Cursed Silicons Wiki - Recent changes [en]

Services people are running

Roscoewah — Fri, 18 Sep 2026 20:30:21 GMT

← Older revision		Revision as of 13:30, 18 September 2026
(2 intermediate revisions by the same user not shown)
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	\|[[User:Roscoewah\|Roscoe]]		\|[[User:Roscoewah\|Roscoe]]
	\|http://roscoe.wah		\|http://roscoe.wah
	\|Windows ~~2000 Advanced~~ Server		\|Windows Server 2003 R2
	\|IIS 5.0		\|IIS 6.0
	\|Personal homepage!		\|Personal homepage!
	\|Misc files available at /files		\|Misc files available at /files
Line 349:		Line 349:
	\|[[User:Roscoewah\|Roscoe]]		\|[[User:Roscoewah\|Roscoe]]
	\|http://nic.wah		\|http://nic.wah
	\|Windows ~~2000 Advanced~~ Server		\|Windows Server 2003 R2
	\|IIS 5.0		\|IIS 6.0
	\|Domain registrar for the .wah TLD		\|Domain registrar for the .wah TLD
			\|
			\|-
			\|[[User:Roscoewah\|Roscoe]]
			\|http://compu.wah
			\|SCO UnixWare 7.1.1
			\|Netscape FastTrack 2.01a
			\|
	\|		\|
	\|-		\|-
Line 359:		Line 366:
	\|Apache2		\|Apache2
	\|Personal homepage, with an FTP server at ftp://ryfox.retro containing various programs, games, music, etc.		\|Personal homepage, with an FTP server at ftp://ryfox.retro containing various programs, games, music, etc.
			\|
	\|-		\|-
	\|Zenith302		\|Zenith302
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	\|IIS 6.0		\|IIS 6.0
	\|Personal homepage		\|Personal homepage
			\|
	\|}		\|}

Services people are running

PurpleJillybeans — Tue, 15 Sep 2026 22:26:29 GMT

Websites

@@ Line 164: / Line 164: @@
 |Linux from Scratch 3.1
 |January 2000 main world. Info at [http://www.n8fq.retro/graal/ www.n8fq.retro/graal]
 |}
 '''NOTE: Some services are "patched" at DNS level. Other games (such as Halo) require connecting to a server via IP. Check the notes!'''
@@ Line 339: / Line 353: @@
 |Domain registrar for the .wah TLD
+|
 |}

.cghmn

Ch0ccyra1n — Wed, 09 Sep 2026 16:06:01 GMT

← Older revision		Revision as of 09:06, 9 September 2026
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	\|operator = CGHMN Staff		\|operator = CGHMN Staff
	\|intendeduse = Administration		\|intendeduse = Administration
	\|restrictions = ~~internal~~ use		\|restrictions = Internal use
	\|website = [mailto:NOC@cghmn-mail.retro NOC@cghmn-mail.retro]		\|website = [mailto:NOC@cghmn-mail.retro NOC@cghmn-mail.retro]
	}}		}}

DotMac

Ch0ccyra1n — Wed, 09 Sep 2026 16:04:44 GMT

← Older revision		Revision as of 09:04, 9 September 2026
Line 50:		Line 50:
	\|}		\|}
	[[Category:Compu-Global-Hyper-Mega-Net]]		[[Category:Compu-Global-Hyper-Mega-Net]]
			[[Category:Services on the Network]]

Template:Port Forwarding

CursedSilicon — Sun, 06 Sep 2026 00:38:44 GMT

Created page with "{| style="float:right; border:1px solid black; width:300px" |+ {{{name | '''{{PAGENAME}}'''}}} |- |colspan="2"| {{{image | }}} |- ! Status | {{{status | Unknown}}} |- ! Ports | {{{operator | Unknown}}} |- ! NAT traversal | {{{intendeduse | Unknown}}} |}"

New page

{| style="float:right; border:1px solid black; width:300px"
|+ {{{name | '''{{PAGENAME}}'''}}}
|-
|colspan="2"| {{{image | }}}
|-
! Status
| {{{status | Unknown}}}
|-
! Ports
| {{{operator | Unknown}}}
|-
! NAT traversal
| {{{intendeduse | Unknown}}}
|}

Services people are running

PurpleJillybeans — Sat, 05 Sep 2026 10:59:30 GMT

Timeservers

← Older revision		Revision as of 03:59, 5 September 2026
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	\|PurpleJillybeans		\|PurpleJillybeans
	\|time.n8fq.retro		\|time.n8fq.retro
	\|NTP 4, daytime		\|NTP 4, time, daytime
	\|Michigan, US		\|Michigan, US
	\|GPS (NMEA)		\|GPS (NMEA)

Template:Infobox top level domain

CursedSilicon — Fri, 04 Sep 2026 17:42:44 GMT

← Older revision		Revision as of 10:42, 4 September 2026
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	\| {{{restrictions \| Unknown}}}		\| {{{restrictions \| Unknown}}}
	\|-		\|-
	! Registrar ~~website~~		! Registrar contact
	\| {{{website \| nic.example}}}		\| {{{website \| nic.example}}}
	\|-		\|-
	\|}		\|}

.cghmn

CursedSilicon — Fri, 04 Sep 2026 17:41:57 GMT

← Older revision		Revision as of 10:41, 4 September 2026
Line 3:		Line 3:
	\|operator = CGHMN Staff		\|operator = CGHMN Staff
	\|intendeduse = Administration		\|intendeduse = Administration
	\|restrictions = ~~Unknown~~		\|restrictions = internal use
	\|website = [mailto:NOC@cghmn-mail.retro NOC@cghmn-mail.retro]		\|website = [mailto:NOC@cghmn-mail.retro NOC@cghmn-mail.retro]
	}}		}}

.cghmn

Ch0ccyra1n — Wed, 02 Sep 2026 17:45:02 GMT

← Older revision		Revision as of 10:45, 2 September 2026
Line 3:		Line 3:
	\|operator = CGHMN Staff		\|operator = CGHMN Staff
	\|intendeduse = Administration		\|intendeduse = Administration
	\|restrictions = ~~None~~		\|restrictions = Unknown
	\|website = [mailto:NOC@cghmn-mail.retro NOC@cghmn-mail.retro]		\|website = [mailto:NOC@cghmn-mail.retro NOC@cghmn-mail.retro]
	}}		}}

.wah

Ch0ccyra1n — Wed, 02 Sep 2026 17:44:10 GMT

Add infobox

@@ Line 1: / Line 1: @@
 '''.wah''' is a [[Compu-Global-Hyper-Mega-Net]] ([[Compu-Global-Hyper-Mega-Net|CGHMN]]) [[top-level domain]] ([[Top-level domain|TLD]]). It is a red panda themed TLD and is managed by [[User:Roscoewah|Roscoe]].
 [[Category:Compu-Global-Hyper-Mega-Net]]
 [[Category:Top-level domains]]

.lmao

Ch0ccyra1n — Wed, 02 Sep 2026 17:42:29 GMT

Add infobox

@@ Line 1: / Line 1: @@
 '''.lmao''' is a proposed [[Compu-Global-Hyper-Mega-Net]] ([[Compu-Global-Hyper-Mega-Net|CGHMN]]) [[top-level domain]] ([[Top-level domain|TLD]]). It would serve as an equivalent to the clearnet TLD [https://nic.lol/ .lol<sup><nowiki>[clearnet]</nowiki></sup>] on CGHMN and would be administered by [[User:Ch0ccyra1n|Ch0ccyra1n]].
 [[Category:Compu-Global-Hyper-Mega-Net]]
 [[Category:Top-level domains]]

.ern

Ch0ccyra1n — Wed, 02 Sep 2026 17:40:32 GMT

Add infobox

@@ Line 1: / Line 1: @@
 '''.ern''' is a [[Compu-Global-Hyper-Mega-Net]] ([[Compu-Global-Hyper-Mega-Net|CGHMN]]) [[top-level domain]] ([[Top-level domain|TLD]]). It serves as a TLD for the European Retro Network. It is managed by Rover.
 [[Category:Compu-Global-Hyper-Mega-Net]]
 [[Category:Top-level domains]]

.retro

Ch0ccyra1n — Wed, 02 Sep 2026 17:36:59 GMT

Add infobox

@@ Line 1: / Line 1: @@
 '''.retro''' is a [[Compu-Global-Hyper-Mega-Net]] ([[Compu-Global-Hyper-Mega-Net|CGHMN]]) [[top-level domain]] ([[Top-level domain|TLD]]). Created in the first group of TLDs alongside [[.cghmn]], it serves as a generic TLD for sites on CGHMN and is administered by the CGHMN staff
 [[Category:Compu-Global-Hyper-Mega-Net]]
 [[Category:Top-level domains]]

.cghmn

Ch0ccyra1n — Wed, 02 Sep 2026 17:36:28 GMT

Add infobox

@@ Line 1: / Line 1: @@
 '''.cghmn''' is a [[Compu-Global-Hyper-Mega-Net]] ([[Compu-Global-Hyper-Mega-Net|CGHMN]]) [[top-level domain]] ([[Top-level domain|TLD]]). Created in the first group of TLDs alongside [[.retro]], it serves as a TLD for sites on CGHMN and is administered by the CGHMN staff.
 [[Category:Compu-Global-Hyper-Mega-Net]]
 [[Category:Top-level domains]]

.mac

Ch0ccyra1n — Tue, 01 Sep 2026 23:02:46 GMT

← Older revision		Revision as of 16:02, 1 September 2026
Line 4:		Line 4:
	\|intendeduse = Websites related to Macintosh computers or Macintosh users		\|intendeduse = Websites related to Macintosh computers or Macintosh users
	\|restrictions = None		\|restrictions = None
	\|website = [http://domains.mac domains.mac]		\|website = [http://domains.mac domains.mac] (not currently active. For now contact operator)
	}}		}}

Template:Infobox top level domain

Ch0ccyra1n — Tue, 01 Sep 2026 22:57:13 GMT

← Older revision		Revision as of 15:57, 1 September 2026
(One intermediate revision by the same user not shown)
Line 2:		Line 2:
	\|+ {{{name \| '''{{PAGENAME}}'''}}}		\|+ {{{name \| '''{{PAGENAME}}'''}}}
	\|-		\|-
	\| {{{image \| }}}		\|colspan="2"\| {{{image \| }}}
	\|-		\|-
	! Status		! Status

.mac

Ch0ccyra1n — Tue, 01 Sep 2026 22:55:19 GMT

← Older revision		Revision as of 15:55, 1 September 2026
(2 intermediate revisions by the same user not shown)
Line 1:		Line 1:
	'''.mac''' is a [[Compu-Global-Hyper-Mega-Net]] ([[Compu-Global-Hyper-Mega-Net\|CGHMN]]) [[top-level domain]] ([[Top-level domain\|TLD]]). It serves as a TLD for sites related to Macintosh computers on CGHMN and is administered by [[User:Ch0ccyra1n\|~~Ch0ccyra1n~~]].		{{Infobox top level domain
			\|status = Active
			\|operator = [[User:Ch0ccyra1n\|ch0ccyra1n]]
			\|intendeduse = Websites related to Macintosh computers or Macintosh users
			\|restrictions = None
			\|website = [http://domains.mac domains.mac]
			}}

			'''.mac''' is a [[Compu-Global-Hyper-Mega-Net]] ([[Compu-Global-Hyper-Mega-Net\|CGHMN]]) [[top-level domain]] ([[Top-level domain\|TLD]]). It serves as a TLD for sites related to Macintosh computers on CGHMN and is administered by [[User:Ch0ccyra1n\|ch0ccyra1n]].
	[[Category:Compu-Global-Hyper-Mega-Net]]		[[Category:Compu-Global-Hyper-Mega-Net]]
	[[Category:Top-level domains]]		[[Category:Top-level domains]]

Template:Infobox top level domain

Ch0ccyra1n — Tue, 01 Sep 2026 22:47:24 GMT

Use PAGENAME as name by default

← Older revision		Revision as of 15:47, 1 September 2026
(One intermediate revision by the same user not shown)
Line 1:		Line 1:
	{\| style="float:right; border:1px solid black; width:300px"		{\| style="float:right; border:1px solid black; width:300px"
	\|+ {{{name \| '''~~.example~~'''}}}		\|+ {{{name \| '''{{PAGENAME}}'''}}}
	\|-		\|-
	\| {{{image \| }}}		\| {{{image \| }}}
Line 11:		Line 11:
	\|-		\|-
	! Intended use		! Intended use
	\| {{{~~intended use~~ \| Unknown}}}		\| {{{intendeduse \| Unknown}}}
	\|-		\|-
	! Registration restrictions		! Registration restrictions

Template:Infobox top level domain

Ch0ccyra1n — Tue, 01 Sep 2026 22:42:55 GMT

Created page with "{| style="float:right; border:1px solid black; width:300px" |+ {{{name | '''.example'''}}} |- | {{{image | }}} |- ! Status | {{{status | Unknown}}} |- ! Operator | {{{operator | Unknown}}} |- ! Intended use | {{{intended use | Unknown}}} |- ! Registration restrictions | {{{restrictions | Unknown}}} |- ! Registrar website | {{{website | nic.example}}} |- |}"

New page

{| style="float:right; border:1px solid black; width:300px"
|+ {{{name | '''.example'''}}}
|-
| {{{image | }}}
|-
! Status
| {{{status | Unknown}}}
|-
! Operator
| {{{operator | Unknown}}}
|-
! Intended use
| {{{intended use | Unknown}}}
|-
! Registration restrictions
| {{{restrictions | Unknown}}}
|-
! Registrar website
| {{{website | nic.example}}}
|-
|}

Template:Infobox

Ch0ccyra1n — Tue, 01 Sep 2026 21:33:16 GMT

Ch0ccyra1n deleted page Template:Infobox content was: "{{#if: {{{X|}}}|<tr> <td>X label</td> <td>{{{X|}}}</td></tr>}}", and the only contributor was "Ch0ccyra1n" (talk)

File:2026-09-01 14-04-03 firefox.png

Bredo — Tue, 01 Sep 2026 02:07:49 GMT

Bredo deleted page File:2026-09-01 14-04-03 firefox.png a

File:2026-09-01 14-07-13.png

Bredo — Tue, 01 Sep 2026 02:07:35 GMT

Bredo deleted page File:2026-09-01 14-07-13.png cleanup

File:2026-09-01 14-07-13.png

Bredo — Tue, 01 Sep 2026 02:07:20 GMT

Bredo uploaded File:2026-09-01 14-07-13.png a

New page

File:2026-09-01 14-04-03 firefox.png

Bredo — Tue, 01 Sep 2026 02:06:55 GMT

Bredo uploaded File:2026-09-01 14-04-03 firefox.png testing uploads

New page

How to Get Connected with RouterOS

Pancakepuppy — Sat, 29 Aug 2026 04:49:19 GMT

More formatting, massaging images and stuff

How to Get Connected

Pancakepuppy — Sat, 29 Aug 2026 04:45:46 GMT

Added link to RouterOS how-to page

← Older revision		Revision as of 21:45, 28 August 2026
Line 78:		Line 78:

	At present, CGHMN does not use IPv6.		At present, CGHMN does not use IPv6.

			=== Get Connected - With Mikrotik RouterOS ===
			[[How to Get Connected with RouterOS]]

	=== After you get connected ===		=== After you get connected ===

How to Get Connected with RouterOS

Pancakepuppy — Sat, 29 Aug 2026 04:42:13 GMT

Formatting change

Show changes

How to Get Connected with RouterOS

Pancakepuppy — Sat, 29 Aug 2026 04:36:21 GMT

Created page and added content. Version 1, please edit or submit feedback as necessary!

New page

=== Configure your Internet-Facing Port ===
This step will look different depending on your router hardware, pre-existing RouterOS configuration, and home network architecture. In my case, I’m using a ''Mikrotik hAP ac2'', minimal pre-existing settings, and a home network that configures hosts via DHCP.
[[File:Step 1 - DHCP Client.png|thumb|423x423px|RouterOS DHCP Client menu]]

Interface ''ether2'' is used for the connection onto my home network. (You’ll use whatever interface you want on your hardware.) Since this is Mikrotik router hardware with switched Ethernet ports, I will enter the '''Switch > Port Isolation''' menu to forward traffic directly to the CPU from ''eth''

''er2''.

[[File:Step 1 - Port Isolation.png|thumb|442x442px|RouterOS Switch Port Isolation menu]]Enter the '''IP > DHCP Client''' menu and create a new DHCP client to configure ''ether2''. Once a lease is obtained, a default route and interface IP address will be visible in the IP > Routes and IP > Addresses menus respectively.

=== Configure your WireGuard Tunnel ===
[[File:Step 2 - WireGuard Interface.png|thumb|393x393px|RouterOS WireGuard menu]]
For this step, you’ll need your WireGuard connection info from CGHMN User Services, which also require that you’ve generated public and private keys.

Open the '''WireGuard''' menu and create a new WireGuard interface. You only need to add your public and private keys in this window and can leave the listen port blank.

[[File:Step 2 - WireGuard Peer.png|thumb|459x459px|RouterOS WireGuard Peer menu]]

Navigate to the '''Peers''' tab and create a new peer. From your CGHMN User Services ‘Welcome’ e-mail, fill in the Public Key, Endpoint and Endpoint Port, Allowed Addresses, Preshared Key, Persistent Keepalive, and Client Address (which is your ‘Tunnel IP’.) Client Keepalive isn’t required but I have it set to 25 seconds.

=== Configure Your CGHMN Routed Subnet ===
Next, we’ll set up the routed subnet we were assigned. I’ve configured my subnet to assign addresses to clients with DHCP, which I’ll cover in this section as well.

[[File:Step 3 - Bridge menu.png|thumb|172x172px|RouterOS Bridge menu]]
[[File:Step 3 - Bridge Ports menu.png|thumb|243x243px|RouterOS Bridge Ports menu]]
Ports ''ether3'' through ''ether5'' have been added to a bridge named ''cghmn-lan'' in the '''Bridge''' menu.

[[File:Step 3 - IP Addresses menu.png|thumb|306x306px|RouterOS IP Addresses menu]]
In the '''IP > Addresses''' menu, create a new IP address in your routed subnet for the router to use with the bridge interface. I (PancakePuppy) have the 100.68.209.0/24 subnet and I’m going to use the first available address for my router. T his is arbitrary – it can be any address that isn’t network (.0) or broadcast (.255).

[[File:Step 3 - IP Pool menu.png|thumb|306x306px|RouterOS IP Pool menu]]
Let’s set up the DHCP Server to dynamically configure our hosts. With a protocol. First, open the '''IP > Pool''' menu and create a new pool. I’ve made a pool which covers the full remainder of my routed subnet, but you may want to leave some room for statically configured devices.

[[File:Step 3 - DHCP Networks menu.png|thumb|403x403px|RouterOS DHCP Server Networks menu]]
Open the '''IP > DHCP Server''' menu and go to the '''Networks''' tab. Create a new network and enter your routed subnet in the Address field, your router IP in Gateway, and whichever DNS servers you wish your hosts to use. I used the CGHMN Core DNS servers. Configure the other options to your preference.

[[File:Step 3 - DHCP Server menu.png|thumb|317x317px|RouterOS DHCP Server menu]]

In the '''DHCP''' tab, create a new DHCP server on your routed subnet interface and select the Address Pool we created earlier. With this created, hosts you connect to the specified interface will receive IP addresses, domain name services, and know where to send packets that want to escape the subnet.

[[File:Step 3 - DHCP Leases menu.png|thumb|476x476px|RouterOS DHCP Leases menu]]

You can view DHCP leases assigned by the server and create reservations in the '''Leases''' tab.

=== Add Routes ===
At this point, if a host sends the router a packet destined for a CGHMN address outside your subnet, it will be dropped. We need to add a few static routes so our router knows where to send CGHMN traffic.

[[File:Step 4 - Add Routes.png|thumb|715x715px|RouterOS IP Routes menu]]
Open the '''IP > Routes''' menu. You should see a few entries in the routing table already with a '''D''' flag, indicating they were dynamically (automatically) added for us. We will create 3 new routes using the Allowed IPs list to guide us and set Gateway Interface to the WireGuard interface from Step 2, ''wg1'' in this case.

=== Add Firewall Rules ===
While it may not be absolutely necessary, I like to have a few basic firewall rules for allowing incoming pings, related and established connections, and blocking everything else. I also want a rule to drop packets arriving from the tunnel interface with a destination address on my home network. I can’t imagine that happening but I’ll cover the possibility anyways.
[[File:Step 5 - Add Firewall Rules.png|thumb|787x787px|RouterOS Firewall Rules menu]]

Rules are evaluated in ascending numerical order, so make sure your final “deny everything else” rule comes last. Besides just allowing or denying traffic, firewall rules can also be used to log, create address lists, or tarpit connections. Experimenting is part of the fun!

File:Step 5 - Add Firewall Rules.png

Pancakepuppy — Sat, 29 Aug 2026 04:35:24 GMT

Pancakepuppy uploaded File:Step 5 - Add Firewall Rules.png

New page

RouterOS Firewall Rules menu

File:Step 4 - Add Routes.png

Pancakepuppy — Sat, 29 Aug 2026 04:34:03 GMT

Pancakepuppy uploaded File:Step 4 - Add Routes.png

New page

RouterOS Routes menu

File:Step 3 - DHCP Leases menu.png

Pancakepuppy — Sat, 29 Aug 2026 04:30:55 GMT

Pancakepuppy uploaded File:Step 3 - DHCP Leases menu.png

New page

RouterOS DHCP Leases menu

File:Step 3 - DHCP Server menu.png

Pancakepuppy — Sat, 29 Aug 2026 04:30:10 GMT

Pancakepuppy uploaded File:Step 3 - DHCP Server menu.png

New page

RouterOS DHCP Server menu

File:Step 3 - DHCP Networks menu.png

Pancakepuppy — Sat, 29 Aug 2026 04:28:05 GMT

Pancakepuppy uploaded File:Step 3 - DHCP Networks menu.png

New page

RouterOS DHCP Networks menu

File:Step 3 - IP Pool menu.png

Pancakepuppy — Sat, 29 Aug 2026 04:26:39 GMT

Pancakepuppy uploaded File:Step 3 - IP Pool menu.png

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RouterOS IP Pool menu

File:Step 3 - IP Addresses menu.png

Pancakepuppy — Sat, 29 Aug 2026 04:25:45 GMT

Pancakepuppy uploaded File:Step 3 - IP Addresses menu.png

New page

RouterOS IP Addresses menu

File:Step 3 - Bridge Ports menu.png

Pancakepuppy — Sat, 29 Aug 2026 04:24:51 GMT

Pancakepuppy uploaded File:Step 3 - Bridge Ports menu.png

New page

RouterOS Bridge Ports menu

File:Step 3 - Bridge menu.png

Pancakepuppy — Sat, 29 Aug 2026 04:23:58 GMT

Pancakepuppy uploaded File:Step 3 - Bridge menu.png

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RouterOS Bridge menu

File:Step 2 - WireGuard Peer.png

Pancakepuppy — Sat, 29 Aug 2026 04:16:45 GMT

Pancakepuppy uploaded File:Step 2 - WireGuard Peer.png

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RouterOS WireGuard Peer menu

File:Step 2 - WireGuard Interface.png

Pancakepuppy — Sat, 29 Aug 2026 04:13:07 GMT

Pancakepuppy uploaded File:Step 2 - WireGuard Interface.png

New page

The RouterOS WireGuard interface configuration menu

File:Step 1 - DHCP Client.png

Pancakepuppy — Sat, 29 Aug 2026 04:09:41 GMT

Pancakepuppy uploaded File:Step 1 - DHCP Client.png

New page

Shows DHCP Client configuration on RouterOS

File:Step 1 - Port Isolation.png

Pancakepuppy — Sat, 29 Aug 2026 04:06:52 GMT

Pancakepuppy uploaded File:Step 1 - Port Isolation.png

New page

Shows the RouterOS Switch Port Isolation settings

← Older revision		Revision as of 21:49, 28 August 2026
Line 2:		Line 2:
	This step will look different depending on your router hardware, pre-existing RouterOS configuration, and home network architecture. In my case, I’m using a ''Mikrotik hAP ac2'', minimal pre-existing settings, and a home network that configures hosts via DHCP.		This step will look different depending on your router hardware, pre-existing RouterOS configuration, and home network architecture. In my case, I’m using a ''Mikrotik hAP ac2'', minimal pre-existing settings, and a home network that configures hosts via DHCP.

	Interface ''ether2'' is used for the connection onto my home network. (You’ll use whatever interface you want on your hardware.) Since this is Mikrotik router hardware with switched Ethernet ports, I will enter the '''Switch > Port Isolation''' menu to forward traffic directly to the CPU from ''ether2''.[[File:Step 1 - Port Isolation.png\|thumb\|~~442x442px~~\|RouterOS Switch Port Isolation menu~~\|border~~\|none]]Enter the '''IP > DHCP Client''' menu and create a new DHCP client to configure ''ether2''. Once a lease is obtained, a default route and interface IP address will be visible in the IP > Routes and IP > Addresses menus respectively.		Interface ''ether2'' is used for the connection onto my home network. (You’ll use whatever interface you want on your hardware.) Since this is Mikrotik router hardware with switched Ethernet ports, I will enter the '''Switch > Port Isolation''' menu to forward traffic directly to the CPU from ''ether2''.[[File:Step 1 - Port Isolation.png\|thumb\|701x701px\|RouterOS Switch Port Isolation menu\|none]]Enter the '''IP > DHCP Client''' menu and create a new DHCP client to configure ''ether2''. Once a lease is obtained, a default route and interface IP address will be visible in the IP > Routes and IP > Addresses menus respectively.

	[[File:Step 1 - DHCP Client.png\|thumb\|~~423x423px~~\|RouterOS DHCP Client menu\|none]]		[[File:Step 1 - DHCP Client.png\|thumb\|697x697px\|RouterOS DHCP Client menu\|none]]
	=== Configure your WireGuard Tunnel ===		=== Configure your WireGuard Tunnel ===
	For this step, you’ll need your WireGuard connection info from CGHMN User Services, which also require that you’ve generated public and private keys.		For this step, you’ll need your WireGuard connection info from CGHMN User Services, which also require that you’ve generated public and private keys.

	[[File:Step 2 - WireGuard Interface.png\|thumb\|~~393x393px~~\|RouterOS WireGuard menu\|none]]Open the '''WireGuard''' menu and create a new WireGuard interface. You only need to add your public and private keys in this window and can leave the listen port blank.		[[File:Step 2 - WireGuard Interface.png\|thumb\|605x605px\|RouterOS WireGuard menu\|none]]Open the '''WireGuard''' menu and create a new WireGuard interface. You only need to add your public and private keys in this window and can leave the listen port blank.

	[[File:Step 2 - WireGuard Peer.png\|thumb\|~~459x459px~~\|RouterOS WireGuard Peer menu\|none]]Navigate to the '''Peers''' tab and create a new peer. From your CGHMN User Services ‘Welcome’ e-mail, fill in the Public Key, Endpoint and Endpoint Port, Allowed Addresses, Preshared Key, Persistent Keepalive, and Client Address (which is your ‘Tunnel IP’.) Client Keepalive isn’t required but I have it set to 25 seconds.		[[File:Step 2 - WireGuard Peer.png\|thumb\|738x738px\|RouterOS WireGuard Peer menu\|none]]Navigate to the '''Peers''' tab and create a new peer. From your CGHMN User Services ‘Welcome’ e-mail, fill in the Public Key, Endpoint and Endpoint Port, Allowed Addresses, Preshared Key, Persistent Keepalive, and Client Address (which is your ‘Tunnel IP’.) Client Keepalive isn’t required but I have it set to 25 seconds.

	=== Configure Your CGHMN Routed Subnet ===		=== Configure Your CGHMN Routed Subnet ===
	Next, we’ll set up the routed subnet we were assigned. I’ve configured my subnet to assign addresses to clients with DHCP, which I’ll cover in this section as well.		Next, we’ll set up the routed subnet we were assigned. I’ve configured my subnet to assign addresses to clients with DHCP, which I’ll cover in this section as well.

	Ports ''ether3'' through ''ether5'' have been added to a bridge named ''cghmn-lan'' in the '''Bridge''' menu.[[File:Step 3 - Bridge menu.png~~\|thumb\|172x172px~~\|RouterOS Bridge menu\|none]]		Ports ''ether3'' through ''ether5'' have been added to a bridge named ''cghmn-lan'' in the '''Bridge''' menu.[[File:Step 3 - Bridge menu.png\|RouterOS Bridge menu\|none\|frame]]
	[[File:Step 3 - Bridge Ports menu.png\|thumb\|~~243x243px~~\|RouterOS Bridge Ports menu\|none]]		[[File:Step 3 - Bridge Ports menu.png\|thumb\|407x407px\|RouterOS Bridge Ports menu\|none]]

	In the '''IP > Addresses''' menu, create a new IP address in your routed subnet for the router to use with the bridge interface. I (PancakePuppy) have the 100.68.209.0/24 subnet and I’m going to use the first available address for my router. T his is arbitrary – it can be any address that isn’t network (.0) or broadcast (.255).		In the '''IP > Addresses''' menu, create a new IP address in your routed subnet for the router to use with the bridge interface. I (PancakePuppy) have the 100.68.209.0/24 subnet and I’m going to use the first available address for my router. T his is arbitrary – it can be any address that isn’t network (.0) or broadcast (.255).
	[[File:Step 3 - IP Addresses menu.png\|thumb\|~~306x306px~~\|RouterOS IP Addresses menu\|none]]		[[File:Step 3 - IP Addresses menu.png\|thumb\|538x538px\|RouterOS IP Addresses menu\|none]]

	Let’s set up the DHCP Server to dynamically configure our hosts. With a protocol. First, open the '''IP > Pool''' menu and create a new pool. I’ve made a pool which covers the full remainder of my routed subnet, but you may want to leave some room for statically configured devices.[[File:Step 3 - IP Pool menu.png\|thumb\|~~306x306px~~\|RouterOS IP Pool ~~menu\|none]]~~		Let’s set up the DHCP Server to dynamically configure our hosts. With a protocol. First, open the '''IP > Pool''' menu and create a new pool. I’ve made a pool which covers the full remainder of my routed subnet, but you may want to leave some room for statically configured devices.[[File:Step 3 - IP Pool menu.png\|thumb\|462x462px\|RouterOS IP Pool menu\|none]]

	Open the '''IP > DHCP Server''' menu and go to the '''Networks''' tab. Create a new network and enter your routed subnet in the Address field, your router IP in Gateway, and whichever DNS servers you wish your hosts to use. I used the CGHMN Core DNS servers. Configure the other options to your preference.[[File:Step 3 - DHCP Networks menu.png\|thumb\|403x403px\|RouterOS DHCP Server Networks menu\|none]]



	In the '''DHCP''' tab, create a new DHCP server on your routed subnet interface and select the Address Pool we created earlier. With this created, hosts you connect to the specified interface will receive IP addresses, domain name services, and know where to send packets that want to escape the subnet.[[File:Step 3 - DHCP Server menu.png\|thumb\|317x317px\|RouterOS DHCP Server menu\|none]]



	~~You can view DHCP leases assigned by the server and create reservations in the '''Leases''' tab.[[File:Step 3 - DHCP Leases menu.png\|thumb\|476x476px\|RouterOS DHCP Leases~~ menu\|none]]

			Open the '''IP > DHCP Server''' menu and go to the '''Networks''' tab. Create a new network and enter your routed subnet in the Address field, your router IP in Gateway, and whichever DNS servers you wish your hosts to use. I used the CGHMN Core DNS servers. Configure the other options to your preference.[[File:Step 3 - DHCP Networks menu.png\|thumb\|563x563px\|RouterOS DHCP Server Networks menu\|none]]

			In the '''DHCP''' tab, create a new DHCP server on your routed subnet interface and select the Address Pool we created earlier. With this created, hosts you connect to the specified interface will receive IP addresses, domain name services, and know where to send packets that want to escape the subnet.[[File:Step 3 - DHCP Server menu.png\|thumb\|672x672px\|RouterOS DHCP Server menu\|none]]

			You can view DHCP leases assigned by the server and create reservations in the '''Leases''' tab.[[File:Step 3 - DHCP Leases menu.png\|thumb\|1074x1074px\|RouterOS DHCP Leases menu\|none]]
	=== Add Routes ===		=== Add Routes ===
	At this point, if a host sends the router a packet destined for a CGHMN address outside your subnet, it will be dropped. We need to add a few static routes so our router knows where to send CGHMN traffic.		At this point, if a host sends the router a packet destined for a CGHMN address outside your subnet, it will be dropped. We need to add a few static routes so our router knows where to send CGHMN traffic.

	Open the '''IP > Routes''' menu. You should see a few entries in the routing table already with a '''D''' flag, indicating they were dynamically (automatically) added for us. We will create 3 new routes using the Allowed IPs list to guide us and set Gateway Interface to the WireGuard interface from Step 2, ''wg1'' in this case.[[File:Step 4 - Add Routes.png\|thumb\|~~715x715px~~\|RouterOS IP Routes menu\|none]]		Open the '''IP > Routes''' menu. You should see a few entries in the routing table already with a '''D''' flag, indicating they were dynamically (automatically) added for us. We will create 3 new routes using the Allowed IPs list to guide us and set Gateway Interface to the WireGuard interface from Step 2, ''wg1'' in this case.[[File:Step 4 - Add Routes.png\|thumb\|784x784px\|RouterOS IP Routes menu\|none]]

	=== Add Firewall Rules ===		=== Add Firewall Rules ===
	While it may not be absolutely necessary, I like to have a few basic firewall rules for allowing incoming pings, related and established connections, and blocking everything else. I also want a rule to drop packets arriving from the tunnel interface with a destination address on my home network. I can’t imagine that happening but I’ll cover the possibility anyways.		While it may not be absolutely necessary, I like to have a few basic firewall rules for allowing incoming pings, related and established connections, and blocking everything else. I also want a rule to drop packets arriving from the tunnel interface with a destination address on my home network. I can’t imagine that happening but I’ll cover the possibility anyways.
	[[File:Step 5 - Add Firewall Rules.png\|thumb\|~~787x787px~~\|RouterOS Firewall Rules menu\|none]]		[[File:Step 5 - Add Firewall Rules.png\|thumb\|1121x1121px\|RouterOS Firewall Rules menu\|none]]


	Rules are evaluated in ascending numerical order, so make sure your final “deny everything else” rule comes last. Besides just allowing or denying traffic, firewall rules can also be used to log, create address lists, or tarpit connections. Experimenting is part of the fun!		Rules are evaluated in ascending numerical order, so make sure your final “deny everything else” rule comes last. Besides just allowing or denying traffic, firewall rules can also be used to log, create address lists, or tarpit connections. Experimenting is part of the fun!