Support at a glance
| Protocol | Webshare | Geonode |
|---|---|---|
| HTTP proxy | Yes | Yes |
| HTTPS (TLS to the proxy) | Not listed | Yes |
| SOCKS5 | Yes | Yes |
| HTTPS websites through the proxy | Yes, via CONNECT tunnelling | Yes, via CONNECT tunnelling |
Both Webshare and Geonode support the two protocols almost every tool uses: HTTP and SOCKS5. Geonode also lists HTTPS proxy support, meaning the connection between your client and the proxy itself can be encrypted.
What the differences mean
HTTP proxies are the standard for web scraping and browsers. They can carry HTTPS websites: the client asks the proxy to open a tunnel (CONNECT), and the website traffic inside stays encrypted end to end. So "HTTP proxy" doesn't mean your website traffic is unencrypted. See HTTP vs HTTPS proxies.
HTTPS proxies encrypt the hop between you and the proxy too, which hides the proxy credentials and the destination hostname from your local network. Useful on untrusted networks; not needed on most servers.
SOCKS5 works at a lower level and can carry any TCP traffic (and UDP in some implementations), not just web traffic. It's preferred by some antidetect browsers, game clients and non-HTTP tools. See SOCKS5 proxies.
Which tools need which
| Tool | Use |
|---|---|
| requests, HTTPX, axios, cURL | HTTP (SOCKS5 also works with extras) |
| Scrapy | HTTP |
| Puppeteer, Playwright, Selenium | HTTP with credentials; SOCKS5 only with IP authorization (browsers don't do SOCKS5 auth) |
| Antidetect browsers | HTTP or SOCKS5 |
| Game clients, desktop apps | SOCKS5, often via app-routing tools |
Both providers cover all of these.
DNS leaks
With SOCKS5, make sure DNS lookups go through the proxy. In cURL and Python, use socks5h:// rather than socks5://. Otherwise your local resolver sees every domain you visit. See DNS leaks and proxies.
Authentication by protocol
Both providers support username and password and IP allowlisting on both protocols. Browsers can't send SOCKS5 credentials, so for SOCKS5 in browsers, use IP authorization (Webshare) or IP whitelisting (Geonode). See authentication compared.
Proxy tip: To test the Geonode side of this comparison, a small residential balance from Geonode is enough, and it doesn't expire if you pause. See our complete Geonode guide for its full product range.
Testing
curl -x http://USER:PASS@HOST:PORT https://httpbin.org/ip
curl -x socks5h://USER:PASS@HOST:PORT https://httpbin.org/ipIf HTTP works and SOCKS5 doesn't, check you're using the provider's SOCKS5 port or endpoint; some providers use different ports per protocol. See Webshare with cURL.
Verdict
Protocol support is close to a tie. Both cover HTTP and SOCKS5; Geonode's HTTPS proxy support is a small plus for untrusted networks. Choose on other factors.
Protocol choice by job
| Job | Recommended protocol | Notes |
|---|---|---|
| Web scraping with HTTP clients | HTTP | Simplest, widest support |
| Headless browsers with credentials | HTTP | Browsers can't send SOCKS5 credentials |
| Antidetect browser profiles | HTTP or SOCKS5 | Follow the tool's recommendation |
| Desktop apps and game launchers | SOCKS5 | Works beyond web traffic |
| Untrusted networks (cafes, events) | HTTPS proxy where supported | Encrypts the hop to the proxy |
Testing both protocols on each provider
Run the same request through HTTP and SOCKS5 endpoints on both providers and compare status, latency and the IP returned. If one protocol fails, check that you used the right port or endpoint, since providers often separate them.
Performance notes
SOCKS5 adds very little overhead and can be marginally faster for some workloads because it doesn't parse HTTP. In practice the difference is small compared with target latency and geography. Choose the protocol your tool handles most reliably.
Budget tip: The cheapest way to settle this comparison is to test both: Webshare has a free datacenter plan, and Geonode offers a low-cost residential trial. Run the same targets through each. See Webshare geo-targeting.
Common protocol mistakes
- Using
socks5://instead ofsocks5h://and leaking DNS. - Putting an
https://scheme on an HTTP proxy endpoint. - Expecting browsers to authenticate SOCKS5 with a username and password.
A real-world example
A team runs an antidetect browser that prefers SOCKS5, a Python scraper on HTTP, and a desktop research tool that only supports SOCKS5. Both providers handle all three. They choose SOCKS5 with IP allowlisting for the antidetect browser (to avoid browser auth limits), HTTP with credentials for the scraper, and SOCKS5 with credentials for the desktop tool, and confirm with socks5h:// cURL tests that DNS goes through the proxy.
For the bigger picture beyond these two providers, read our best proxies buyer's guide, and see cheap proxies for ways to cut cost per successful request.
Key takeaways
- Both support HTTP and SOCKS5; Geonode also lists HTTPS proxy connections.
- HTTP proxies still carry HTTPS websites securely through tunnels.
- Use
socks5h://to keep DNS lookups private. - Browsers can't send SOCKS5 credentials, so use IP allowlisting for SOCKS5 in browsers.
- Protocol support is effectively a tie; decide on other factors.
FAQ
Do both support SOCKS5?
Yes.
Is an HTTP proxy safe for HTTPS sites?
Yes. HTTPS traffic is tunnelled and stays encrypted between you and the website.
Which protocol is faster?
Differences are small. Choose based on what your tool supports.
Is SOCKS5 more anonymous than HTTP?
Both hide your IP from the target. SOCKS5 doesn't add HTTP headers, and socks5h keeps DNS lookups private.
Do I need different ports for HTTP and SOCKS5?
Often yes; use the endpoints shown in each dashboard.
Can I use SOCKS4 with either provider?
Use SOCKS5, which both support; SOCKS4 lacks authentication and modern features.
Editorial note: Proxy providers change their pools, features and prices often, so treat any figures here as typical ranges at the time of writing and confirm current terms with the provider before you buy.