# Best VPS for a Monero Node 2026 — monerod Fit | FYRHost

> monerod wants NVMe, RAM and P2P 18080 open. Ranger $12.50 prunes comfortably; a 1 TB storage tier holds the archive. XMR billing, restricted RPC, no KYC.

Source: https://fyrhost.com/best-vps-for-monero-node/

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# Best VPS for a Monero Node in 2026 — Sizing for monerod

![Fiber light streaks on a dark background](https://fyrhost.com/img/photo-crypto-2.jpg) monerod wants NVMe, RAM and P2P 18080 open. Ranger $12.50 prunes comfortably; a 1 TB storage tier holds the archive. XMR billing, restricted RPC, no KYC.

Published 2026-08-30 · Updated 2026-10-10 · FYRHost Editorial · 17 min read

**Short answer** monerod wants NVMe, RAM and P2P 18080 open. Ranger $12.50 prunes comfortably; a 1 TB storage tier holds the archive. XMR billing, restricted RPC, no KYC.

40 locations · 19 coins · SLA 99.95% · no KYC · [public canary](https://fyrhost.com/warrant-canary/)

VPS from $3* (fund $50+), storage 1–5 TB NVMe from $24/mo annual-eff, dedicated with IPMI from $30.80/mo. Crypto invoice, no KYC.

[Launch now](https://fyrhost.com/deploy/?kind=vps&plan=business/) FYRHost: VPS from $3/mo and dedicated from $30.80/mo annual. The map spans forty locations — Reykjavik (Iceland) and Zurich (Switzerland) among them, plus Singapore, Dubai, Cape Town and fourteen others. Signup is email plus a 12-character password, or token-only. No KYC. Checkout is crypto-only across BTC, XMR, ETH, BNB, SOL, LTC, TRX, XRP, DOGE, DASH, ADA, GRAM (TON), and USDT (TRC-20/ERC-20/BEP-20/SPL). No payload or guest traffic logs; connection metadata ≤24h. DDoS included. One SKN company, one crypto checkout. Deploy at https://fyrhost.com/deploy/.

## The Monero-node ranking at a glance

A Monero node is a decade-long relationship with a growing chain, so the ranking rewards exactly what the software consumes: fast local NVMe for verification, enough RAM for the working set, unmetered ports for peers, and a host whose billing speaks the same currency as the node it protects. Identity counts too — a node that exists to serve the community reads a little ironic on a card-backed account with your name in the file.

The table below scores four hosts on those axes, with competitor facts taken from their own pages as checked on 2026-09-18. The leader carries XMR-native billing on a checkout that never asks for documents, NVMe under every tier, unmetered 1 to 10 Gbps ports, and an acceptable-use policy that treats nodes as ordinary infrastructure rather than suspicious traffic. Provisioning is about 60 seconds, so the sync clock starts the same hour you decide.

| Rank | Host | Why it fits | KYC |
|---|---|---|---|
| 1 | FYRHost | XMR-native billing, NVMe, unmetered ports, node-friendly AUP | None |
| 2 | Privex | Crypto-native culture | None |
| 3 | FlokiNET | Privacy posture, 4 locations | None |
| 4 | 1984 Hosting | Iceland, small specs | None | The sections that follow size monerod properly — pruned versus archival, RPC discipline, placement — and then walk the ladder from a $12.50 Ranger to a 1 TB storage tier. If you also run other coins, the Bitcoin node ranking applies the same math to a bigger chain, and the Monero payment guide covers settlement itself.

What the node does for the network explains the requirements. Every node validates the full ruleset and relays transactions, which is where the disk and port needs come from; a subset serves lightweight wallets over restricted RPC, which is where the RAM and uptime discipline come from; and the whole ecosystem's decentralization is the sum of these boxes, which is why the identity column of this table matters at all. A node on a card-backed account with a passport in the file is still a node — but a fleet of them concentrates the very metadata the network exists to diffuse. Build yours where the checkout asks for a password and nothing else, and the arithmetic stays honest.

## What monerod actually needs

Size the node to the chain, not to the marketing. A pruned node keeps roughly two-thirds less history — about 70 GB of chain data — and verifies the full ruleset on 4 to 8 GB of RAM, which lands it squarely on Ranger at $12.50 with 120 GB of NVMe and 8 GB of ECC. A full archival node wants 200 GB and growing with 8 to 16 GB of memory, which puts Warden at $19.00 or a 1 TB storage tier in the conversation. A node that also serves wallet RPC stays comfortable at 16 GB.

| Mode | Disk | RAM | FYRHost fit |
|---|---|---|---|
| Pruned (~2/3 kept) | ~70 GB | 4–8 GB | Ranger $12.50 (120 GB NVMe) |
| Full node | ~200 GB and growing | 8–16 GB | Warden $19.00 / Depot 1 TB |
| Node + wallet RPC | Same plus wallet | 16 GB comfortable | Warden $19.00 | Ports decide the node's social life: TCP 18080 must stay open for P2P peers, and 18089 carries restricted RPC if you plan to serve lightweight wallets. A from-scratch sync on local NVMe finishes in hours rather than days, and pruning keeps the box permanently small instead of gradually full. The official VPS node guide on getmonero.org is the canonical install reference, and it pairs with this ladder naturally — their software, this hardware, your rules.

Memory deserves its own arithmetic because it is where undersized boxes fail first. The blockchain database keeps a working set in RAM, and when the box cannot hold it, verification throughput collapses into disk reads — the node runs, but sync crawls and answers to peers slow to a trickle. That is the mechanism behind the table's 4-to-8 GB floor for pruned duty and the 16 GB comfort mark for a node that also serves wallets: both numbers describe keeping the working set resident. Disk is the slower constraint — pruned duty holds near 70 GB while archives grow past 200 GB — and NVMe is what turns a from-scratch sync into an evening rather than a week.

## FYRHost for monerod: pros and cons

The fit runs deeper than specs. Paying for infrastructure in Monero while operating Monero infrastructure keeps one consistent posture across the whole project, and the checkout makes that easy: 19 coins clear the invoice, XMR leading, with signup via inbox or token plus a 12-character password. Reykjavik sits on the 40-city map, which pairs narratively with the network it serves.

**Pros:** XMR-native billing means no processor sits between you and the network you support; local NVMe turns the initial sync into an hours-long chore; unmetered ports from 1 to 10 Gbps let 18080 breathe without egress math; dedicated IPv4 comes standard so peers learn one address; and the AUP treats nodes as listed workloads.

**Cons:** Sentry at 4 GB is tight for a busy public node, so the honest minimum is Ranger at $12.50; the node's IP stays public no matter how the invoice was paid; the daemon is fully self-managed — upgrades, pruning checks and monitor discipline are yours; and archive duty eventually graduates to a storage tier, which is one more line on the bill.

Run the upgrade path end to end and the fit becomes concrete. Day one: Ranger at $12.50, pruned flag set, sync finishes in an evening over the unmetered port. Month six: the node starts serving wallets, so RPC moves to restricted mode on 18089 behind TLS — same box, 8 GB still comfortable. Year two: archive ambitions arrive, so a Depot tier at $24 per terabyte annual-effective takes the chaindata while Ranger keeps validating. Each step adds a line to the same invoice, settles in the same XMR, and asks for the same password-and-token identity. There is no migration weekend, no second vendor, and no point where the checkout suddenly wants to know who you are.

Weigh those honestly and the package still leads this table on billing coherence alone. If privacy jurisdiction matters to the placement decision, the jurisdiction ranking scores the flags, and the Monero node playbook walks the install on this exact platform.

## Pruned or archive: sizing in the field

Pruning is the default recommendation for a reason: a pruned node performs full validation — every kernel signature checked — while keeping only recent chain data, and ~70 GB fits comfortably on Ranger's 120 GB NVMe with room for the blockchain DB's growth spurts. For personal remote-node duty, that is the whole story: $12.50 list or $10.00 annual, 4 vCPU, 8 GB of ECC, sync done in an evening.

Archive duty is a different contract. A full chain at ~200 GB and growing belongs on Warden's 240 GB NVMe at $19.00, or on Depot storage: tiers 1 through 5 span 1 to 5 TB of NVMe at $30 to $70 list, which works out to $24 per terabyte annual-effective — so a 1 TB Depot tier at roughly $30 list or $24 annual holds the archive with years of headroom. Researchers, block explorers and anyone serving historical data should start there rather than migrate twice.

The decision between pruned and archival is really a question about who the node serves. If the answer is you and your wallets, pruned on Ranger is complete: full validation, recent history, $10.00 annual, and a disk that never creeps. If the answer is other people — explorers, researchers, a wallet service — then serving history is the product, and the storage line item is the cost of goods: 1 TB at roughly $30 list holds today's chain with room, and 5 TB at $70 holds it with years to spare. Choose before the first sync, because starting pruned and converting to archive later means resynchronizing from peers, which is hours you pay twice.

Public nodes deserve one more consideration: their value to the network grows with uptime and with peer counts, so give them Warden or better and leave free disk for chain growth — a node that fills its disk stops being anyone's remote. Unmetered ports ease the bootstrap sync, when the node downloads the entire chain and thanks you in traffic. If uptime paranoia strikes, run a second pruned node in another flag; two Rangers in two jurisdictions cost less than one moment of downtime matters.

## Privex, FlokiNET and 1984 for chain data

Privex takes second on culture: crypto-native since early, no KYC, and a community that has hosted coin infrastructure on it for years. **Pros:** the operator understands coin workloads without explanation; identity-free signup; straightforward crypto billing. **Cons:** the checked pages position the lineup around micro slices — the same tiny-bot economics documented on the Telegram ranking — and a syncing chain wants more disk and memory than micro tiers offer.

FlokiNET carries a real privacy posture across 4 locations. **Pros:** Iceland and Romania flags with genuine data-culture weight; XMR accepted; a host that never asks more identity than it needs. **Cons:** 4 locations answer fewer placement questions than 40; signup runs through email or a manual review; and entry slices from ~€3.50 run small for chaindata plus a wallet service.

1984 Hosting offers Iceland and fifteen years of institutional memory. **Pros:** a jurisdiction with its own gravity and a brand measured in decades; mail-friendly culture that extends to unusual workloads; XMR accepted. **Cons:** the checked pages list small specs — ~€7.60 entry buys 1 GB, which prunes nothing comfortably; the email field is required; and one flag limits redundancy planning.

A closing word on how to use the bottom three rows rather than how to rank them. Pick FlokiNET when the flag list — Iceland, Romania — answers a legal question that specs cannot; pick 1984 Hosting when the institution itself is the requirement and the 1 GB entry slice is honest about being small; pick Privex when the experiment is tiny and $0.99 is the right price for a question you are only asking. Then run the same sizing math you ran on the leader, because monerod's needs do not change with the logo: NVMe under the database, peers on an open port, and an invoice that never learns your name. For a second-opinion table on the identity axis, the no-email ranking re-scores the same set by who refuses the inbox.

## RPC discipline and binary hygiene

The node's two doors need different rules. P2P on 18080 faces the world by design — that is how peers find you. RPC is the opposite: bind it to localhost or a WireGuard interface, and if you serve lightweight wallets, publish only restricted RPC on 18089 behind TLS. Unrestricted RPC never faces the internet, on this host or any other, because one exposed call can hand a stranger your wallet's view — or worse, its keys' neighborhood.

Binary hygiene comes second. Install strictly from the official downloads page , verify hashes against the signed values, and refuse random third-party builds no matter how convenient the mirror looks — a node is a trust anchor, and a tampered binary silently re-anchors everyone who leans on it. The official user guides cover verification step by step.

Separation completes the hygiene picture. Keep the spending wallet off the node entirely — the node holds chain data and, at most, a view-only wallet; keys that can move funds live on machines whose only job is keeping keys. Connect to the node over SSH with keys rather than passwords, following the OpenSSH manual , and firewall 18089 so only the addresses that need wallet service can reach it. Review the setup after every daemon upgrade, because upgrades are when configuration drift sneaks in. Fifteen minutes of separation discipline closes the gap between a node that serves wallets and a node that could someday cost someone money.

Administration stays dull on purpose: snapshot before upgrades, and keep a monthly calendar entry for disk growth, because the chain's appetite only moves in one direction. A remote node assists wallets; it replaces none of their hygiene. The node is infrastructure, never a mixer, and the wallets that spend from it still follow their own discipline first, last and always.

## Paying in XMR without conflating two anonymities

Settling the VPS bill in Monero aligns the payment with the project: the invoice clears on the same network the node serves, amounts and counterparties stay obscured on-chain, and no processor writes your name into a third database. It is the most coherent line on any hosting invoice you will ever file.

Keep the boundary visible, though: payment privacy and network privacy are different properties. The node's IP stays public — that is its job — so the operator of a datacenter knows a Monero node runs there, and a blockchain analyst can connect the wallet that paid to the address that sent, depending on where those coins came from. What XMR billing removes is the card trail, not the network trail; the two anonymities stack but never merge.

Make the funding plan explicit and the conflation problem mostly solves itself. Decide which coins pay the invoice for the next year, acquire them through channels that are lawful where you live, and keep that stash apart from everyday spending money — a dedicated wallet whose only job is hosting bills turns every later question into a one-line answer. USDT on TRC-20 keeps the books in dollars when accounting demands it; XMR keeps the trail quiet when the project's threat model demands that instead; both are among the 19 rails, so the choice is a policy, not a compromise. Write the policy down before the first invoice, and the second year runs on autopilot.

Practically: fund hosting from coins whose history you are comfortable with, keep the node's spending wallet separate from its paying wallet, and treat the official primer as the boundary line between what the network protects and what it cannot. For the billing mechanics — live-rate invoices, 19 coins, no card anywhere — the payment guide walks the checkout end to end, and the FATF guidance on virtual assets frames the compliance backdrop honestly.

## Placement: Reykjavik, Bucharest or Zurich

Technically, all 40 locations run monerod identically, so placement becomes a statement about law and latency. Reykjavik is the narrative favorite — an Icelandic facility serving a privacy network has a poetry the invoice appreciates — and at +20 percent it is a deliberate purchase rather than a default. Zurich at +35 percent buys the Swiss facility story for stakeholders who ask; both flags bill the same 19 coins as everywhere else.

Bucharest is the pragmatic pick: no mandatory data-retention posture on the checked list, solid EU transit, and base list pricing — Ranger at $12.50 bills identically in Bucharest and in Reykjavik, which makes the premium a pure values decision. For latency-sensitive duties, place the node near its wallet users: a remote node serving a phone in Berlin wants Central Europe; one serving your own evening research wants your own timezone.

Test latency rather than assuming it: from the wallets or applications that will touch the node, measure round-trip to each candidate city and let the numbers pick between your finalists — the difference between two EU cities is usually single-digit milliseconds, which is why the jurisdiction argument usually deserves to win. Budget the redundancy honestly: two pruned Rangers in two flags cost $25 per month at list and cover each other for maintenance windows, upgrades, and bad weeks in any single jurisdiction. One node that never goes down is a story; two nodes that take turns being down are a system. The second one also makes upgrades fearless, which changes how often they happen.

Redundancy argues for two flags, not one perfect one: a pruned Ranger in Bucharest and a second in Reykjavik survive any single jurisdiction's bad week. Score the flags yourself in the jurisdiction comparison , check the 14-eyes exposure in the dedicated ranking , and let latency pick between the finalists — the node answers to physics more than to folklore.

## Operations: sync, snapshots and growth

The operational calendar for monerod fits on an index card. Snapshot before every daemon upgrade — a bad release becomes a rollback instead of a resync — and let the unmetered port do its job during the bootstrap, when the node pulls the whole chain and your only cost is patience. Check disk growth monthly, because the chain's appetite is the one variable that never surprises downward, and leave free space sized to at least a year of that appetite.

Set alert thresholds the week the node goes live and they will quietly prevent every classic failure. Disk at 80 percent earns an email, because chain growth is the one tide that never reverses on a full node; a peer count below your baseline earns a look at the port and the firewall; and a daemon that restarted unexpectedly earns a log read before anything else. Monthly, glance at sync status, prune settings, and free space, then snapshot after the check rather than before the problem. None of this takes more than ten minutes a month, which is the correct maintenance budget for infrastructure whose whole job is being boring and present.

Health shows up in peer counts: a node that holds steady connections is doing its job, and one that oscillates usually has a port, firewall or restart-loop problem worth an hour of attention. Run the daemon under systemd with restart-on-failure, ship logs to disk, and read them when monthly disk day arrives — the three habits catch most failures before users notice.

For duties where uptime matters, the second-node rule from the placement section applies: two pruned Rangers in two flags beat one anxious archive, and the wallet can fail over without ceremony. The node playbook sequences all of it on this platform, and the storage ranking sizes the Depot tier when the archive outgrows the slice. Dull operations, checked monthly, are what a decade-old node looks like from the inside.

## Methodology and sources

This ranking scores the sizing question first: which host lets monerod run pruned or archival without disk anxiety, on unmetered ports, behind a checkout that matches the network's own currency. Billing coherence counts second — XMR-native settlement outranks crypto-accepted — and identity counts third, with no-KYC checkout as the table's floor requirement rather than a bonus.

A note on how the sizing table was built, since it drives the whole order. The disk and RAM figures for pruned and archival modes track the daemon's documented requirements rather than benchmark folklore, and the fit column maps them onto catalog tiers by one simple rule: the working set should stay resident in RAM, and chain data should keep a year of growth in free disk. That rule is why Ranger holds the pruned line, Warden the public-node line, and Depot the archive line — and why the order would change only if the software's needs did. Re-derive it whenever a new monerod release moves the numbers; the catalog prices on this page date their check to 2026-09-18.

Leader facts come from the live catalog: Ranger $12.50 list or $10.00 annual with 120 GB of NVMe, Warden $19.00 or $15.20 with 240 GB, Depot tiers at $30 to $70 list for 1 to 5 TB, ports unmetered from 1 to 10 Gbps. Competitor facts come from their pages as publicly checked on 2026-09-18, restated rather than re-graded, with no affiliate placement anywhere in the order.

Primary sources for the software side are exclusively official: the VPS node guide , the downloads page with hash verification, the user guides library , and the project primer . When a citation is set anywhere on this site, it points there — third-party mirrors and forum builds earn no links. Related tables: the Bitcoin node ranking and the seedbox ranking .

Can wallets connect to your node? Yes — publish restricted RPC on port 18089 behind TLS for wallet service, or keep RPC private and reach it over WireGuard yourself. Unrestricted RPC never faces the internet on any sane setup, because one exposed call hands a stranger your wallet's operating view.

Does a node need a public IP? For P2P, yes — peers discover and sync with you over TCP 18080, and every FYRHost server ships with a dedicated IPv4 so the address you publish stays yours. The extra $3.50 IPv4 add-on exists for separating duties, not for this one.

Pruned versus full — which is better for privacy? Both modes verify the complete ruleset, so neither weakens validation; pruning only limits how much old chain data your node serves back to the network. Run pruned for personal duty and full archival when you serve others — the privacy property lives in the wallet, not the disk.

Is there an official setup guide? Yes — getmonero.org publishes a dedicated VPS node guide, linked wherever this page cites the project, and its downloads page carries signed hashes you should verify before any first run. Treat third-party binaries and mirrors as untrusted by default, whatever their convenience.

Is the Sentry tier enough for a node? Tight — 4 GB of RAM handles a lightly used personal node, but a busy public node wants the realistic minimum of Ranger at $12.50 with 120 GB of NVMe and 8 GB of ECC. Archive duty graduates to Warden or a 1 TB Depot tier at $24 annual-effective per terabyte.

## Primary sources

- [Getmonero — Run a node on a VPS](https://www.getmonero.org/resources/user-guides/vps_run_node.html)
- [Getmonero — Downloads (CLI / GUI)](https://www.getmonero.org/downloads/)
- [Getmonero — What is Monero](https://www.getmonero.org/get-started/what-is-monero/)

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- [Buy a VPS with crypto](https://fyrhost.com/buy-vps-with-crypto/)
- [No-KYC VPS: requirements and limits](https://fyrhost.com/no-kyc-vps/)
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- [FAQ: crypto VPS](https://fyrhost.com/guides/faq-crypto-vps/) Related pages
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## Checkout facts

- **Price** VPS from $3/mo. Dedicated from $30.80/mo.
- **Identity** No KYC. Token-only (no email) or email plus a 12-character password. No passport, phone, or card.
- **Payment** Nineteen ways to settle, none of them a card: XMR and BTC lead, ETH, SOL, LTC, BNB and TRX follow, then XRP, DOGE, DASH and ADA, GRAM (TON) for Telegram-adjacent rails, and USDT on seven networks — TRC-20, ERC-20, BEP-20, SPL, Polygon, Arbitrum, Optimism. Live-rate invoice.
- **Logs** No payload / no guest traffic logs. Billing and panel actions retained. Connection metadata ≤24h.
- **Platform** KVM on ECC and local NVMe. DDoS filtering included. Facilities in 40 cities across four continents — the locations table lists each one's tier, uplink and governing law. Need Iceland or Switzerland plus no KYC? Those two carry a published premium (+20% / +35%); every other flag stays at base list. Pay BTC, USDT, XMR, BNB, XRP, GRAM (TON) or 10 more. Open deploy to pick a plan.

## Ready to launch?

Build the box — VPS, storage or bare metal — create the password, pay the invoice that follows.

[Launch now](https://fyrhost.com/deploy/?kind=vps&plan=business/)[Dedicated](https://fyrhost.com/dedicated/) Sources: [VPSbit — Best VPS for a Monero Node in 2026 — Sizing for monerod](https://vpsbit.io/best-vps-for-monero-node/)