Although Apple at times uses the term obfuscation in a non-technical sense to describe how their traffic may appear as normal traffic in some contexts, when you're using Private Relay to connect to a business or school network, Private Relay's proxy server traffic is readily identifiable and the service makes no effort to obfuscate itself with traditional VPN-type obfuscation. The ability to overcome geo-blocking and escape organizational networks relies on more than appearing to be from a different location it relies on your traffic looking inconspicuous. No web traffic obfuscation: Encrypted web traffic created by using a VPN looks a lot different than non-VPN traffic, but the best VPNs camouflage themselves to appear like normal traffic in a process called obfuscation or, as it sometimes specified, VPN obfuscation. Private Relay is explicitly designed to comply with geo-blocking and does not hide your general region or city from internet providers or authorities. But for those in countries burdened by censorship and oppressive regimes, VPNs offer the ability to circumvent geo-restrictions to safely access crucial information and news. Some use that feature to access streaming media services while abroad and watch their home country's entertainment catalog. No geo-blocking: A key feature of a VPN is the ability to overcome geographic restrictions and access global content on an open web. In other words, if you use the Chrome browser from your iPhone, don't expect any Private Relay protections or features. Developers said any connections your app makes over the local network or to private domain names will be unaffected, and that any traffic that comes from using a proxy will also be exempt.
In its developer-focused presentation, Apple said Private Relay encryption only covers Safari, the DNS-related traffic on your device, and a small subset of traffic from apps. In Apple's case, however, only some of your device's traffic is specifically handled by Private Relay for encryption.
It will then assign you a new IP address, and connect you to one of its network of servers before spitting you out at your destination website.
No device-wide encryption via the app: While many VPNs offer a secondary, browser-only plugin, a true standalone VPN is designed to encrypt all of the information coming out of your device through its app. *Private Relay's browser-based IP address encryption benefits are limited to Safari How Private Relay is different to a VPN Your traffic blends in with everyone else's via VPN obfuscation You can overcome geo-location blocks and censorship to access media Your public IP (where you are and who you are) is encrypted, start to finishĪll outgoing data from your device is encrypted via the app Private Relay will also be unavailable in Belarus, Colombia, Egypt, Kazakhstan, the Philippines, Saudi Arabia, South Africa, Turkmenistan and Uganda. Apple confirmed Private Relay won't be available in China, one of its most important markets. With an underlying technology that centers on encryption, it's unlikely Private Relay will be offered in countries where it may interfere with domestic surveillance or contradict anti-encryption laws.
Read more: Apple privacy updates tell you more about how apps use your data The tech behind Private Relay, however, could theoretically represent a significant leap forward for overall privacy among commercial (though not enterprise) VPN users as additional research emerges on its potential to prevent a shady VPN provider from identifying you. According to Apple developers, that currently means Private Relay will ignore the traffic of your VPN. On the other hand, Private Relay can be used alongside a traditional VPN, whether that's a personal or company VPN.
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