Both ways, same features
Run Silux Connect on your own server with Docker for free, or sign up for the hosted service. Nothing is held back from self-hosters.
An account that remembers your computers
Every computer you add stays in your account with its live status — no need to keep an address book in sync by hand.
Beyond remote control
RMM (monitoring, alerts, scripts, patching), ticketing, terminal monitoring for long-running jobs and AI coding agents, and WhatsApp alerts.
Designed for low bandwidth
Usable from about 150 kbps with no hard bitrate floor; the picture repairs itself after packet loss.
New: direct, AR and AI
Sessions go peer-to-peer from the browser when the network allows (the relay takes over when it can't), AR camera assist lets you see through a customer's phone with markers that stay on the object, and AI fix diagnoses the computer and drafts a script you approve before it runs. Wake-on-LAN works from anywhere, no port forwarding.
Silux Connect vs RustDesk
| Silux Connect | RustDesk | |
|---|---|---|
| Self-host for free | Yes | Yes (open-source server) |
| Hosted option | Yes, free for 20 computers | Paid Server Pro / no free hosted management |
| Paid plan from | $4 / month (monthly or annual) | About $9.90 / month, billed annually |
| RMM + ticketing | Included | No |
| WhatsApp offline alerts | Yes | No |
| AR through the customer's phone | Yes — no app | No |
| Wake-on-LAN from anywhere | Yes, via an online neighbour | LAN discovery list only |
| AI fix inside the session | Diagnose + draft + reviewed run | No |
Competitor prices are public list prices collected from vendor and aggregator pages in 2026; check the vendor's site for current offers. Silux Connect prices are in USD per month, 15% less when paid annually.
Frequently asked questions
Is the agent open source?
Yes, the agent is open source, and the whole platform can be self-hosted.
Related
Guides: Free remote desktop for 20 computers · Remote desktop for slow internet · Unattended access to a headless PC · Free RMM with ticketing · Full feature matrix
