Keep outbound traffic locked down without cutting off Universal Clipboard, Sidecar, and local Apple device discovery.
Ready to protect your outbound traffic without disconnecting your Mac ecosystem?
You connect your Mac to PIA, sit down to work, and reach for a workflow you perform fifty times a day without thinking: copying an authentication code on your iPhone and pressing paste on your MacBook. Nothing happens.
You try to AirDrop a screenshot to your phone. The share sheet spins endlessly, and your nearby devices simply do not appear. You glance at your iPad sitting next to your keyboard, set up for Sidecar, only to find the connection dropped the second the VPN tunnel initialized.
To get your desktop working again, you end up doing the one thing that defeats the purpose of buying a VPN in the first place: you disconnect it.
The immediate reaction is usually confusion. You did not change your Apple ID, Wi-Fi is still connected on both devices, and Bluetooth is turned on. The issue feels like an arbitrary bug, but it is actually the result of how standard VPN clients handle local network routing on macOS.
Most traditional commercial VPNs, including Private Internet Access, treat your network interface with a blunt rule. When the tunnel goes up, they capture all system IP traffic and route it through a virtual network adapter. In an attempt to ensure zero data leaks, the firewall and routing table enforce an aggressive policy across your subnet.
Even if you go into PIA settings and check "Allow LAN Traffic," macOS users regularly discover that Apple Continuity services remain degraded or completely broken.
The reason lies in how Apple built these ecosystem features. AirDrop, Universal Clipboard, Sidecar, and Universal Control do not rely on standard point-to-point web traffic. They operate on a hybrid stack combining Bluetooth Low Energy advertisement, peer-to-peer Wi-Fi discovery, Apple Wireless Direct Link (AWDL), and Bonjour/mDNS queries broadcasted across local network interfaces.
When a VPN driver intercepts all socket activity and reroutes default gateway traffic without specific, native awareness of Apple's local daemon sockets (such as `sharingd` and `identityservicesd`), it inadvertently blocks or misroutes the handshake packets. The Mac can no longer confirm that the incoming peer request is originating from a trusted device on the same physical link. To macOS, the moment the VPN rewrites the route table, the local trust boundary is severed.
For users deeply invested in the Mac ecosystem, this creates an annoying daily compromise. You are forced to choose between leaving your connection unprotected on untrusted networks or sacrificing the hardware workflow features that made you buy Apple hardware in the first place.
This is where the distinction between broad-brush desktop VPNs and modern, Apple-conscious networking matters.
A viable PIA alternative cannot just be another provider that offers a generic "bypass local LAN" toggle. It has to separate external interface encryption from internal macOS subsystem routing. Outbound internet requests must be strictly tunneled through encrypted WireGuard or modern protocols, while link-local broadcast traffic, AWDL interfaces, and daemon discovery remain anchored to physical hardware interfaces.
ONLYDOGSVPN handles this exact distinction without requiring you to write custom firewall scripts or restart network daemons in Terminal.
Instead of treating the Mac like a generic Unix box with a single network pipe, ONLYDOGSVPN is architected with modern local network routing rules that actively respect native Apple frameworks. Outbound web activity, DNS requests, and background app downloads remain fully encrypted through secure external gateways, while local peer-to-peer protocols are recognized and preserved.
What does that mean in practical use?
You leave your VPN connected all day. When you copy text on your iPhone, Universal Clipboard instantly delivers it to your Mac pasteboard. When you export a design or a video clip and select AirDrop, your nearby devices populate on the screen in two seconds. Sidecar maintains its low-latency display pipeline to your iPad over both cable and wireless connections, without packet collision or sudden drops.
It is worth noting where ONLYDOGSVPN is not the right fit. If your primary use case is deep custom port-forwarding setups for local home-lab servers, complex self-hosted split-tunnel script configurations, or multihop routing across obscure legacy protocols, you may prefer an open-source technical client like raw WireGuard tools where you manually write interface exceptions.
Furthermore, if you are looking for a completely free VPN service, this is not that. Reliable, audited tunnel infrastructure and high-speed routing nodes require dedicated maintenance.
However, if you are a professional or daily Mac user who left PIA because you were tired of turning off your security just to transfer a photo or use your iPad as a second monitor, the tool needs to fit your actual operating system. You should not have to disable your privacy tool to let your Mac behave like a Mac.