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Поскольку Yggdrasil поддерживает обычный TCP (tcp://-пиры) и WS://, нет гарантии сетевого шифрования, поэтому вам потребуется шифрование приложений. Для этого можно также использовать самоподписанные сертификаты — это самый быстрый способ обеспечить работоспособность.

The only way is to peer to other node only over other anonymous network like TOR and I2P, but even that can reveal information about you if you not set up a firewall, because an eve can test for applications running on ports of your ygg address.

You can add static IPv6 addresses on 300::/8 range on you network/interfaces, then you have the addresses.
Now you use docker containers to run the many sites, for each container, in docker run you can specify bind address:

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docker run -p [ipv6]:80:80 ... so the container will expose port 80 for specific ipv6 address, you can use as many as you want. To avoid port conflict, ensure that there is no application on port 80 of host machine

I created my instance of that, not exactly same but works:

http://[227:bc24:9a82:e290:7f4a:f992:2ef6:5b34]:8008/

If you ssh to a server running Yggdrasil, you can use -D1080 flag in ssh to specify a ssh tunnel to do dynamic connections to the server. It is exactly how a socks5 protocol (without authentication) works, so the Firefox will access yggdrasil sites though this proxy.

you need to add a DNS server address that serves .ygg domains, like the ones listed in services page.
You can test using dig (Linux)
The command from package dnsutils:

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dig @324:71e:281a:9ed3::53 website.yggreturns a record SOA    ns.alfis.name. ... meaning it serves .ygg domains

I use to get a public-like IPv6, bypassing NAT and firewalls in a fashion way, also it is easy to install and configure (unlike TOR and I2P, that is needed to create one address for each program).

It is like a free and public VPN to access my machines.