?
A. Drag the "tcp.window_size" field and combine with "ip.src == 192.168.0.1"
B. Manually enter "tcp.window_size < 1024 && ip.src == 192.168.0.1"
C. Right-click the window size field and select "Apply as Filter"
D. Use the Expression Builder to select "tcp.window_size" and "ip.src"
Answer: A,B,D
Explanation: Valid methods include dragging the "tcp.window_size" field and combining it with "ip.src
== 192.168.0.1", manually entering "tcp.window_size < 1024 && ip.src == 192.168.0.1", and using the
Expression Builder to select "tcp.window_size" and "ip.src". Right-clicking the window size field and
selecting "Apply as Filter" applies the filter for the specific packet�s window size, not necessarily less
than 1024 or combined with the IP condition.
Question: 985
When following a TCP stream, you observe a client sending multiple HTTP POST requests without
responses. Which filter confirms if the server sent RST packets?
A. tcp.flags == 0x004
B. tcp.flags.reset == 1
C. tcp.rst == 1
D. tcp.stream == && tcp.flags == 0x014
Answer: B
Explanation: The filter "tcp.flags.reset == 1" isolates packets with the RST flag set, confirming if the
server sent RST packets to terminate the connection. The filter "tcp.flags == 0x004" is equivalent but
less readable. There is no "tcp.rst" filter, and "tcp.flags == 0x014" matches RST and ACK, which is not
specific to RST-only packets.
Question: 986
Which IPv4 header field specifies the length of the entire packet, including header and data, and what is
its maximum value in bytes?
A. Total Length; 65,535
B. Total Length; 1,500
C. Payload Length; 65,535
D. Payload Length; 1,500
Answer: A
Explanation: The Total Length field in the IPv4 header specifies the entire packet�s length, including the
header and data, in bytes. As a 16-bit field, its maximum value is 65,535 bytes. Payload Length is not an
IPv4 field, and 1,500 is a typical MTU, not the maximum.
Question: 987
Which Tshark command captures traffic on interface eth0, saving to "capture.pcapng" with a ring buffer
of 20 files, each 10 MB, and stops after 1 hour?
A. tshark -i eth0 -w capture.pcapng -b files:20 -b filesize:10000 -a duration:3600
B. tshark -i eth0 -w capture.pcapng -b files:20 -b filesize:10M -a duration:3600
C. tshark -i eth0 -w capture.pcapng -b filesize:10000 -b files:20 -a time:3600
D. tshark -i eth0 -w capture.pcapng -b files:20 -b filesize:10000 -a duration:1h
Answer: A
Explanation: The command tshark -i eth0 -w capture.pcapng -b files:20 -b filesize:10000 -a duration:3600
sets a ring buffer with 20 files, each 10 MB (10,000 KB), and stops after 1 hour (3600 seconds) using -a
duration:3600. Option B uses an invalid filesize unit (10M). Option C uses an invalid -a time parameter.
Option D�s duration:1h is not a valid Tshark duration format.
Question: 988
You observe an ICMPv6 Neighbor Advertisement message with the Router flag set to 1. What does that
imply about the sender?
A. The sender is a host only
B. The sender can act as a router
C. The sender is signaling for duplicate address detection
D. The sender has invalid link-layer info
Answer: B
Explanation: The Router flag in a Neighbor Advertisement set to 1 signals that the sender is a router on
the network.
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