Tailscale
by Tailscale Inc.
Mesh VPN based on WireGuard
| App Name | Tailscale |
|---|---|
| Developer | Tailscale Inc. |
| Category | Tools |
| Download Size | 22 MB |
| Latest Version | 1.72.0-taa448d5a9-g |
| Average Rating | 4.29 |
| Rating Count | 1,535 |
| Google Play | Download |
| AppBrain | Download Tailscale Android app |
Securely connect to anything on the internet with Tailscale. Built on WireGuard®, Tailscale is networking technology that enables you to make finely configurable connections, secured end-to-end according to zero trust principles, between any resources on any infrastructure. Tailscale brings identity to the network layer, so that you can control access based on user identity, not only IP address. This gives you the power to intuitively and flexibly define which users should have access to which services based on existing user identities, as well as groups, services, and subnet ranges.
Tailscale transforms your existing network from a legacy hub and spoke model to a modern, lightweight, and responsive mesh networking architecture that eliminates single points of failure and delivers better performance, scalability, and security for your end users, devices, and remote resources.
Replace legacy VPNs, connect workloads across on-prem and cloud infrastructure providers, power Zero Trust initiatives, and make remote access secure by simplifying software-defined networking and security operations. Deploy a zero-config VPN, securely access resources on any infrastructure, unlock developer workflow networking, and modernize Enterprise networking at scale with Tailscale.
Tailscale is hardware-agnostic—so you can make decisions about your hardware independently from decisions about your network. Tailscale creates an overlay network, using your existing network, so you can incrementally deploy it without needing new network switches or to change your network architecture.
Tailscale works with 100+ technology integrations and dozens of identity providers, and is available on a wide range of operating system platforms, including Apple macOS, iOS, and tvOS, Windows, Linux, and Android.
Recent changes:
- New: Captive portal detection is now supported.
- Changed: Health warnings, if any are present, are displayed in the main view of the app.
- Changed: A health warning is now raised if Tailscale is unable to forward DNS queries to the configured resolvers.
- Changed: An increase in send and receive buffer sizes for userspace mode TCP improves throughput over high latency paths.
Tailscale transforms your existing network from a legacy hub and spoke model to a modern, lightweight, and responsive mesh networking architecture that eliminates single points of failure and delivers better performance, scalability, and security for your end users, devices, and remote resources.
Replace legacy VPNs, connect workloads across on-prem and cloud infrastructure providers, power Zero Trust initiatives, and make remote access secure by simplifying software-defined networking and security operations. Deploy a zero-config VPN, securely access resources on any infrastructure, unlock developer workflow networking, and modernize Enterprise networking at scale with Tailscale.
Tailscale is hardware-agnostic—so you can make decisions about your hardware independently from decisions about your network. Tailscale creates an overlay network, using your existing network, so you can incrementally deploy it without needing new network switches or to change your network architecture.
Tailscale works with 100+ technology integrations and dozens of identity providers, and is available on a wide range of operating system platforms, including Apple macOS, iOS, and tvOS, Windows, Linux, and Android.
Recent changes:
- New: Captive portal detection is now supported.
- Changed: Health warnings, if any are present, are displayed in the main view of the app.
- Changed: A health warning is now raised if Tailscale is unable to forward DNS queries to the configured resolvers.
- Changed: An increase in send and receive buffer sizes for userspace mode TCP improves throughput over high latency paths.
