Buy a SOCKS5 Proxy With Crypto: What You Get

Buy a SOCKS5 proxy with crypto: Bitcoin and Lightning at checkout, SOCKS5 on every paid product, and an honest account of the traffic it will not carry.

Yes, you can buy a SOCKS5 proxy with crypto here. Checkout takes Bitcoin, on-chain or over the Lightning Network, and SOCKS5 comes with every paid product on the same credential you use for HTTP(S).

Two questions usually arrive together though, and the second one gets skipped: can I pay without a card, and will SOCKS5 actually do what I need. This answers both, including the part most pages in this category leave out, which is the traffic our SOCKS5 will refuse.

Paying with crypto: Bitcoin and Lightning

Checkout offers three ways to pay: PayPal, a card, or Bitcoin. The Bitcoin option settles on-chain or over Lightning, through BTCPay Server. There is no Ethereum option, no USDT, and no other chain, so if your funds are in a stablecoin you would need to convert before paying.

Prices are denominated in US dollars. The invoice converts to Bitcoin at the rate when it is created and holds that rate for 60 minutes. Pay inside the window and the amount is fixed regardless of what the price does; miss it and the invoice expires and you start a new one. That expiry is the single most common reason a crypto order does not complete, so open the invoice when you are ready to send rather than while you are still deciding.

On-chain payment activates after confirmation, which on a quiet network is minutes and during congestion is longer. Lightning is effectively immediate and costs a fraction of an on-chain fee, which is why it is worth using for anything under a few hundred dollars. Card and PayPal settle straight away.

What paying in Bitcoin actually buys you is narrower than the category usually claims: no card details are stored against your account, and the charge does not appear on a statement someone else reads. It is not anonymity. Your account still has an email address on it, the order is recorded against that account, and Bitcoin's ledger is public and permanently analyzable. If you are separating business spending from a personal card, or your bank is unhelpful about this category of purchase, crypto solves that. If you are expecting to be untraceable, it does not, and no proxy provider can honestly promise otherwise.

The payment method changes nothing about the product. Same credentials, same protocols, same dashboard, same refund terms. First-time customers can request a refund within 7 days, and what each line on an invoice means applies whichever way you paid.

SOCKS5 is a paid feature

The free tier is HTTP(S) only. Every paid product answers on both HTTP(S) and SOCKS5, on the same credential, with no protocol surcharge, so the decision you are making at checkout is which product to buy, not which protocol.

What our SOCKS5 will and will not carry

This is the section worth reading before you pay, because it is where a purchase most often goes wrong.

The SOCKS5 specification defines three commands. We implement one of them, CONNECT. BIND and UDP ASSOCIATE are refused with the protocol's own "command not supported" reply.

BIND lets a remote server open a connection back to your client and exists mainly for active-mode FTP. Almost nothing modern uses it.

UDP ASSOCIATE is the one that matters. It is how SOCKS5 carries datagrams, and without it there is no UDP through these proxies at all. That rules out DNS over UDP, QUIC, HTTP/3, voice and video, game traffic, and peer-to-peer protocols. If any of those is your workload, this is the wrong product and you should stop here rather than discover it after paying in a currency you cannot easily claw back.

That scope is deliberate rather than unfinished. A UDP path that works for some clients and fails quietly for others is worse than a refusal you can see on the first connection. Most workloads never notice: browsers and HTTP libraries fall back from HTTP/3 to HTTP/2 over TCP automatically, and scraping, automation, API access and account work are all TCP.

What CONNECT does carry is any TCP protocol at all, which is the real reason to choose SOCKS5 over an HTTP proxy. A database client, an SMTP session, an XMPP or IRC connection, a message queue, your own binary protocol: SOCKS5 relays them without inspecting them. An HTTP proxy generally cannot, because even where CONNECT could tunnel arbitrary TCP, proxies commonly restrict it to the standard TLS port.

The other genuine advantage is remote name resolution. SOCKS5 lets your client hand over a hostname instead of an address and have the exit resolve it, which is the difference between the socks5 and socks5h schemes in most HTTP clients. With plain socks5, your own machine resolves the name and your DNS traffic describes every site your proxied requests were meant to keep quiet. It also means you resolve from your own location, so a geo-targeted exit can be handed an address chosen for somewhere else.

One more thing the category oversells: SOCKS5 does not encrypt anything. It is not a VPN and adds no confidentiality of its own. Neither does an HTTP proxy. If you are fetching HTTPS pages, TLS protects them end to end and the relay sees nothing either way. The full comparison of the two protocols works through where the choice actually matters, and where it changes nothing at all.

Which proxy to buy, since SOCKS5 comes with all of them

SOCKS5 comes with all of them, so choose on the exit address rather than the protocol.

Dedicated datacenter proxies are single-tenant addresses billed per proxy, on IP blocks we own in the United States, Italy and Spain. Bandwidth is not metered on them. They suit a stable identity: API integrations, internal tooling, partner systems that whitelist you.

Shared datacenter proxies are the same infrastructure at up to five users per address, billed per proxy, for work that tolerates neighbors.

Residential proxies exit through consumer connections, billed per gigabyte, across 170+ countries. This is what you want when a target refuses hosting ranges outright, and the datacenter and residential trade in full is worth reading before you commit to either.

Rotating tiers come in three shapes. Premium and Shared are billed per gigabyte and change the exit address on every request by default. Rotating Unmetered has no byte meter and is priced by how many connections you hold open at once, which changes the arithmetic on a data-heavy job. All three take a session identifier in the username when you need one exit held across a login or a checkout, and what a session does and does not survive covers the mechanics.

We do not sell mobile proxies or ISP proxies, and there is no unlimited residential product. Residential bandwidth is metered.

The limit worth knowing before you choose: rotation defeats per-IP accounting, not classification. A target that refuses hosting ranges as a class refuses every address in a datacenter pool, rotated or not. That job needs residential. Choosing the right proxy type for a target goes through it properly.

The purchase, step by step

Create an account with an email and password. No card is required, and the free tier gives you a small allocation to test the platform on, though as HTTP(S) it will not exercise SOCKS5.

Pick the product and the scale. Datacenter is priced per proxy, residential and the metered rotating tiers per gigabyte, Rotating Unmetered by concurrent connections. Current rates for all of them are on the pricing page.

Choose Bitcoin at checkout. You get an address and a QR code, on-chain or Lightning. Send inside the 60-minute window.

Wait for settlement. Lightning is near-instant. On-chain waits for confirmation. The order stays pending until then, and the proxies appear in the dashboard once it settles.

Configure your client. You get a host, a SOCKS5 port and credentials. Static products expose HTTP(S) and SOCKS5 on separate ports with the same login; the rotating gateways work the same way. Authenticate with a username and password, or register your source address and connect by IP. Setting up a SOCKS5 connection end to end has working configurations for curl, Python and Node.

Verify the exit against an IP echo service before you point real work at it. Confirm the address that comes back is the proxy and not yours, and if you configured remote DNS, confirm your resolver is quiet.

Two details that save time later

Choosing an authentication mode. IP whitelisting is offered on every product, and it means registering the address you connect from and authenticating by being it. What it costs varies. On the rotating gateways, connecting with no credentials gives you an untargeted exit, while sending the username with an empty password keeps country targeting and session pinning, because both are declared inside the username rather than negotiated by the protocol. Static datacenter and shared products have nothing to declare per request, so it costs them nothing. Residential has no halfway option: send nothing and the exit is untargeted, or use credentials when you need targeting. In practice, whitelist from a fixed server and use credentials from anything with a changing address. The three authentication modes compared goes through the choice, and whitelisting in practice covers running it at more than one address.

Session pins cross the protocols. Both listeners consult one session store, so an exit pinned over HTTP stays pinned over SOCKS5 and back again. That matters more than it sounds, because tools inside one pipeline often disagree about protocol support: a headless browser that only takes an HTTP proxy, paired with a scraper configured for SOCKS5, both working the same logged-in session. Since the pin lives in the username rather than the listener, the two halves stay on one address.

After you buy

Use socks5h, not socks5, in any client that distinguishes them. Getting this wrong is the most common misconfiguration in this category and it silently leaks every hostname you visit to your local resolver.

Match the exit to the target rather than over-buying. Datacenter is faster and cheaper and fine wherever hosting ranges are accepted. Move to residential when a target rejects them, not before.

Test at small scale against your real targets before committing to volume. Success rate against the sites you actually care about is the only benchmark that means anything, and it is cheap to measure.

Use one session identifier per logical identity when you need continuity, and retire it rather than trying to rehabilitate an exit a target has turned against.

Keep a record of which credentials are pointed at which tool. Misrouted traffic through the wrong exit is the failure that is hardest to notice and easiest to prevent.

And treat the protocol's boundaries as real. No UDP, no encryption of its own, no defense against fingerprinting above the IP layer. Cookies, headers and TLS fingerprints travel with your client whatever the exit is. Buy rotation and SOCKS5 for what they do, which is breadth of addresses and protocol flexibility, and layer the rest yourself.