PSA: My review of the Windows "free" Aloha VPN chromium-based browser

PSA: My review of the Windows "free" Aloha VPN chromium-based browser
     Windows Aloha VPN browser 4.19.0.0 (released May 29, 2026)
     <https://alohabrowser.com/pc/download/aloha_setup64.exe>
     Name: aloha_setup64.exe
     Size: 158361856 bytes (151 MiB)
     SHA256: E00DBF801762E0B036918569B0214D4DA6365C233123B7F8503D156FE8C3A41F

It should be shocking to everyone, if I'm right that there isn't a single
real Windows VPN browser review on the entire Internet, that isn't a shill.
 <https://www.reddit.com/r/alohabrowser/comments/1dchmcy/the_latest_version_of_aloha_browser_for_windows/>
 <https://editorialpulse.com/aloha-browser/>
 <https://thetechmirror.com/aloha-browser-for-windows/>
 <https://www.softpedia.com/get/Internet/Browsers/Aloha-Browser.shtml>
 <https://windowsreport.com/aloha-browser/>
 <https://www.trustpilot.com/review/www.alohabrowser.com>
 <https://sourceforge.net/software/product/Aloha-Browser/>
 etc.

So here's my review... 
What's ironically paradoxical about Aloha VPN is it's blazingly fast.

Yet, it's so fantastically Superman-fast because it's badly designed!
What a paradox!

Having extensively tested the Windows VPN browser, here's my review of it.
 a. Blazing speed
 b. System-wide hijack
 c. Silent, random drops
 d. Broken routing & DNS
 e. No integration with Windows security model
 f. Structural, not performance, failures

Blazing speed:
 a. Apparent throughput: 
    Measured TCP/UDP transfers through Aloha's tunnel show very high 
    bandwidth and low latency compared with many consumer VPNs, where
    downloads and streaming feel near-native.
 b. Why it looks fast: 
    Because Aloha forces all traffic through raw routed paths without 
    encapsulation overhead (no full TAP/TUN encapsulation, no extra kernel
    filtering), packets bypass many normal VPN processing stages that add 
    CPU or queueing delay.	 

System-wide hijack: 
Aloha on Windows doesn't behave like a browser VPN-it rewrites the whole
routing table, so all traffic (not just browser traffic) is forced through
its tunnel, without using proper Windows VPN primitives (virtual adapter,
NDIS miniport, WFP, NLA, NCSI, etc.).

Silent, random drops: 
The tunnel collapses unpredictably, with no kill switch, no route lock, no
OS-level awareness. When it drops, Windows just sends everything out over
your normal connection-instantly exposing your real IP mid-session.

Broken routing & DNS: 
After a drop, routes and DNS are left in a half-broken state: leaks,
stalls, orphaned routes, resolver races, and users needing route -f to
recover.

No integration with Windows security model: 
Because it doesn't use official VPN APIs or register as a VPN interface,
Windows can't apply VPN-aware firewall rules, DNS policies, or "VPN
required" policies. The OS literally doesn't know a VPN is supposed to
exist.

Structural, not performance, failures: 
The instability isn't just "it's slow" or "it disconnects sometimes", 
so it's architected in a way that guarantees unsafe behavior of no kill 
switch, no IPv6 handling, no TAP/TUN-style queue, no WFP callout, 
no proper adapter, and no documentation. 	 
-- 
Knowledge is knowing what is, while experience is knowing what will happen.