If TeamViewer no longer fits your budget, licensing needs or appetite for vendor-managed infrastructure, the best replacement depends on what you do with it. Chrome Remote Desktop is the simplest choice for accessing a few personal computers or providing occasional help. RustDesk is the closer TeamViewer-style alternative, especially if you want to operate your own connection servers. TeamViewer remains the more complete managed platform for commercial support teams.
Switching is a trade-off, not an automatic upgrade: you may gain simplicity or infrastructure control, while giving up some administration, reporting and support features. This guide compares the workflows and shows how to migrate without losing access to a device.
Why leave TeamViewer?
There is no universal reason to switch. A tool that is excessive for home use may be worth its cost to a business that depends on managed support workflows.
- Licensing and cost: TeamViewer distinguishes personal, non-commercial use from commercial plans. Commercial cost and fit depend on needs such as licensed experts, concurrent channels, managed devices and support volume—not just the number of computers. TeamViewer’s product documentation lists a free personal-use plan and separate commercial offerings, including Remote Access, Business, Premium and Corporate; its subscriptions are described as annual and renew every 12 months. See TeamViewer’s product descriptions and pricing overview.
- Less product than you need: If you only connect to a home PC from a laptop or phone, a full commercial support platform may add account and product-management overhead without solving a problem you have.
- More control over infrastructure: RustDesk can use a self-hosted ID and relay backend. That can appeal to homelab operators and organizations that want more control over where connection infrastructure runs, but it does not by itself guarantee privacy or security.
- Licensing or account friction: Some users report friction around commercial-use detection, but that is anecdotal and does not establish that personal users are routinely misclassified. Check the applicable terms and any account-specific notice rather than assuming a particular outcome.
TeamViewer’s value is not limited to screen sharing. Its product material lists features such as unattended access, file transfer, multiple monitors, remote printing, remote sound, VPN, remote terminal, device and user management, access controls, integrations, and—on eligible plans—session recording and reporting. Higher tiers describe enterprise features including SSO, auditability, API access and mass deployment. For a business, the subscription can also buy a managed service, support workflows and vendor assistance. See TeamViewer’s current product descriptions.
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How the three options differ
This is a practical comparison of documented workflows and capabilities, not a speed, latency, image-quality or reliability benchmark. Actual performance depends on the endpoints and network.
| Use or requirement | TeamViewer | Chrome Remote Desktop | RustDesk |
|---|---|---|---|
| Accessing a personal computer | Capable; may be more than a simple setup needs | Strong fit for basic access | Capable, with more configuration choices |
| One-time help for another person | Managed support workflow | Simple code-and-approval workflow | Remote-control option, but may take more explanation to set up |
| Unattended access | Supported | Supported for configured computers | Supported |
| Commercial support operations | Broad managed features; plan-dependent | Limited administration and support workflow | Possible; administration depends on deployment |
| Self-hosted connection infrastructure | No ordinary self-hosted equivalent in this comparison | No | Yes, with RustDesk Server OSS or Server Pro |
| Centralized administration | Available, plan-dependent | Limited | Available through Server Pro features |
| Setup and ongoing operations | Managed service; plan and account setup apply | Lowest-friction setup for ordinary use | Client setup is moderate; self-hosting adds server operations |
| Platform caveat | Broad platform support; details depend on the product and plan | Windows, macOS and Linux hosts, with mobile access | Broad desktop support and mobile clients; iOS devices cannot themselves be remotely controlled |
| Commercial licensing signal | Free personal-use tier; commercial plans are separate | The reviewed Google help documentation does not provide a comparable commercial licensing table | Free open-source self-hosted backend; Pro and infrastructure costs are separate |
Chrome Remote Desktop: simplest for basic access
Chrome Remote Desktop offers two different workflows: configuring a computer for later unattended access, or starting a one-time support session with another person’s approval. Google documents encrypted remote desktop sessions and Windows, macOS and Linux hosts, with access from mobile devices through the Chrome Remote Desktop app. Its setup and support instructions are at Google’s Chrome Remote Desktop help page; the service entry point is remotedesktop.google.com.
Set up unattended access
- On the computer you want to reach, open Chrome and go to remotedesktop.google.com/access.
- Under Set up Remote Access, select Download, install the host component and follow the prompts. Enter the computer password if requested, then create the access PIN.
- From the device you will use to connect, open the same access page, select the configured computer and enter its PIN.
Use this mode for a computer you own or administer and have configured in advance. A host that is asleep, offline or blocked by local policy cannot be made available simply by entering the PIN.
Start a one-time support session
- On the computer being helped, open Chrome and go to remotedesktop.google.com/support.
- Under Get Support, select Download, install the required component and select Generate Code.
- Give the one-time code to the helper. The helper enters it under Give Support.
- The person receiving help sees the helper’s email address and must select Share to approve access. Select Stop Sharing to end the session.
Treat that code as permission to the whole computer, not as a limited screen-view link. Google says the recipient grants the helper access to apps, files, email, documents and history during the session. The code works once, and the recipient must confirm again every 30 minutes. Share it only with someone you trust, approve the expected helper, and stop sharing when assistance is finished. Google’s documented workflow does not present Chrome Remote Desktop as a full help desk or IT-management suite: it lacks the broad support-team administration, reporting and customization associated with commercial platforms.
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When it will not connect
- Check that the host computer is awake, the host component is running and you are using the correct Google account.
- A work or school administrator may restrict the service. Managed Google accounts can have administrator-imposed limits.
- Firewall or antivirus rules may interfere. Google’s troubleshooting guidance identifies outbound UDP, inbound UDP responses, TCP 443, and STUN traffic on port 3478 as relevant; check the current instructions and your network policy before changing rules.
- Some Linux desktop environments do not support multiple simultaneous sessions. Google documents using a separate desktop environment or session chooser where needed.
- Google recommends the latest Chrome or ChromeOS version. If sharing is blocked, check administrator restrictions and the current troubleshooting guidance rather than assuming the PIN is the cause.
Encryption is one part of security, not a substitute for a secure Google account, protected PIN, trusted endpoint and careful approval of support sessions. Google’s service and troubleshooting details are documented at support.google.com/chrome/answer/1649523.
RustDesk: a closer alternative when control matters
RustDesk is an open-source remote desktop client that can use RustDesk’s public servers or a self-hosted RustDesk Server. It is a better fit than Chrome Remote Desktop when you want a more traditional remote-control workflow, unattended access across several devices, file-transfer and clipboard-oriented work, or the option to run your own connection infrastructure. The client documentation lists Windows, macOS, multiple Linux distribution families and formats, Android, iOS and web support. Its iOS qualification matters: RustDesk can run as a client on iOS, but the documentation says an iOS device cannot itself be controlled remotely. See RustDesk’s client documentation and the RustDesk project repository.
Choose public servers or self-host
- Public-server use: The client can connect using RustDesk’s public infrastructure. This is the lower-setup way to evaluate the client, but you have less control over the connection infrastructure. Using RustDesk does not automatically mean you are self-hosting.
- Server OSS: RustDesk describes its free, open-source backend as a self-hosted option for individuals and teams. It is community-supported and manually deployed and configured. “Free” refers to the software, not necessarily the machine, bandwidth or time needed to operate it.
- Server Pro: The self-hosting documentation describes a web console, API, OIDC, LDAP, two-factor authentication, device management, access control, multi-relay management, audit logs, address books, and centralized strategies and settings. Those features are aimed at organizations that need administration beyond a basic self-hosted server.
For a dated price signal, RustDesk’s pricing page listed an Individual self-hosting Pro plan at $11.88 per month billed annually, with one login user, 20 managed devices, unlimited concurrent connections and the listed administration features. The page also listed a free plan and described the pricing as applying to self-hosting rather than a SaaS subscription. These are figures observed on the official page for the August 2026 commercial snapshot, not a guarantee of current availability or limits; check RustDesk’s pricing page before choosing a plan. Hosting, administration, security, backups and support effort remain separate.
Install the client
Download the current installer or package for your operating system from the official client documentation. RustDesk’s documented examples include:
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- Windows: Download and install the executable. For silent installation, the documented switch is
--silent-install. - macOS: Open the DMG, drag RustDesk to Applications, launch it, and grant requested permissions.
- Debian derivatives:
sudo apt install -fy ./rustdesk-<version>.deb - Red Hat derivatives:
sudo yum localinstall ./rustdesk-<version>.rpm - Arch/Manjaro:
sudo pacman -U ./rustdesk-<version>.pkg.tar.zst - openSUSE:
sudo zypper install --allow-unsigned-rpm ./rustdesk-<version>-suse.rpm
Replace <version> with the filename’s actual version; do not treat these commands as universal across all package formats or later releases. Consult the current RustDesk client instructions. On macOS, screen recording, accessibility, input monitoring or related permissions may be required for the functions you use; Linux package and desktop-session behavior can also vary.
What self-hosting RustDesk actually means
A self-hosted RustDesk deployment involves more than installing an app on a server. The documented architecture uses two services: hbbs, the ID/rendezvous or signaling server, and hbbr, the relay server. Clients contact the ID server to announce their network location. When a connection begins, hbbs attempts to establish a direct connection using NAT hole punching. If that does not work, the session can use the relay.
RustDesk’s self-hosting documentation lists these default ports: hbbs uses TCP 21114, 21115, 21116 and, where applicable, 21118, plus UDP 21116; hbbr uses TCP 21117 and TCP 21119 for WebSocket use. These are documentation-specific defaults, not a firewall recipe for every installation. Ports required can depend on version, deployment method, proxy and network topology; verify the current self-hosting documentation before exposing services.
Self-hosting transfers operational responsibility to you. Plan for a reachable server and DNS or address, firewall configuration, patching, monitoring, backups, security hardening and relay bandwidth. If direct connection fails, the relay may carry the session and its bandwidth becomes a capacity consideration. If the server is down or its DNS, firewall, key or service configuration is inconsistent, endpoints can be healthy yet unable to connect. A misconfigured or neglected server is not inherently safer than a managed service.
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The security trade-off is about control and responsibility, not a simple “more secure” label. Consider encryption in transit, account and device authentication, access permissions, server exposure, logs, data location, update cadence and recovery after compromise. Self-hosting can give an organization more control over infrastructure and locality; it also creates another system to secure and maintain.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Which tool fits each job?
Choose Chrome Remote Desktop for a few personal computers
- You want the shortest setup and basic access from a browser or mobile device.
- You occasionally help a family member or colleague and can explain the approval and full-access permission clearly.
- You do not need technician queues, branded customer support, fleet management or detailed session reporting.
- You are comfortable with Google-account-based access and do not need to administer a connection server.
Choose RustDesk for flexibility and infrastructure control
- You want a closer remote-control workflow to TeamViewer and more flexibility across devices.
- You can manage Linux or containerized services, DNS, firewall rules, updates and backups if you self-host.
- You need control over rendezvous and relay infrastructure, or are willing to evaluate public-server use before operating your own backend.
- You accept that self-hosted availability and security are your responsibility; for centralized administration, assess whether Server Pro features fit.
Stay with TeamViewer for managed support operations
- Your team depends on its reporting, integrations, deployment, access controls, branding or enterprise administration.
- You need vendor-backed support or service-level commitments that your chosen replacement does not provide.
- Your users are nontechnical and the added setup and maintenance of RustDesk would increase support burden.
- The cost of maintaining infrastructure and technician time would outweigh the licensing savings for your actual workload.
Migrate without locking yourself out
Do not uninstall TeamViewer immediately after installing another remote desktop tool. Treat the migration as a controlled change: keep the existing route until the replacement has survived the failure cases that matter to you.
- Inventory the endpoints. List every TeamViewer-controlled computer, operating system, device name, alias and group. Mark whether each requires attended or unattended access, whether it is headless, and who owns it.
- Record the workflow and permissions. Note address-book organization, saved credentials, which technicians need access, and any required file transfer, clipboard, multiple-monitor, sound, printing, administrative elevation, reporting or audit functions.
- Choose the deployment for each use case. Decide whether a personal host needs Chrome Remote Desktop, whether RustDesk clients will use public or self-hosted servers, and whether professional support requirements still point to TeamViewer.
- Install the replacement while TeamViewer remains available. Configure unattended access on every required host. For RustDesk self-hosting, configure the server and clients consistently before relying on it.
- Test from every management device and network. Connect from outside the local network, test file transfer and other required functions, and confirm that the correct users can reach only the intended devices.
- Test a locked and rebooted host. Verify access after a restart, at the login screen if required, and after the host has been left unattended. An interactive session while someone is at the computer does not prove unattended access will work.
- Arrange fallback access. Keep a way to recover locally or out of band, such as physical access, SSH or console access where appropriate, or a separate remote-management channel. Without a fallback, a failed host installation or firewall change can leave you locked out.
- Remove the old route only after validation. Once the replacement works through the relevant failure cases, revoke old TeamViewer trusted devices, tokens, passwords and unattended-access configurations, then update access documentation and emergency procedures.
Common failure modes to plan for
Chrome Remote Desktop
- Computer appears unavailable: Confirm that it is powered on and awake, the host component is running, and the account and PIN are correct.
- Access is blocked on a managed network: Ask the work or school administrator whether policy restricts the service; managed Google accounts can also have restrictions.
- Network traffic is blocked: Check Google’s current troubleshooting instructions and the relevant UDP, TCP 443 and port 3478 traffic with the network administrator rather than opening broad inbound access indiscriminately.
- Linux session behaves unexpectedly: Check the desktop environment’s support for concurrent sessions and Google’s documented session alternatives.
- Support access is still active: Select Stop Sharing explicitly when done; do not treat the helper closing a browser as proof that sharing has ended.
RustDesk
- Direct connection fails: Check ID and relay server reachability, required ports, NAT traversal and consistent client/server configuration. A relay may be used if hole punching fails.
- Clients appear online but sessions fail: Check
hbbs,hbbr, DNS, firewall rules and key configuration together. - Sessions depend on an unavailable server: Determine whether the failure is the endpoint or the backend; a server outage can interrupt dependent connections.
- Relay use strains capacity: Account for the bandwidth of sessions that cannot establish a direct path.
- macOS control is incomplete: Review the system permissions RustDesk requests for screen capture and input.
- iPhone or iPad control was expected: RustDesk supports iOS as a client, but its documentation says it cannot remotely control an iOS device.
Cost is more than the license price
TeamViewer’s pricing page may require plan configuration or a sales conversation rather than showing one universal US price. Its product documentation describes annual subscriptions and plan-dependent limits and features; check the current pricing page and product descriptions for your region and requirements. A paid license is described for the expert in a supported session; the person receiving support does not necessarily need one.
Compare total ownership rather than monthly prices alone. Include license fees, server hosting, relay bandwidth, deployment labor, technician time, security administration, support burden, downtime risk and any compliance work. RustDesk Server OSS avoids a conventional software subscription for its open-source backend, but it does not remove those operating costs. Chrome Remote Desktop’s Google help documentation describes setup and support workflows but does not provide a comparable commercial licensing table, so organizations should confirm that its use fits their policies and intended use rather than infer a general commercial license from the help page. Sources: RustDesk self-hosting documentation and Google’s help page.
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