Tidy Desk is a security-first, low-latency remote desktop engine that allows you to stream your computer to any device without exposing your entire network. Built by former AWS engineers, it replaces vulnerable “network tunnels” with Atomic Event Architecture, where every click and keystroke is a signed, encrypted, and one-time-use cryptographic transaction. It’s essentially a hyper-private direct connection to your machine that prioritizes zero-trust security and bare-metal performance.
Existing tools require you to punch a “hole” in your firewall or rely on a “middle-man” relay server. When you use them, you aren’t just sharing a screen; you’re exposing your entire network. The Risk: A single compromised credential doesn’t just give an attacker your screen—it gives them a “lateral movement” launchpad into your home network, your NAS, and your local IoT devices.
No relays. No TURN servers. No extra hops. Tidy Desk utilizes direct ephemeral streams to turn every interaction into a discrete, hyper-secure event. It’s a faster, flatter, and more secure way to work.
Making the juice not worth the squeeze: We don’t just encrypt; we invalidate. Intercepting a Tidy Desk stream is like catching a single-use key after the lock has already been changed. An attacker could spend a century trying to crack the encryption, but it wouldn’t matter. Every packet is signed, sealed, and expired on arrival. Replay attacks aren’t just difficult—they are mathematically impossible.
Q: Why is Tidy Desk safer than Tailscale or Rust Desk?
A: The competition relies on persistent network tunnels. If someone gets your credentials, usually just a file, they are on your network. Tidy Desk uses a “Zero-Exposure” architecture. There is no “bridge” for a hacker to walk across. Your computer is a fortress; we just provide a highly secure window.
Q: What happens if my device is stolen, while unlocked?
Q: What counts as a “License”?
A: A license is for the host computer you stream from. You can connect to that host from an unlimited number of devices (phones, tablets, browsers) at no extra cost. Netflix level uptime for the signaling servers encrypting each step.
Direct-path reliability. Because we don’t route your data through a “middle-man” relay, we’ve eliminated the most common point of failure and latency. No rate limits, no bandwidth tolling, and zero middle-man downtime—just a raw, high-performance pipe between you and your machine.
A: Absolutely. Tidy Desk is designed for true desktop-class productivity on mobile. In fact, we designed and finalized the Tidy Desk logo using a Samsung Fold 7 connected to a remote desktop running Photoshop. Because our app supports advanced zooming and panning without latency, the experience feels completely natural—like your phone just became a high-end mobile workstation.
Previous tools like RustDesk struggle with mouse lag and overshooting targets, making it impossible to do anything more than wave a cursor—Tidy Desk virtualizes the interaction loop with sub-frame latency. Allowing the feedback and precision required for professional graphic editing, audio, and CAD software possible.
A: Yes. We’ve spent hundreds of hours user-testing an intuitive touch-interface that replicates the full desktop experience.
A: Because macOS isn’t meant to be “simulated” or installed on anything but a mac — it violates EULAs.
Traditional remote desktop (KVM, Xen, Firecracker) is built for Linux. Trying to virtualize macOS is a performance and security nightmare:
| Feature | KVM / Xen | Firecracker (MicroVMs) | Tidy Desk (Atomic Event) |
|---|---|---|---|
| Mac Compatibility | Near Impossible. Requires non-standard patches and violates EULAs. No native GPU accel. | Linux Only. Architected specifically for Linux MicroVMs and containers. | Native. Built with Swift to leverage native macOS display and input APIs. |
| Client Requirement | Heavy. Requires specialized VNC/RDP clients or terminal emulators. | Terminal-First. Primarily accessed via SSH or API calls. | Unified. A single, high-performance client for all viewing devices. |
| Layer | Kernel/Hardware. Simulates full CPU/RAM/Disk. | VMM. Stripped-down KVM for serverless/containers. | Application/UI. Virtualizes the interaction loop (Input/Pixels). |
| Trust Model | Trust the Hypervisor. Vulnerable to “VM Escapes.” | Sandboxed. Uses a “Jailer” to wrap the process. | Zero-Trust. Trust the signed, one-time-use instruction. |
| Network | Creates a Network Bridge (VPC/VPN). | Isolated micro-network. | Zero Exposure. No network bridge created. |
For the individuals and enthusiasts building from anywhere.
| Base | Pro | Mad Scientist |
|---|---|---|
| $99 / yr | $150 / yr | $199 / yr |
| 1 Host Machine | 3 Host Machines | 5 Host Machines |
| Unlimited Remote Clients | Unlimited Remote Clients | Unlimited Remote Clients |
| Core remote desktop | Everything in Base | Everything in Pro |
| High-Speed Sharing | Multi-Host Sync | Beta/Experimental Features |
| Priority Support | Direct Dev-Channel Access |