Building and testing the IPv8 Internet-Draft in Linux Kernel
GoonHost is a VPS provider offering instant QEMU/KVM virtual servers with native IPv6, automated rDNS delegation, Telegram CryptoBot payments, and micro-hourly billing. It serves users who need flexible hosting with crypto payment integration and precise usage-based pricing.
The GoonHost engineering team is also deeply involved in advanced networking standards. They implemented the entire IPv8 Internet-Draft (draft-thain-ipv8-02) from scratch, building the complete protocol stack from Linux kernel code (AF_INET8) up to user-space applications, and deployed it on a distributed 10-node multi-AS QEMU testbed to validate its real-world behavior.
Deploy virtual servers instantly using the QEMU/KVM hypervisor stack.
Every virtual server comes equipped with native IPv6 connectivity.
Reverse DNS records are managed automatically through the platform.
Payments are handled natively through Telegram's CryptoBot integration.
Billing is calculated on a micro-hourly basis for fine-grained usage tracking and cost control.
Full implementation of the IPv8 protocol, including AF_INET8 (TCP8, UDP8, RAW8), in Linux Kernel 6.6 with supporting code in Musl Libc, iproute2, FRRouting (BGP8), and a Go-based Zone Server.
Tested on a 10-node QEMU environment spanning 4 autonomous systems (AS 64496-64499) loaded with 112,000+ active FIB routes, achieving sub-millisecond lookup latency.
Provides custom Nginx and cURL builds capable of serving and requesting HTTP over 64-bit IPv8 endpoints (e.g., http://64497.20.0.0.254/).
It is a complete implementation of the draft-thain-ipv8-02 Internet-Draft, covering the Linux kernel (AF_INET8), Musl Libc (sockaddr_in8), iproute2, FRRouting (BGP8), and a Go-based Zone Server implementing all 10 sub-protocols.
According to the provided page content, GoonHost supports payments via Telegram CryptoBot. No other payment methods are listed.
The blog identifies path MTU blackholing (requiring MSS clamping to 1452 bytes), asymmetric uRPF drops for multi-homed networks, legacy switch ASICs punting traffic to the CPU slow-path, and the monolithic Zone Server acting as a single point of failure for DDoS attacks.
Yes, the entire implementation is open-source and released across GitLab repositories for Linux Kernel 6.6, Musl Libc, iproute2, FRRouting, the Go Zone Server, Nginx, and cURL.
The billing model is micro-hourly, allowing users to pay for exact usage time rather than fixed monthly packages.