Best for teams already using Cloudflare that want secure remote access to internal apps and services
Category wins
4
Score
82
Side-by-side comparison
Compare Cloudflare Tunnel vs inlets head-to-head on AltStack. Analyze feature scores, review community insights, and find the best software alternative for your workflow.
Grouped by use-case fit and featured picks. Save any option to My Stack and jump there to review or share it.
Best for teams already using Cloudflare that want secure remote access to internal apps and services
Category wins
4
Score
82
Best for organizations using Tailscale that need a secure way to share local web apps and services
Category wins
1
Score
76
Best for teams evaluating b2b saas tools
Category wins
1
Score
76
Best for engineering teams that want a self-hosted, controllable tunnel solution for internal services and Kubernetes
Category wins
1
Score
64
Best for developers who need a fast, free way to expose a local web app for testing or demos
Category wins
0
Score
47
Category-by-category comparison. Green highlight marks the best value in each row.
Rank #1
Rank #3
Rank #4
Rank #2
Rank #2
Rank #1
6integrations
Rank #3
2integrations
Rank #4
2integrations
Rank #2
6integrations
Rank #2
5integrations
Rank #1
92
Rank #3
78
Rank #4
67
Rank #2
90
Rank #2
84
Rank #1
4
Rank #3
4
Rank #4
3
Rank #2
3
Rank #2
4
Rank #1
3
Rank #3
3
Rank #4
3
Rank #2
3
Rank #2
3
Rank #1
Rank #3
Rank #4
Rank #2
Rank #2
Security
Integrations
6integrations
2integrations
2integrations
6integrations
5integrations
Rep
92
78
67
90
84
Pros
4
4
3
3
4
Cons
3
3
3
3
3
How each product is licensed and where it can run.
License
Deployment
One-line reasons teams pick each alternative over your baseline.
inlets
Not listed as an alternative to Cloudflare Tunnel.
LocalTunnel
Not listed as an alternative to Cloudflare Tunnel.
ngrok
Not listed as an alternative to Cloudflare Tunnel.
Tailscale Funnel
Not listed as an alternative to Cloudflare Tunnel.
Full breakdown for each product in the comparison.
Best for teams already using Cloudflare that want secure remote access to internal apps and services
Pros
Cons
Best for engineering teams that want a self-hosted, controllable tunnel solution for internal services and Kubernetes
Pros
Cons
Best for developers who need a fast, free way to expose a local web app for testing or demos
Pros
Cons
Best for teams evaluating b2b saas tools
Pros
Cons
Best for organizations using Tailscale that need a secure way to share local web apps and services
Pros
Cons
Community FAQ
Cloudflare Tunnel FAQ
No, Cloudflare Tunnel requires running the cloudflared daemon which connects outbound to Cloudflare's edge network. The tunnel endpoint and traffic routing are managed by Cloudflare's infrastructure, so you cannot self-host the entire tunnel service independently.
Community insight informed by Reddit discussions
No, Cloudflare Tunnel depends on an active outbound connection from your local service to Cloudflare's global network. Without internet connectivity, the tunnel cannot establish or maintain the connection, so offline access is not supported.
Community insight informed by Hacker News discussions
Data transmitted through Cloudflare Tunnel remains your data, but it passes through Cloudflare's edge servers. Cloudflare does have access to the traffic for routing and security purposes, especially if you enable features like WAF or Zero Trust policies. For end-to-end encryption, you should ensure your services use TLS or other encryption layers.
Community insight informed by StackOverflow discussions
Cloudflare provides APIs to manage tunnels, but there are rate limits and feature restrictions depending on your Cloudflare plan. Free plans have lower API rate limits and fewer management features compared to paid plans. Refer to Cloudflare's API documentation for exact limits.
Community insight informed by Forums discussions
Currently, Cloudflare Tunnel configurations are tied to your Cloudflare account and cannot be directly exported or migrated. You need to recreate tunnels and reconfigure access policies manually in the target account or environment.
Community insight informed by Reddit discussions
inlets FAQ
Self-hosting inlets requires setting up and managing your own gateway server, which involves deploying the inlets server component on a public endpoint you control. Unlike SaaS tools like ngrok that provide turnkey tunnels, inlets demands operational ownership including TLS certificate management, firewall configuration, and monitoring. However, this complexity grants full control over your infrastructure and data flow.
Community insight informed by Reddit discussions
Inlets requires an internet-accessible gateway to establish reverse tunnels, so it does not natively support fully offline or air-gapped environments. The client needs to connect to the public inlets server to create the tunnel. For purely offline scenarios, alternative networking setups or VPNs would be necessary.
Community insight informed by Hacker News discussions
Since inlets is self-hosted, you retain full ownership and control over all data transmitted through the tunnels. The traffic is proxied via your own gateway server, so no third-party cloud provider sees your data unless you choose to expose it that way. TLS encryption is supported to secure data in transit, but you must manage certificates and endpoint security yourself.
Community insight informed by StackOverflow discussions
Inlets itself does not impose API rate limits since it operates as a reverse tunnel proxy rather than a centralized API gateway. However, throughput and connection limits depend on your gateway server's resources and network capacity. The open-source core has no built-in restrictions, but some advanced commercial features may introduce additional controls.
Community insight informed by Forums discussions
Inlets does not provide an automated migration tool for tunnels or configurations. Since tunnels are ephemeral and configured per client-server pair, migration typically involves redeploying the inlets server on the new gateway and updating client configurations accordingly. Configuration files and TLS certificates can be backed up and restored manually to facilitate this process.
Community insight informed by Reddit discussions
LocalTunnel FAQ
Yes, LocalTunnel provides an option to run your own tunnel server by deploying the localtunnel-server project. This requires setting up a Node.js server that handles tunnel requests, which increases reliability and control but involves managing your own infrastructure and SSL certificates.
Community insight informed by Reddit discussions
No, LocalTunnel requires an active internet connection because it creates a public tunnel through a remote server to expose your local web server. Without internet access, the tunnel cannot be established and your local service won't be reachable externally.
Community insight informed by Hacker News discussions
Data passing through LocalTunnel is routed via the public tunnel server, which means the server operator technically has access to the unencrypted traffic unless your local service uses HTTPS. LocalTunnel itself does not provide end-to-end encryption or data ownership guarantees, so sensitive data should be protected at the application layer.
Community insight informed by StackOverflow discussions
LocalTunnel does not officially document strict API rate limits, but since it relies on shared public servers, heavy or abusive usage may lead to connection drops or temporary blocks. Running your own server can alleviate these limitations by allowing unlimited tunnels under your control.
Community insight informed by Forums discussions
LocalTunnel does not maintain persistent tunnel configurations or support exporting tunnels because each tunnel is ephemeral and created on demand. For persistent or reproducible tunnels, you would need to script your local client startup or consider alternative tools that support configuration export.
Community insight informed by Reddit discussions
ngrok FAQ
No, ngrok does not currently offer an official self-hosted version. The service relies on its cloud infrastructure to establish and maintain secure tunnels, so you must use their hosted platform. However, some open-source alternatives like localtunnel or expose exist if self-hosting is a strict requirement.
Community insight informed by Reddit discussions
No, ngrok requires an active internet connection to establish tunnels through its cloud servers. It cannot create tunnels or expose local services without internet access since the tunnel endpoints exist on ngrok's public servers.
Community insight informed by Hacker News discussions
Data transmitted through ngrok tunnels passes through ngrok's servers, so technically ngrok has access to the traffic. Ngrok uses TLS encryption for tunnels, but since it terminates the tunnel on their infrastructure, they could potentially access metadata or unencrypted data if not using end-to-end encryption within the tunnel. For sensitive data, additional encryption at the application layer is recommended.
Community insight informed by StackOverflow discussions
Yes, ngrok imposes rate limits and connection limits depending on your subscription tier. The free tier has restrictions on concurrent tunnels, session duration, and API request rates. Pro and higher tiers offer increased limits and additional features. Detailed limits are documented in ngrok's official API documentation.
Community insight informed by Forums discussions
Ngrok does not provide built-in export or migration tools for tunnel configurations. Tunnel setups are typically defined in local config files or via CLI commands. To migrate, you would manually replicate your tunnel definitions in the new service’s configuration format. Some third-party tools or scripts might assist with this, but no official migration path exists.
Community insight informed by Reddit discussions
Tailscale Funnel FAQ
Yes, Tailscale Funnel publishes local services over the Tailscale WireGuard network, which means your services are accessible only through your Tailscale network and authenticated devices. It does not require exposing your machine via a public IP or traditional port forwarding, enhancing security by limiting access to trusted identities.
Community insight informed by Reddit discussions
No, Tailscale Funnel requires an active internet connection because it relies on the Tailscale coordination server for device authentication and routing. While the underlying WireGuard tunnels can operate on local networks, Funnel’s public URL feature depends on Tailscale’s infrastructure and DNS resolution.
Community insight informed by Hacker News discussions
Currently, Tailscale Funnel does not provide a dedicated public API for managing Funnel endpoints or configurations. Management is primarily done via the Tailscale CLI and admin console. For automation, you can script CLI commands, but full API support for Funnel features is not yet available.
Community insight informed by StackOverflow discussions
Traffic routed through Tailscale Funnel remains encrypted end-to-end using WireGuard tunnels between your devices. Tailscale does not proxy or inspect your service data; it only facilitates encrypted routing based on your network and identity configuration. This ensures you retain full data ownership and privacy.
Community insight informed by Forums discussions
No official export or migration tool exists for Funnel configurations. Since Funnel settings are tied to the Tailscale account and device identities, migrating requires reconfiguring Funnel endpoints manually in the new account or organization. Backing up your Tailscale device keys and settings can help, but full Funnel config export is not supported.
Community insight informed by Reddit discussions