diff --git a/evolution_of_the_internet/EOTI.html b/evolution_of_the_internet/EOTI.html index 79a8af9..6afb6bb 100644 --- a/evolution_of_the_internet/EOTI.html +++ b/evolution_of_the_internet/EOTI.html @@ -54,6 +54,10 @@ 1970

Originally created for DARPA, IPv4 was used for The ARPAnet whichlater became the internet as we know it today.

+
+ 1980 + SNMP +
1990 FTP/S diff --git a/internet_protocol/internet_protocol.html b/internet_protocol/internet_protocol.html index 9b3230e..33ecc5f 100644 --- a/internet_protocol/internet_protocol.html +++ b/internet_protocol/internet_protocol.html @@ -56,84 +56,63 @@
  • FTP -

    Port: 21
    FTP is the protocol that handles transfering files from one device to another. It operates by considering one device as a server and the other as a client, thereby allowing the client to send and request files from the server
    FTP/S
    Port: 900
    This protocol allows FTP over a secure encryption using SSL.
    SFTP
    This protocol allows FTP over a secure encryption using SSH.

    +

    Port: 21
    FTP is the protocol that handles transfering files from one device to another. It operates by considering one device as a server and the other as a client, thereby allowing the client to send and request files from the server
    FTP/S
    Port: 900
    This protocol allows FTP over a secure encryption using SSL.
    SFTP
    This protocol allows FTP over a secure encryption using SSH.

  • HTTP -

    Port: 80
    HTTP is the protocol that handles the transfer of hypertext between one or multiple systems. It is designed using the client-server principles; allowing a client to make a request after forming a connection with the server, at which point the server responds however it is programmed.

    -
    -
    • - -
  • -
    - HTTPS -

    Port: 443

    +

    Port: 80
    HTTP is the protocol that handles the transfer of hypertext between one or multiple systems. It is designed using the client-server principles; allowing a client to make a request after forming a connection with the server, at which point the server responds however it is programmed.
    HTTPS
    Port: 443
    This protocol allows HTTPs over a secure encryption using SSL.

  • SMTP -

    Ports: 25,465,587

    +

    Ports: 25,465,587
    SMTP is the protocol that handles the task of sending and then distributing E-Mail. It operates by seperating strings of text from the users message with code words that identify the purpose of each string and that the server can interpret. The messages can sometime pass through other devices other than it's destination.

  • POP3 -

    Port: 110

    +

    Port: 110
    POP3 is the protocol that handles receiving e-mails that are unsecure. It operates by downloading messages to a local device and then removing it from the e-mail server.

    • - +
  • - VoIP -

    Basic Port: 5060, 5004 UDP

    + IMAP4 +

    Ports: 143, 993
    IMAP4 is the protocol that handles secure e-mail aquisition by accessing a remote server with a local client.

  • SSH -

    Port: 22

    +

    Port: 22
    SSH is the protocol that secures a connection between a client and a server. This operates by creating a tunnel using cryptographic keys between the client and the server. This allows secure communication between the 2 devices.

  • Telnet -

    Port: 23

    -
    -
    • - -
  • -
    - IMAP4 -

    Ports: 143,993

    +

    Port: 23
    Telnet is a group of rules that systems follow when trying to establish a remote connection. It operates by allowing a two-way CLI connection to the remote device.

  • SNMP -

    Port: 161

    +

    Port: 161
    SNMP is the protocol that handles network monitoring. It operates by communicating with devices that "speak" SNMP using Get-Requests, allowing the user to be able to track any data values specified.

  • ARP -

    Port: 219

    -
    -
    • - -
  • -
    - SIP -

    Port: 5060, 5061

    +

    Port: 219
    ARP is the protocol that handles mapping dynamic IP addresses to a physical MAC address. It operates on Layer 2 and Layer 3 by keeping a cache of unique IP address and their equivalent MAC address. If, when a request is made, the requested address is already in the cahce, it is just returned. Otherwise, it translates and finds the equivalent address.

    • diff --git a/main.css b/main.css index 11401e3..bcc1bb9 100644 --- a/main.css +++ b/main.css @@ -30,13 +30,17 @@ summary { } +abbr { + cursor: pointer; +} + details[open] summary { list-style-image: url(sitewide_assets/power_green.png); } .title { border-bottom: none; - cursor: inherit; + cursor: pointer; text-decoration: none; }