OnionHop Review: Route All Your Traffic Through Tor (Free & Open Source) | Free Download

Free and open source privacy tools

One click puts your entire system behind the Tor network – choose a lightweight proxy or full VPN-style tunnel, flip to bridges when your network fights back, and let the kill switch catch anything that tries to get out.

OnionHop is connected to a Tor exit IP verified on whatismyipaddress.com
OnionHop connected in TUN/VPN mode, whatismyipaddress.com confirms Tor exit IP

✓ Quick Read: OnionHop in 30 Seconds

  • What is this: A free, open-source (GPL-3.0) desktop client that routes your Internet traffic through the Tor network.
  • Two main modes: Proxy mode (no admin rights, SOCKS5 on 127.0.0.1:9050) and TUN/VPN mode (system-wide via Singbox, blocks DNS leaks).
  • Censorship Fighter: Built-in bridges – OBFS4, Snowflake, Webtunnel, Conjure, Meek, DNST – plus a scanner that finds bridges that work for you.
  • Excessive: Split tunneling, kill switch, exit-country picker, one-click new identity, and CLI for servers.
  • Platform: Windows and macOS (Homebrew supported); The Linux build is listed on the official site. Latest release: v2.7.
  • price: ₹0. forever. The source code is on GitHub.

Why would you route everything through Tor?

Most people access Tor through the Tor browser, and that’s fine – until you realize that only the browser is secure. Your email client, your chat apps, that random Electron app you phone home – it all still travels over your regular connection with your real IP imprinted on every packet.
OnionHop bridges that gap. Instead of anonymizing a single browser tab, it can wrap your entire machine in Tor’s three-hop relay routing. Your ISP sees encrypted Tor traffic and nothing else. Websites see a Tor exit node in any country you choose. And unlike a commercial VPN, there’s no company logging your sessions on the other end – Tor’s entire design avoids a single point of trust.
The problem with system-wide Tor has always been setup: config files, TorRC editing, firewall rules. OnionHop’s pitch is simple – it does all this behind a clean dashboard with a single connect button. During my time with him, that pitch persisted.

Proxy Mode vs. TUN/VPN Mode: Choose Your Poison

Choosing between proxy mode and TUN/VPN mode with egress location list in Onionhop
The home screen opens with the Mode dropdown showing the exit country list in addition to Proxy Mode and TUN/VPN Mode

Proxy Mode – Everyday Option

This is the recommended starting point, and honestly what most people should use. OnionHop starts Tor locally and points your system proxy to a SOCKS5 endpoint 127.0.0.1:9050. No administrator rights, no drivers, nothing invasive. Any proxy-aware app – including browsers – immediately rides the Tor network. In my testing, a new connection came up in about 12 seconds and IP Checker immediately confirmed the exit from Tor.

OnionHop system is connected in proxy mode with proxy off and SOCKS port active
Connected in proxy mode – apps use SOCKS port directly while Tor is running

TUN/VPN Mode – Strict Option

Flip to TUN/VPN mode and OnionHop creates a true system-wide tunnel using the sing-box (with the Wintun driver on Windows). Every application is routed through Tor at the operating-system level, whether it respects proxy settings or not. This mode requires administrator rights, but it gives you something that proxy mode can’t guarantee: DNS lookups stay inside the tunnel, so your ISP never sees which domain you’re resolving. If DNS leaks keep you up at night, this is your solution.

Hybrid – split tunnel for the finicky

There is a third way worth knowing. In TUN/VPN mode you can enable hybrid routing, which is per-app split tunneling: send your browser through Tor while your game launcher connects directly. This is a sensible compromise when full-system Tor slows things down or breaks select applications.
A quick word on speed: this is Tor, not a paid VPN. Expect throughput suitable for browsing, reading and messaging – not for 4K streaming. This is the business of real anonymity, and Onionhop is clear about it.

Blocked network? the bridge is your back

OnionHop network settings with OBFS4 bridge configuration for censored network
Network Settings tab showing the Tor Bridge toggle, Bridge Type dropdown (OBFS4) and Bridge Source options

This is where Onionhop surpasses the simple Tor front-end. If your ISP or country blocks direct Tor connections, the app has a full toolbox of pluggable transports: OBFS4, Snowflake, Webtunnel, Conjure, Meek, and DNST. These disguise Tor traffic as normal web traffic so filters bypass it.
Even better, you won’t have to look for hand bridges. A built-in scanner tests bridges to your own network and reports which bridges actually connect. It also has a smart connect toggle that automatically runs through strategies and picks whatever works for your location – really useful if you don’t know if or how your network blocks Tor. And if you already have private bridge lines from bridges.torproject.org, paste them and OnionHop will use them instead.
Secure DNS combined with SNI-based fronting completes the sensor-network story, making this one of the more complete perimeter setups I’ve seen in a free desktop tool.

Control Freaks Welcome: Advanced Tab

Onionhop advanced Tor settings with manual node fingerprinting and strict mode toggle
Advanced settings showing entry node, exit location and manual guard/middle/exit fingerprint fields

Casual users can ignore this tab completely, but tinkerers will appreciate what’s here. You can pin your exits to a specific country (the list shows live relay counts per nation – there were 235 in Austria when I checked), set up an ingress node, or go full control-freak and specify the exact relay fingerprint for the guard, middle and exit positions, with a strict toggle that fails the connection instead of failing the connection if your chosen relay is unavailable.
The app appropriately warns you that manual circuit shaping can harm both anonymity and reliability – which it may – but it’s a nice treat to have the option in the GUI rather than in a TorRC file. You can also choose between the classic Tor Engine and the Tor Project’s new Rust-based runtime Arti from the dropdown.
Rounding things out: a kill switch (strict TUN mode only) that immediately blocks outbound traffic if Tor goes down, a new identify button for a fresh circuit, per-session statistics for transferred data and created circuits, theme and accent-color options, and a companion command-line client that runs the same engine headlessly for servers and scripts.

Onionhop general settings with auto-connect, theme mode, and accent color
The General Settings tab shows auto-connect, tray behavior, theme, and accent color options on launch.

things to keep in mind

Some honest warnings. First of all, OnionHop is an independent project – it is not created or supported by the Tor Project, even though it uses the official Tor engine detailed below. Second, .onion Sites still require Tor-aware clients; The developer recommends the Tor browser for those on the go (on Android, the Tor Project’s own Tor VPN beta covers similar ground). Third, the kill switch only works in strict TUN mode with administrator rights, so proxy mode users should not have leak-proof behavior.
If Tor’s speeds don’t suit your use case, a traditional service like Windscribe’s free VPN tier trades some anonymity for a lot more bandwidth. And if you’re curious about Tor alternatives at all, our look at I2P for anonymous browsing is a good next article. Desktop privacy fans may want to pair Onionhop with a telemetry blocker like O&O Shutup10++ for protection on a local level as well.

How to Get Started (2 minutes, top)

Onionhop home screen ready to connect before starting a Tor session
OnionHop’s home screen before connecting – choose a mode, exit location, and bridge source, then hit Connect
step What to do
1 Get the latest installer or portable build from the official site or GitHub release (v2.7 at the time of writing). macOS users can run brew install --cask center2055/onionhop/onionhop.
2 Launch the app and keep Smart Connect on. Choose Proxy mode for no-admin startup, or TUN/VPN mode for full-system coverage.
3 Optionally choose an exit country, or leave it on automatic – in my testing, the automatic was significantly faster and more reliable than the hand-selected exit.
4 Hit Connect, then verify on the IP-checker site. You should see the Tor exit node instead of your actual address.

⬇ Download Onionhop (Free)

👍 What we liked

  • Truly free and open source (GPL-3.0)
  • Proxy, VPN and split-tunnel mode in one app
  • Excellent bridge support with built-in scanner
  • Kill Switch and Tor-Rooted DNS in Strict Mode
  • Advanced circuit control without config files
  • Bonus CLI Client for Automation

👎 What could be better than this

  • Tor Speed ​​– Forget HD streaming or large downloads
  • Kill switch is limited to strict TUN mode
  • .onion sites still require Tor browser
  • Manual exit selection may slow down the connection

✅ Techno360 Verdict

OnionHop strikes a tricky balance: It’s simple enough that a first-time person can hit connect and land on a Tor exit in seconds, yet deep enough that power users can pin down a relay fingerprint and swap out the Tor engine. The bridge scanner and smart connect make it a legitimately strong option for people on restricted networks, and the price – free, along with public source code – removes any excuse not to try it. If you want system-wide Tor without the homework, this is the tool to install this weekend.
Techno360 Rating: 4.5/5

Frequently Asked Questions

Is Onionhop free to use?

Yes – completely free and open source under GPL-3.0. The installer, portable build, and full source code are live on the project’s GitHub page. There are no paid tiers or locked features.

What is the difference between proxy mode and TUN/VPN mode?

Proxy mode runs Tor locally on SOCKS5 port (127.0.0.1:9050) and requires no administrator rights – ideal for browsers and proxy-aware apps. TUN/VPN mode tunnels the entire operating system through Sing-box via Tor, requires administrator access, and protects against DNS leaks and stubborn apps that ignore the proxy.

Does Onionhop work where Tor is blocked?

This is one of its strengths. It bundles OBFS4, Snowflake, Webtunnel, Conjure, MEEK, and DNS transport, automatically tests bridges with a built-in scanner, and accepts custom bridge lines from bridges.torproject.org.

Is Onionhop created by Tor Project?

No, it is an independent open-source project that is not affiliated with or endorsed by the Tor Project, although it uses the official Tor engines (Classic Tor and Aarti) under the hood.

Which platforms are supported?

Windows and macOS along with Linux builds are also listed on the official download page. macOS users can install via Homebrew, and there is a separate command-line client for server and scripting.

Can I visit .onion sites with Onionhop?

Onion addresses require a Tor-aware client. The developer recommends enabling “Proxy DNS when using SOCKS v5” in the Tor browser or Firefox so that hostname resolution occurs inside Tor.

Have you tried rooting your entire system via Tor? Let us know in the comments how OnionHop worked on your network – especially if you’re behind a restrictive connection and bridges have saved the day.



Source:Techno360

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