SOCKS5 proxies from $0.50/GB

SOCKS5 is a proxy protocol that forwards network traffic at a lower level than an HTTP proxy. Instead of only understanding web requests, it passes through any TCP or UDP connection untouched, so it works for browsers, scrapers, apps, email clients, game clients and more. With QuanticData every proxy network speaks SOCKS5, so you keep the same IPs and just point a SOCKS5-capable client at them.

An HTTP proxy only handles web (HTTP/HTTPS) traffic and can read or modify it. A SOCKS5 proxy is protocol-agnostic: it relays raw TCP and UDP without interpreting the payload, so it supports any application, not just a browser. HTTP proxies suit pure web scraping; SOCKS5 is the choice when you need non-web protocols, UDP, or a single tunnel for a whole app.

Anything that speaks TCP or UDP: web scraping and automation, sneaker and account tools, messaging apps like Telegram, email clients, game traffic, streaming, and any desktop app that accepts a SOCKS5 endpoint. Because it doesn't touch the payload, it's a clean tunnel for traffic an HTTP proxy can't carry.

No — and the free SOCKS5 lists you find online are best avoided: they're mostly dead, slow, shared with abusers, and can log your traffic. QuanticData SOCKS5 proxies are private, authenticated and run on real residential, ISP, datacenter and mobile IPs, from $0.50/GB, with a trial so you can test before you commit.

Yes. Telegram supports SOCKS5 natively — paste the host, port and your username:password into Telegram's proxy settings and your traffic routes through the IP you chose, with country targeting if you need a specific region.

All of them — residential, datacenter, ISP and mobile. SOCKS5 is a protocol on top of the same IP pools, so you choose the network for its IP type and connect over SOCKS5, HTTP or HTTPS with the same credentials.

Yes. Unlike an HTTP proxy, SOCKS5 can relay UDP as well as TCP, which is why it works for real-time traffic like voice, game clients and some streaming protocols that an HTTP proxy simply can't carry.

Often, yes. Because SOCKS5 forwards raw packets without parsing or rewriting the HTTP layer, it adds less overhead per request. The bigger win is compatibility: it carries traffic an HTTP proxy would reject outright.

Point any SOCKS5-capable client — a browser, scraper, curl, or an app's proxy settings — at the endpoint host and port, and authenticate with username:password or an IP allowlist. The username carries targeting directives such as country, and a session token for a sticky IP.

You pay for the network, not the protocol: datacenter from $0.50/GB, residential from $0.60/GB, and static ISP IPs from $3.80/IP. SOCKS5 is included on every plan alongside HTTP and HTTPS, at no extra cost.

Both. Use per-request rotation for a fresh IP each connection, or a sticky session — up to 120 minutes — to hold one IP for an app that needs a stable identity. Rotation behaviour is set with the credentials, the same way across every network.

Using a SOCKS5 proxy is legal in most jurisdictions. As always, it's what you do through it that matters: collect public data, respect each service's terms, and don't access private systems or personal data.

Yes. If your goal is web data rather than a tunnel, the same network powers QuanticData's scraping, SERP and crawling APIs: send a URL or a query and get clean Markdown or JSON back, billed only when the result is usable.

A VPN captures everything your device sends and encrypts the tunnel; a SOCKS5 proxy routes only the traffic you point at it and does not encrypt anything by itself. That sounds like the VPN always wins, until you need ten different exit IPs at once for ten different tasks — a VPN gives your whole machine one, while SOCKS5 lets each tool, browser profile or scraper thread carry its own. Use a VPN for privacy on your own connection; use SOCKS5 when the job is per-application control and many IPs. Since SOCKS5 adds no encryption, keep your traffic on HTTPS.

There is no system-wide SOCKS5 setting on either platform — the Wi-Fi proxy fields accept HTTP only, which is why this trips people up. On both, SOCKS5 is configured inside the app that supports it: Telegram has it under Settings → Data and Storage → Proxy, and most torrent and automation clients expose their own proxy section. For device-wide routing you need a client app that builds a local tunnel from the SOCKS5 endpoint. On desktop, a browser extension per profile is the usual route.