NETWORK DIAGRAM


This is an example of the type of network we need to be able to fully host a private WAN.

Networks

  • 0.x (Green, 0.0.0.0/0): This is the network directly from the modem, unfiltered. Settopboxes are set on a VLAN so they can communicate with my ISPs interactive services.
  • 1.x (Blue, 172.16.0.0/12): This is our main network, all normal clients are connected via WiFi or on switch 1.2 and 1.3.
  • 2.x (Orange, 192.168.0.0/16): This is our public network, everyone can connect to our public hotspot, but can’t access our main network.

Switches

  • 0.1: TP-Link TL-SG3424
  • 1.1: TP-Link TL-SG3424
  • 1.2: TP-Link TL-SG2424
  • 1.3: TP-Link TL-SG3210
  • 2.1: TP-Link TL-SG3424

Gateways

  • 1.1: Ubiquiti EdgeRouter ER-8, this one also does the DHCP for 1.x
  • 2.1: Embedded system based on a APU1C4 running PFSense

DHCP

  • 2.1: Embedded system based on a APU1C4 running PFSense

DNS

  • 1.1: Supermicro server running Windows Server 2012R2
  • 1.2: Supermicro server running Windows Server 2012R2
  • 2.1: Embedded system based on a APU1C4 running PFSense
  • 2.2: Embedded system based on a APU1C4 running PFSense

Portal

  • 2.1: Supermicro server running Windows Server 2012R2 and acting as portal for our hotspot

Access points

  • 1.1: Ubiquiti UniFi AP AC
  • 1.2: Ubiquiti UniFi AP LR
  • 1.3: Ubiquiti UniFi AP
  • 2.1: Ubiquiti UniFi AP LR

Servers:

  • 1.1: Custom server running Minecraft with dedicated IP
  • 1.2: ESXi running multiple VM’s
  • 1.3: Custom server running Windows Server 2012R2 and acting as a NAS

 Take part in our online Survey

Giving BACK...TO TULSA
Giving Back to your community can be one of the most rewarding experiences of your life!

© 2018 | PACE TULSA AGS FOUNDATION. “Pedestrian Awareness Crosswalk Education is an online think-tank intersecting awareness of public transportation policy in the United States.”