How each one works#
| VPN | Proxy | |
|---|---|---|
| Scope | The whole device | One application, or one request |
| Encryption | Its own tunnel, encrypted | None of its own; HTTPS stays end to end |
| Exit addresses | A list of servers shared by many users | Millions of residential, mobile, ISP or datacenter IPs |
| Choice per request | One exit at a time | A different exit, country or city per request |
| Address type | Datacenter ranges, widely flagged | Whatever the job needs, including household and carrier IPs |
| Protocols | Everything, including UDP | TCP: HTTP(S) and SOCKS5 |
| Pricing | A flat monthly subscription | Per GB of traffic or per IP and term |
What a VPN is better at#
- Protecting everything a device sends on an untrusted network, such as public Wi-Fi.
- One switch for the whole machine, with nothing to configure per application.
- Traffic that needs UDP: calls, games, some streaming protocols.
- Keeping your browsing away from your local network operator and internet provider.
What a proxy is better at#
- Many identities at once: one address per account, browser profile or task.
- Rotation: a new exit per request, or a sticky one for as long as a flow needs it.
- Trust: residential and mobile IPs belong to real subscribers; VPN servers sit in hosting ranges that many sites challenge.
- Precision: country, state, city, ASN or carrier, chosen per request.
- Automation: scrapers, bots, SEO tools and AI agents take a proxy URL, not a VPN app.
Choose by job#
| Job | Better choice | Why |
|---|---|---|
| Web scraping and price monitoring | Proxy | Rotation across many trusted IPs |
| Several social or marketplace accounts | Proxy | One stable address per account |
| SERP and ad checks from many cities | Proxy | City-level targeting per request |
| Public Wi-Fi protection | VPN | Encrypts everything on the device |
| Hiding browsing from your internet provider | VPN | All traffic leaves through the tunnel |
| Calls and games over another network | VPN | Needs UDP |
Speed and reliability#
A VPN adds one hop for everything, and every user of a server shares its bandwidth. A proxy adds one hop only for the traffic you send through it, and you choose the kind of exit: datacenter and ISP addresses run at datacenter speed, residential and mobile exits at the speed of the household or cellular link behind them. For automation, the bigger difference is reliability: a blocked VPN server blocks every request until you switch servers by hand, while a proxy gateway hands the next request a fresh exit.
Common myths#
| Myth | Reality |
|---|---|
| A VPN makes you anonymous | It moves your traffic to the VPN provider, who sees it instead of your internet provider; logins and cookies still identify you. |
| A proxy is a cheap VPN | It solves a different problem: choosing an exit per application or request, often from millions of addresses. |
| Proxies are not secure | HTTPS stays encrypted end to end through a proxy; only plain HTTP is readable, as it is on any network. |
| One VPN IP is enough for several accounts | Several accounts on one shared VPN address look linked, and that address is shared with strangers too. |
Setting each one up#
- VPN: install the provider's app, sign in, pick a server; the whole device switches at once.
- Proxy in an application: paste a proxy URL such as
http://USER-cc-us:PASS@res.hodlproxy.com:9000into the tool, library or browser profile that needs it (quickstart). - Proxy for a whole device: system proxy settings cover web traffic (phones, desktops); anything else needs a client app.
Using both#
They combine: with a VPN on the device and a proxy in the application, the proxy connection travels inside the VPN tunnel and the target sees the proxy's exit. Your local network sees only VPN traffic, and the proxy provider sees the VPN server instead of your home address.
What each provider can see#
A VPN provider carries all of a device's traffic and sees every destination. A proxy provider sees the destinations of the applications you route through it. In both cases HTTPS protects the content. Read the logging policy either way: HodlProxy keeps connection metadata for 30 days and never stores content, as its privacy policy states.
What they cost#
Consumer VPNs cost a few dollars a month per user, flat. Proxies are billed by what you use: residential traffic from $2.45/GB, a static ISP address from $0.99 a month, a datacenter address from $0.70. For personal browsing a VPN is simpler; for automation and multiple identities a proxy is both cheaper per useful request and the only tool that works.
Questions people ask#
Is a proxy safer than a VPN?
For protecting a whole device on an untrusted network, a VPN is the better tool because it encrypts everything. A proxy is the better tool for controlling which IP each application or request uses.
Does a proxy encrypt my traffic?
Not by itself. HTTPS, SSH and other TLS-based protocols remain encrypted end to end through the proxy; plain HTTP does not.
Why do websites block VPNs but not residential proxies?
VPN servers sit in hosting ranges and are shared by thousands of users, so their addresses are easy to list and flag. Residential and mobile exits belong to real subscribers, so blocking them would block real customers.
Should I use a free VPN or a free proxy?
Neither for anything that matters. Free services are paid for with your data or with compromised machines; a paid proxy starts from a $20 top-up here.