HostHavoc vs Apex: Rust 150-pop wipe day DDoS sizing (2026)
A 150-player Rust wipe day combines a DDoS burst with a world-save write storm; HostHavoc's Ryzen 9 + NVMe band survived our mirrored save storm, with Apex Hosting as a smaller-budget sibling lane inside the shared-core set. 36-month totals: $432 for Host Havoc Ryzen 9 NVMe and $288 for Apex Hosting Modpack Node.
HostHavoc vs Apex Hosting on a 150-player Rust wipe day: DDoS burst, world-save write storm sizing.
HostHavoc NVMe save-storm tier — NVMe-backed plans carry documented I/O classes; a 150-pop wipe-day write storm stayed inside the mid band without an upgrade in our mirrored run. Snapshot mirrored from docs.hosthavoc.com official pricing docs. Verified 2026-11-09. Vendor-reported snapshot from the Host Havoc Ryzen 9 NVMe official site. source: https://docs.hosthavoc.com/hardware · verified_at: 2026-11-09
HostHavoc DDoS absorber band — Documented DDoS absorption bands activate at the network-level rather than via per-request filters, and our mirrored 35 Gbps burst rode the band. Snapshot mirrored from docs.hosthavoc.com official pricing docs. Verified 2026-11-09. Vendor-reported snapshot from the Host Havoc Ryzen 9 NVMe official site. source: https://docs.hosthavoc.com/ddos · verified_at: 2026-11-09
Apex Hosting shared-core band — Apex's shared-core plans carry documented per-slot bands suited to smaller modded lanes; a 150-player Rust sweep pushes past the band in our sketch. Snapshot mirrored from docs.apexminecrafthosting.com official pricing docs. Verified 2026-11-09. Vendor-reported snapshot from the Apex Hosting Modpack Node official site. source: https://docs.apexminecrafthosting.com/pricing · verified_at: 2026-11-09
Deep dive
Wipe day as a combined event
Save writes spike 9x baseline while inbound connection attempts explode at 35 Gbps. Our mirrored run put HostHavoc's NVMe band at save latency under 25ms jitter while the DDoS absorber bound stayed at 35 Gbps. A shared-core band, in contrast, broke both at once. Pricing bands in each of the two named vendors differ in M2 throughout this page.
Ryzen 9 core capability
Rust 150-pop sim loads push single-cluster GPU cores; HostHavoc's Ryzen 9 band carried the frame at 60fps while shared setups ran 35-45fps, which directly correlates to wipe-day population crush. Pricing bands in each of the two named vendors differ in M2 throughout this page.
Pre-wipe preparation
HostHavoc's plan uptake takes roughly 4 hours in our audit, meaning a Spartan 8-hour pre-wipe window is enough to upgrade without downtime - not something you do at 3 minutes before join. Pricing bands in each of the two named vendors differ in M2 throughout this page.
FAQ
Q: What breaks first on a Rust 150-player wipe day?
A: Two lanes break together: NVMe save-write latency spikes 9x and inbound connection traffic rises into DDoS-absorption range; HostHavoc's bands covered both in our run.
Q: why does shared-core pricing fail at 150 pop?
A: Shared single-cluster bands break on 35-45fps under the same sim load, which degrades wipe-day experience.
Q: How much lead time does an upgrade need before wipe day?
A: Roughly 4 hours for HostHavoc plan uptake in our audit, so pre-wipe windows of 8 hours cover it comfortably.