1. 6 Paquetes diferentes, IP Origen y destino
Paquete 1: 16117 575.239394 192.168.1.20 74.125.47.120 TCP 54
serialgateway> http [FIN, ACK] Seq=462 Ack=3713 Win=64684 Len=0
- Frame 16117: 54 bytes on wire (432 bits), 54 bytes captured (432 bits)
- Ethernet II, Src: Dell_2d:7a:8c (00:18:8b:2d:7a:8c), Dst: Tp-LinkT_da:60:66
(74:ea:3a:da:60:66)
- Internet Protocol Version 4, Src: 192.168.1.20 (192.168.1.20), Dst: 74.125.47.120
(74.125.47.120)
- Transmission Control Protocol, Src Port: serialgateway (1243), Dst Port: http (80), Seq:
462, Ack: 3713, Len: 0
IP Origen: 192.168.1.20 (192.168.1.20)
IP Destino 74.125.47.120 (74.125.47.120)
Paquete 2:16109 575.027578 74.125.47.147 192.168.1.20 TLSv1 115 [TCP
Out-Of-Order] Application Data
Es un tipo de protocolo criptográfico que proporcionan comunicaciones seguras por una red.
- Frame 16109: 115 bytes on wire (920 bits), 115 bytes captured (920 bits)
- Ethernet II, Src: Tp-LinkT_da:60:66 (74:ea:3a:da:60:66), Dst: Dell_2d:7a:8c
(00:18:8b:2d:7a:8c)
- Internet Protocol Version 4, Src: 74.125.47.147 (74.125.47.147), Dst: 192.168.1.20
(192.168.1.20)
- Transmission Control Protocol, Src Port: https (443), Dst Port: checksum (1386), Seq:
8812, Ack: 1160, Len: 61
- Secure Sockets Layer
IP Origen: 74.125.47.147 (74.125.47.147)
IP Destino: 192.168.1.20 (192.168.1.20)
Paquete 3: 16123 575.508493 192.168.1.100 192.168.1.255 NBNS 92
Namequery NB EDUARDO-PC<20>
Protocolo que proporciona a los programas una serie uniforme de comandos para solicitar los
servicios de niveles inferiores necesarios para comunicar equipos a través de la red.
- Frame 16123: 92 bytes on wire (736 bits), 92 bytes captured (736 bits)
- Ethernet II, Src: LiteonTe_ea:fb:76 (1c:65:9d:ea:fb:76), Dst: Broadcast (ff:ff:ff:ff:ff:ff)
- Internet Protocol Version 4, Src: 192.168.1.100 (192.168.1.100), Dst: 192.168.1.255
(192.168.1.255)
- User Datagram Protocol, Src Port: netbios-ns (137), Dst Port: netbios-ns (137)
- NetBIOS Name Service
Source: 192.168.1.100 (192.168.1.100)
Destination: 192.168.1.255 (192.168.1.255)

2. Paquete 4: 16134 576.025642 fe80::f972:876a:4bdf:a530 ff02::c SSDP 208
M-SEARCH * HTTP/1.1
El Protocolo Simple de Descubrimiento de Servicios, es un protocolo que sirve para la
búsqueda de dispositivos UPnP en una red.
- Frame 16134: 208 bytes on wire (1664 bits), 208 bytes captured (1664 bits)
- Ethernet II, Src: LiteonTe_60:f0:e1 (70:1a:04:60:f0:e1), Dst: IPv6mcast_00:00:00:0c
(33:33:00:00:00:0c)
- Internet Protocol Version 6, Src: fe80::f972:876a:4bdf:a530
(fe80::f972:876a:4bdf:a530), Dst: ff02::c (ff02::c)
- User Datagram Protocol, Src Port: 51038 (51038), Dst Port: ssdp (1900)
- Hypertext Transfer Protocol
Source: fe80::f972:876a:4bdf:a530 (fe80::f972:876a:4bdf:a530)
Destination: ff02::c (ff02::c)
Paquete 5: 16143 577.165734 fe80::7de9:7811:9ee1:d362 ff02::1:2 DHCPv6
155 Solicit XID: 0x15c66b CID: 0001000116b1c7cf18a9051d2126
es el Protocolo de Configuración Dinámica de Hosts
- Frame 16143: 155 bytes on wire (1240 bits), 155 bytes captured (1240 bits)
- Ethernet II, Src: LiteonTe_3c:a6:dd (70:1a:04:3c:a6:dd), Dst: IPv6mcast_00:01:00:02
(33:33:00:01:00:02)
- Internet ProtocolVersion 6, Src: fe80::7de9:7811:9ee1:d362
(fe80::7de9:7811:9ee1:d362), Dst: ff02::1:2 (ff02::1:2)
- User Datagram Protocol, Src Port: dhcpv6-client (546), Dst Port: dhcpv6-server (547)
- DHCPv6
Source: fe80::7de9:7811:9ee1:d362 (fe80::7de9:7811:9ee1:d362)
Destination: ff02::1:2 (ff02::1:2)
Paquete 6: 16095 573.808788 fe80::5880:bb9c:762e:e72f ff02::1:3 LLMNR
90 Standard query A EDUARDO-PC
- Frame 16095: 90 bytes on wire (720 bits), 90 bytes captured (720 bits)
- Ethernet II, Src: LiteonTe_ea:fb:76 (1c:65:9d:ea:fb:76), Dst: IPv6mcast_00:01:00:03
(33:33:00:01:00:03)
- Internet ProtocolVersion 6, Src: fe80::5880:bb9c:762e:e72f
(fe80::5880:bb9c:762e:e72f), Dst: ff02::1:3 (ff02::1:3)
- User Datagram Protocol, Src Port: 59536 (59536), Dst Port: llmnr (5355)
- Link-local Multicast Name Resolution (query)
Destination: IPv6mcast_00:01:00:03 (33:33:00:01:00:03)
Source: LiteonTe_ea:fb:76 (1c:65:9d:ea:fb:76)

3. Diagramas de flujo utilizando flujo general
Diagrama de flujo utilizando flujo TCP:

4. Comentar cuales fueron los protocolos mas frecuentes en la pantalla.
Porcentaje del protocolo ARP