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FortiGate setup guides and tutorials

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Firewall setup guides

FortiGates

FortiGate 60F Setup Guide (Basic Home Network Setup)

This guide will help you configure your FortiGate 60F with the following features:

Prerequisites

  1. FortiGate 60F: Ensure your FortiGate device is powered on and connected to your network.
  2. Access to FortiGate Management Interface: Use a web browser to access the FortiGate interface at http://<FortiGate-IP>.
  3. Basic Network Setup: Have an existing internet connection and basic knowledge of network configurations.

Step-by-Step Setup

Step 1: Access FortiGate Management Interface

  1. Open a web browser and navigate to the FortiGate's IP address.
  2. Log in using your admin credentials. The default username is admin, and there is no password initially (change this immediately for security).

Step 2: Configure VLANs

  1. Navigate to: Network > Interfaces.
  2. Create VLANs for Home, Guest, and IoT.

Home VLAN

Guest VLAN

IoT VLAN

Step 3: Configure DHCP for Each VLAN

  1. Navigate to: Network > DHCP Servers.
  2. Create DHCP servers for each VLAN.

Home VLAN DHCP

Guest VLAN DHCP

IoT VLAN DHCP

Step 4: Configure Security Policies

  1. Navigate to: Policy & Objects > IPv4 Policy.
  2. Create policies to manage traffic between zones.

Allow Traffic from Home to Internet

Allow Traffic from Guest to Internet

Allow Traffic from IoT to Internet

Deny Traffic Between VLANs

Step 5: Configure Traffic Prioritization (QoS)

  1. Navigate to: Policy & Objects > Traffic Shapers.
  2. Create traffic shapers to prioritize gaming and streaming traffic.

Create Traffic Shapers for Gaming and Streaming

  1. Apply Traffic Shapers to the relevant policies by editing the policies and assigning the appropriate traffic shaper.

Step 6: Test Configuration

  1. Verify device connectivity on each VLAN.
  2. Test internet access from each VLAN to ensure policies are correctly applied.
  3. Monitor traffic to ensure streaming and gaming traffic are prioritized as expected.

Additional Tips

FortiGates

FortiGate 60F Setup Guide with SD-WAN for Multiple WAN Connections

This guide will help you configure your FortiGate 60F with the following features:

Prerequisites

Step-by-Step Setup

Step 1: Access FortiGate Management Interface

  1. Open a web browser and navigate to the FortiGate's IP address.
  2. Log in using your admin credentials.
    • Default Username: admin
    • Default Password: (Leave blank initially; change immediately for security)

Step 2: Configure WAN Interfaces

Navigate to Network > Interfaces to configure your WAN connections.

Configure Fiber Connection (Primary)

Configure 5G Connection

Step 3: Configure SD-WAN

Navigate to Network > SD-WAN to set up load balancing and failover.

Add Member Interfaces

  1. Click Create New to add WAN interfaces to SD-WAN.
  2. Add WAN_Fiber
    • Interface: WAN_Fiber
    • Weight: 0
    • Priority: 1
  3. Add WAN_5G
    • Interface: WAN_5G
    • Weight: 0
    • Priority: 2
  4. Add WAN_Starlink
    • Interface: WAN_Starlink
    • Weight: 0
    • Priority: 3

Configure SD-WAN Rules

  1. Go to the SD-WAN Rules tab.
  2. Click Create New.
    • Name: Default_Rule
    • Incoming Interfaces: VLAN_Home, VLAN_Guest, VLAN_IoT
    • Source: All
    • Destination: All
    • Service: All
    • Outgoing Interfaces: Best Quality (SLA) or Manual (choose preferred interfaces)
  3. Set Interface Preference
    • Preferred Interfaces: WAN_Fiber, WAN_5G, WAN_Starlink
    • Load Balancing Algorithm: Manual

Step 4: Configure VLANs

Navigate to Network > Interfaces to set up VLANs.

Home VLAN

Guest VLAN

IoT VLAN

Step 5: Configure DHCP for Each VLAN

Navigate to Network > DHCP Servers.

Home VLAN DHCP

Guest VLAN DHCP

IoT VLAN DHCP

Step 6: Configure Security Policies

Navigate to Policy & Objects > Firewall Policy.

Allow Traffic from VLANs to SD-WAN

  1. Home VLAN to Internet

    • Name: Allow_Home_to_Internet
    • Incoming Interface: VLAN_Home
    • Outgoing Interface: SD-WAN
    • Source: All
    • Destination: All
    • Service: All
    • Action: Accept
    • NAT: Enable

  2. Guest VLAN to Internet

    • Name: Allow_Guest_to_Internet
    • Incoming Interface: VLAN_Guest
    • Outgoing Interface: SD-WAN
    • Source: All
    • Destination: All
    • Service: All
    • Action: Accept
    • NAT: Enable

  3. IoT VLAN to Internet

    • Name: Allow_IoT_to_Internet
    • Incoming Interface: VLAN_IoT
    • Outgoing Interface: SD-WAN
    • Source: All
    • Destination: All
    • Service: All
    • Action: Accept
    • NAT: Enable

Deny Inter-VLAN Traffic

Step 7: Configure Traffic Prioritization (QoS)

Navigate to Policy & Objects > Traffic Shapers.

Create Traffic Shapers

  1. Gaming Traffic Shaper

    • Name: Priority_Gaming
    • Type: Per Policy
    • Priority: High
    • Bandwidth: Set according to your requirements

  2. Streaming Traffic Shaper

    • Name: Priority_Streaming
    • Type: Per Policy
    • Priority: Medium
    • Bandwidth: Set according to your requirements

Apply Traffic Shapers to Policies

  1. Edit the Allow_Home_to_Internet policy.
  2. Under Traffic Shaping, enable Apply Shaper Per Policy.
  3. Select the appropriate traffic shaper based on the service.

Step 8: Configure SD-WAN Performance SLA (Optional)

Navigate to Network > SD-WAN > Performance SLA.

Create SLA Targets

  1. Click Create New.
  2. Name: SLA_Fiber
    • Members: WAN_Fiber
    • Latency, Jitter, Packet Loss: Set thresholds
    • Protocol: Ping or HTTP
    • Server: Reliable external IP (e.g., 8.8.8.8)

Repeat for WAN_5G and WAN_Starlink if desired.

Configure SD-WAN Rules with SLA

  1. Go back to SD-WAN Rules.
  2. Edit Default_Rule.
  3. Under SLA, select the SLA targets you created.
  4. Set the SLA Mode to Best Quality.

Step 9: Test Configuration

Additional Tips

By following this guide, you should have a robust network setup that leverages SD-WAN to manage multiple WAN connections, provides separate VLANs for different device types, and prioritizes critical traffic like gaming and streaming. The Fiber connection is set as the primary link, ensuring the best performance under normal conditions, with 5G and Starlink as backups for redundancy.