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A privacy VPS you can verify, not one you have to trust.

Every page that ranks for "privacy VPS" sells the same three things: no ID at signup, crypto payment, and a promise not to log. They matter, and Blackbox has all three. It also removes the operator's ability to read the machine at all: memory encrypted by the CPU, no command channel into the guest, a disk key we never hold, and a boot chain you measure yourself. Each of those is a fact you can check from inside your own VM, from $9.99 a month.

No KYC, no email AMD SEV-SNP memory LUKS2, your key only No guest agent Measured boot Crypto, card or cash Owned hardware, Montreal Tor and I2P mirrors

Four layers, all of them removed rather than promised

Identity01

A 32-character credential is the whole account. No email, phone, name or verification, at any order size.

Machine02

Guest RAM is ciphertext to the hypervisor, there is no agent port, and the disk passphrase is typed by you, over SSH, into an initramfs.

Records03

Access logs go to /dev/null. No analytics, no trackers, no console transcript unless you turn it on. Warrant canary, Tor and I2P mirrors.

Boot chain04

Kernel, initramfs and command line come from a reproducible release and are part of the CPU-signed measurement you verify before typing anything.

What a privacy VPS has to protect you from

Five ways a hosting provider learns about you. A real privacy VPS answers all five.
Your identity at signup01

Most hosts want an email at minimum, many want a name, some want a scan of your passport once the order is large enough. Servury asks for nothing. The credential you are handed at signup is the account; there is no field to fill in. This is the cheapest layer to get right, and it is the only one most "privacy" hosting actually delivers.

The host reading your machine02

On an ordinary VPS the operator can dump your RAM from the hypervisor, run commands as root through the guest agent, and mount your disk from the host while the machine is off. Blackbox removes all three: AMD SEV-SNP encrypts memory with a key the hypervisor never sees and the guest policy forbids the debug path; the virtio-serial device an agent would need is not on the QEMU command line; and the root partition is LUKS2 with a passphrase that exists only in your head and in the guest's encrypted memory.

The provider's records03

A no-logs promise is only as good as the configuration behind it. Ours is public: the web server's access log is /dev/null, the site sets Referrer-Policy: no-referrer, there are no analytics, the hypervisor does not keep your console output unless you ask it to, and old notifications are pruned. A PGP-signed warrant canary says whether that is still true.

The payment trail04

Crypto arrives on nodes we operate, one fresh address per invoice, with no payment processor in between to keep its own records. Cash in any currency can be mailed with your account id. Cards go through Stripe with no metadata attached, for people whose threat model does not include their bank.

The boot chain05

Disk encryption on a VPS has a quiet hole: the initramfs that asks for your passphrase sits on an unencrypted /boot the host can rewrite. Measured boot closes it. The firmware, kernel, initramfs and the command line carrying your SSH key come from a published, reproducible release, and they are folded into the SEV-SNP launch measurement. You recompute that number yourself and compare it with the report the CPU signs, before you type a passphrase.

Promise versus capability

Read the privacy pages of the well-known providers and a pattern appears: the privacy is a policy. "We do not log", "we do not ask for ID", "we will not hand over data without a court order". Policies can be changed, ignored under pressure, or contradicted by another page on the same site. A capability that has been removed cannot. Every cell below comes from the provider's own public pages, read on the date given; the quotes are collected on the in their own words page.

ProviderIdentity at signupMemory encryption advertisedVisitor IP logging, in their own wordsEntity and law
Servury BlackboxNone. A generated credential.Yes: AMD SEV-SNP, debug disallowed, attestation and measured boot, on every machine"Apache access logs are piped to /dev/null" (privacy policy; the directive is public)Montreal, Canada (PIPEDA)
VPSBGNot stated on the feature pageYes: SEV-SNP with measured boot, offered free (16 Sep 2026)Not stated on the feature pageVPS.BG Ltd., Bulgaria
CloudzyEmail (16 Sep 2026)Not mentioned (16 Sep 2026)Keeps the "minimum infrastructure logs needed to bill, secure, and operate" (16 Sep 2026)Dubai; responds to requests under UAE law
FlokiNET"a functioning email address" (16 Sep 2026)Not mentioned (16 Sep 2026)"FlokiNET collects and logs your IP address, the time and duration of your visit" (privacy policy, 5 Sep 2026)FlokiNET ehf, Iceland
1984 HostingNot stated on the homepageNot mentioned (16 Sep 2026)"No Logging Policy" on the homepage; the GDPR page says it "collects and logs your IP address, the time and duration of your visit" (5 Sep 2026)1984 ehf, Iceland
OrangeWebsite"your valid email address" (16 Sep 2026)Not mentioned (16 Sep 2026)Privacy policy lists name, address and telephone among data collected; crypto via BitPay and Coinpayments, which "reserve the right to request KYC" (5 Sep 2026)IceNetworks Ltd., Iceland
PrivexName (pseudonym accepted), email and purpose of use (5 Sep 2026)Not mentioned (16 Sep 2026)"We do NOT log your IP address when making an order" (5 Sep 2026)Privex Inc., Belize
MyNymBox"a valid email address ... You may use an email alias" (16 Sep 2026)Not mentioned (16 Sep 2026)The checkout page prints "your current IP address ... is being logged" (5 Sep 2026)Mynymbox Hosting LLC, Saint Kitts and Nevis
NjallaNot verified (site blocks automated reading)Not verifiedTerms 6.2: reserves the right to provide authorities "with any information mentioned under section 6.1" in case of violation (5 Sep 2026)Njalla SRL, Costa Rica

"Not mentioned" means the provider's homepage did not mention SEV, SEV-SNP, confidential computing or memory encryption when we read it. Two providers in this table sell encrypted memory. One of them also takes no identity, no email, runs its own payment rails and publishes the boot chain for you to measure.

Check it yourself

Run these inside your own Blackbox. None of it depends on trusting us.
# Memory encryption is active and the guest runs at the highest privilege level
$ dmesg | grep -i "Memory Encryption"
Memory Encryption Features active: AMD SEV SEV-ES SEV-SNP
$ dmesg | grep VMPL
SEV: SNP running at VMPL0.

# The attestation device is yours: pull a CPU-signed report and verify it
# against AMD's certificate chain. We can neither forge nor intercept it.
$ ls -l /dev/sev-guest
crw------- 1 root root 10, 262 /dev/sev-guest

# No host-to-guest command channel. On an ordinary VPS this directory holds
# org.qemu.guest_agent.0, the port a panel uses to run commands as root.
$ ls /dev/virtio-ports/
ls: cannot access '/dev/virtio-ports/': No such file or directory

# The root partition is LUKS2; the passphrase never left your keyboard.
$ lsblk -o NAME,FSTYPE,MOUNTPOINT | grep -A1 crypto_LUKS
`-sda3  crypto_LUKS
  `-root ext4        /

# With measured boot, verify the launch measurement against the published
# release before you type anything: /docs/guides/measured-boot/

What we log, in full

A no-logs claim is checkable only if the provider tells you what "no logs" means on their boxes. Here is ours, as configured on the web and hypervisor hosts, and restated in the privacy policy.

  • Web access logs: none. Every vhost carries CustomLog /dev/null combined. No IP, no page, no timestamp of any visit is written anywhere.
  • No analytics, no trackers, no third-party scripts. The only thing counted is an optional one-question survey with no account attached to the answer.
  • Referrer-Policy: no-referrer on every response, so leaving this site tells the next one nothing.
  • Console transcripts: off. The hypervisor does not keep what your server prints to its serial port. A per-server switch in the panel lets you turn it on for debugging, and off again empties it.
  • Error and job logs exist for crashes and carry server identifiers, never a visitor address, a user id or an invoice.
  • What is kept: your credential hash, your balance, your services with their addresses and expiry dates, invoices, and the support messages you send us. Notifications older than 90 days are pruned.
  • Payments: crypto on our own nodes with a fresh address per invoice; cash by mail in any currency; cards through Stripe with no metadata and no description attached to the charge.
  • Reachability: the site is mirrored as a Tor onion service and an I2P eepsite, listed in the footer, for people who would rather not show up on the clearnet at all.
  • Warrant canary: PGP-signed and re-issued regularly at /canary/.

The plan

TiervCPURAMDiskNetworkPrice
Blackbox Core2x EPYC 75434 GB DDR450 GB NVMe10 Gbps, 4 TB / 31 days$9.99/mo
Blackbox Plus4x EPYC 75438 GB DDR4100 GB NVMe10 Gbps, 8 TB / 31 days$19.99/mo
Blackbox Max6x EPYC 754316 GB DDR4200 GB NVMe10 Gbps, 16 TB / 31 days$34.99/mo
Blackbox Ultra8x EPYC 754332 GB DDR4400 GB NVMe10 Gbps, 32 TB / 31 days$59.99/mo

Every Blackbox runs on hardware we own in our own rack in Montreal, with the same confidential computing, the same absent agent and the same encryption options at every tier. Every machine includes a dedicated IPv4 and a routed IPv6 /64 on a 10 Gbps port, with 4 TB of transfer per 31-day period on Core, doubling with each tier. Past the allowance the port runs at 10 Mbps until the period rolls over; nothing is billed and nothing is switched off. Terms run from 7 to 365 days, billed pro rata.

The standard line (from $15.59 a month in eight locations) shares the account model: no identity, the same payment rails, the same absence of access logs. It runs on hardware we do not control, so it has none of the hardware guarantees above. It is a no-KYC VPS; Blackbox is the privacy VPS.

Where a privacy VPS stops

A confidentiality claim is worth exactly what its limits are worth. These are ours, and anyone selling a privacy VPS who does not list theirs is hoping you will not ask.

  • Your traffic is visible in transit. We route your packets, so unencrypted traffic can be seen on the wire here like it can be everywhere else. Encrypted memory is not anonymity for your connections; use Tor, a VPN or end-to-end encryption for that.
  • Confidentiality is not availability. We can stop, refuse to run, or delete your machine. Encryption stops us reading your data, not withholding the service. Keep backups somewhere that is not us.
  • The image before you encrypt it is our stock Debian or Ubuntu cloud image and is readable by the host until the encrypt step runs at first boot. Encrypt before anything on the disk has run.
  • Without measured boot you are trusting our image. It is on by default for new Linux Blackbox orders; an older machine gets it through a reinstall.
  • Side channels are an open research area. SEV-SNP stops the hypervisor from reading or corrupting guest memory. It does not claim to close every microarchitectural side channel, and published attacks exist. Against a determined operator running dedicated research on your specific VM, no commercial confidential computing product is a complete answer today.
  • Canada is a Five Eyes country. We do not sell the jurisdiction as a feature. The design assumes a request could arrive, and is built so that what could be handed over is ciphertext and billing metadata.

What people run on it

The workloads where the provider being unable to look inside actually matters: a Tor relay or bridge, a Monero node or wallet server, a WireGuard exit, a password manager, a Matrix homeserver, a Mastodon instance, a Nextcloud holding files you would not put on a cloud drive, a Pi-hole for a household, or an AI agent with your API keys in its config. If the first question about your project is "who else can see this", the answer here is nobody, and you can check.

From nothing to a running privacy VPS

No email, no verification, no waiting on a human.
01Get a credential

Signup hands you a 32-character credential and nothing else is asked. Save it; it is the only way in.

02Pick a Blackbox tier and an operating system

Leave the defaults alone: confidential computing on, disk encryption on, guest agent off, measured boot on. Add an SSH key, because the disk unlock shell accepts keys only.

03Pay

Crypto through our own nodes, a card, or cash in the mail. The machine is built within minutes of the payment confirming.

04Verify, then set your passphrase

The machine stops in the initramfs. Run the verifier against it, confirm the CPU-signed measurement matches the published release, then type the passphrase that only you will ever know.

Fair questions

What is a privacy VPS?

A virtual server whose provider learns as little as possible about you and can see as little as possible of what you run. In practice that is four things: no identity collected at signup, a payment method that does not name you, no logs of who connects, and, the part almost nobody offers, a hypervisor that cannot read the machine. Blackbox does all four: no KYC, crypto or cash, no access logs, and AMD SEV-SNP memory encryption with no guest agent and a disk key we never hold.

What is the difference between a privacy VPS and an anonymous VPS?

An anonymous VPS hides who you are from the provider: no email, no name, a payment that does not identify you. A privacy VPS also hides what you do from the provider: the contents of memory and disk, the commands you run, your passwords. Most "anonymous VPS" offers stop at the first. Blackbox is both, and the second half is enforced by the CPU rather than by policy.

Do I have to give an ID, an email address or a phone number?

No. Signup generates a 32-character credential; that credential is the whole account. There is no email field, no phone field and no verification step at any price, and the site works with JavaScript disabled, including ordering.

Can Servury read what is on my server?

Not on a Blackbox. Guest memory is encrypted by the CPU with a key that never leaves the AMD security processor, the guest policy forbids the hypervisor debug path, there is no guest agent and no virtio-serial port for one, and with LUKS2 the root disk is encrypted with a passphrase you type into the initramfs over SSH. We see what any transit network sees: which addresses your machine has, how many bytes it moves, and whether it is powered on.

Can you reset my root password if I lose it?

No, and that is deliberate. Password resets on ordinary VPS hosting work through an agent inside the guest that the host can command. Blackbox is built without that channel. You choose the password and keys when the machine is built; lose them and the way back is a reinstall, which wipes the disk.

What do you log?

The web server writes its access log to /dev/null, so there is no record of who visited what. There are no analytics or trackers, the Referrer-Policy is no-referrer, and the hypervisor keeps no transcript of your console unless you switch it on for yourself. What we keep is what billing needs: your credential hash, your balance, your services and their addresses. The full list is on the privacy policy, and a signed warrant canary is re-issued regularly.

How do I pay without leaving a trail?

Bitcoin, Monero, Litecoin, Ethereum, BNB, Tron, USDT and USDC are received on nodes we run ourselves, with a fresh address per invoice and no third-party payment processor. Cash in any currency can be mailed to us with your account id in the envelope. Cards work too, through Stripe, for people who do not need payment anonymity; we attach no metadata to those charges.

Where is it hosted and under which law?

Blackbox runs only on hardware we own in a Montreal colocation facility, on our own ASN, IPv4 and IPv6 space. That is Canada, a Five Eyes country, and we say so plainly: the design does not rely on the jurisdiction being friendly. It relies on there being nothing readable to hand over.

How do I verify any of this?

From inside your VM: dmesg reports SEV-SNP active, /dev/sev-guest lets you pull a report signed by the CPU and check it against AMD's certificate chain, /dev/virtio-ports is absent, and lsblk shows the LUKS2 root. With measured boot, the kernel, initramfs and command line are folded into that signed measurement and you recompute the expected value yourself from a published, reproducible release before you type a passphrase. The commands are on this page.

How much does a privacy VPS cost?

Blackbox starts at $9.99 a month for 2 vCPU, 4 GB of RAM and 50 GB of NVMe, with a dedicated IPv4, a routed IPv6 /64 and 4 TB of transfer per 31-day period. Terms run from 7 to 365 days, billed pro rata, no long contract.

Is the standard line a privacy VPS too?

It is a no-KYC VPS: same credential-only account, same payment rails, same absence of access logs, in eight locations. It does not have encrypted memory, the missing agent or the customer-held disk key, because it runs on hardware we do not control. If your threat model includes the hosting provider, choose Blackbox.

Deploy one and try to catch us out

Every hardware claim on this page is checkable from inside the machine. If something here does not hold up, we want to hear about it.

Deploy a privacy VPS

Guides on this

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