Hello I’ve been using cloudflare to get remote access for the couple apps I selfhost, but lately I’ve been hearing about the wonders of tailscale.
It seems that the free tier is enough for my use. Which would be a safe option to have remote access for my 3D printer? Also how are both in terms of privacy?
A VPN is going to offer better security. I would only use cloudflare if you need something to be open to the public. This is useful when you have non-technical users that aren’t going to understand using a VPN.
Just use CF with host restrictions. You can easily add which hosts should have access of you want to limit access further
Tailscale. Because it can do both. It functions as a mesh VPN for private access, but it also has Tailscale Funnel which does the same thing as Cloudflare tunnels but you don’t give all your traffic to Cloudflare
Is there a specific reason tailscale having all the same traffic opposed to cloudflare is a better option? I use cloudflare tunnels right now and figured them handling some of the data is better than me by myself.
Tailscale shouldn’t be getting your data anyway. It’s a mesh VPN that directly connects devices after their auth server gives out certs and let’s clients know where to find another. If you’re not comfortable with using their server for this I’d suggest you look into the open source headscale server. I do remember it routing through their server in the rare case NAT punching doesn’t work
Thanks for the info. Though I fail to see how it’s much different than cloudflare tunnels, I’ll probably stick with that for the near future but will try out tailscale funnel in the future.
It’s not functionally different from Cloudflare tunnels, that’s the point. You get the same functionality without giving all your data to a corporation.
I’m curious how if they’re functionally the same, one has all the data and the other “shouldn’t be getting your data anyway”. Was mostly curious to hear about informed differences in the products but clearly not going to get that, cheers.
You can selfhosted tailscale so that they don’t have any access. You can’t with cloudflare tunnels as far as I know. Tailscale’s client is open source, so is their Headscale server which originally was developed by a 3rd party. You can look into the code for that. Not sure what you’d want me to say. If you really want to be informed I’d inspect the code yourself
I’m self hosting cloudflared right now, the TLS from cloudflare terminates in a container in my network and then goes to my reverse proxy container for my local network. I’m definitely going to poke around tailscale and their funnels for the future, I’m just playing devils advocate for those replying not knowing anything about cloudflare tunnels yet saying they’re the wrong choice.
Because Cloudflare decrypts all your traffic, and Tailscale doesn’t. It’s still functionally the same though because you accomplish the game goal in a similar manner, but one is privacy respecting and one isn’t.
Tailscale server can also be self-hosted, look into headscale.
From my own experience, I still can’t setup headscale on my Android phone, I think latest tailscale APP fucked up setting custom server function.Don’t install from Google Playbeen using headscale + android ts app for a few months now, no issues. i get the app via fdroid.
Installed from F-Droid and it works without issue, thanks
Thanks! That sounds exactly what I’ve been looking for. Will try it out and if it’s too complicated I will use Tailscale.
If it’s just you, and you’re willing to install it on all your devices, Tailscale is the best option IMO. If you need to share things with others, use CF Tunnels.
It’s mainly just for me and my wife, I guess I can set it up for her.
I like tailscale and have been testing it for a few months. I’m also using headscale as the control plane.
Unfortunately the android client is somewhat unreliable. It works most of the time but once in a while, connections to your tailnet will fail for a bit and require retries. If you ping a machine in your tailnet during this problem, it will show packet loss and then start working after a few pings. This unfortunately makes it difficult to have a reliable split DNS setup.
I’ve done everything to try and understand what happens without success. It seems like state is lost somewhere and a few packets flowing will fix it. Running a constant ping from Android to my tailnet “fixes” the problem, but is not a great workaround.
Just something to keep in mind before you jump headfirst.
Acronyms, initialisms, abbreviations, contractions, and other phrases which expand to something larger, that I’ve seen in this thread:
Fewer Letters More Letters CF CloudFlare CGNAT Carrier-Grade NAT DNS Domain Name Service/System HTTP Hypertext Transfer Protocol, the Web HTTPS HTTP over SSL IP Internet Protocol NAS Network-Attached Storage NAT Network Address Translation SSH Secure Shell for remote terminal access SSL Secure Sockets Layer, for transparent encryption TCP Transmission Control Protocol, most often over IP TLS Transport Layer Security, supersedes SSL VPN Virtual Private Network VPS Virtual Private Server (opposed to shared hosting)
13 acronyms in this thread; the most compressed thread commented on today has 8 acronyms.
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You can just self-host Wireguard on an always-free Oracle cloud machine (or of course any other cloud host). It’s quite easy to set up and there are open source Wireguard UIs and clients for any OS. I will never rely on a company like Tailscale or Cloudflare for something like this.
That wouldn’t help with accessing their home network.
I would use wireguard at home for this, but we have CGNAT so that is impossible/hard so I just use tailscale, which uses WireGuard anyways.
Yes it would. If wireguard is hosted in a vps, they can setup a client on their home network and mobile device, bypassing their home and isp nat.
WireGuard wouldn’t work with CGNAT. The two servers can’t connect. I can’t get it to work anyways.
If it weren’t for CGNAT, are you saying that OP could connect all their servers to the VPS using WireGuard and then OP could connect to the VPS? In that case it seems easier to just host a wireguard on one of the servers at home and I highly recommend doing that if you don’t need to deal with CGNAT.
I think you could host your own Tailscale server on a VPS and then use tailscale on the servers and your client computers/mobile to bypass CGNAT. That’s basically what I am doing right now, except I haven’t hosted my own Tailscale server.
I think you have a misunderstanding about wireguard clients.
As long as the server isn’t behind a cgnat, a connection from the client to the server can be made. It does not matter if the client is behind a cgnat or not. If that were true, privacy vpns like proton and mullvad would not work.
That said, tailscale is easy to setup compared to a wireguard tunnel, but wireguard has potentially more performance because tailscale uses wireguard-go rather than wireguard kernel.
I haven’t tried reversing it like that, but I was under the impression that there were no specific servers or clients in WireGuard land and that both devices had to connect to each other and authenticate.
I have never really thought about how the servers of VPN providers are supposed to work if this was the case.
I guess I just got confused when I tried setting it up someday.
I haven’t benchmarked it personally but apparently tailscale and WireGuard are very similar in performance due to optimization done by tailscale. I think they wanted to push the improvements upstream but I am not sure if that happened or if it’s still waiting.
I believe performance is situationally dependent, so it may or may not be faster, but it theoretically is. I personally choose wireguard over tailscale because it’s one less 3rd party involved, not for potential performance increases.
That’s fair. I use Wireguard somewhere else for the same reason.
Definitely Tailscale
Cloudflare hates VPNs, so when it comes to privacy, it’s not really a contest.
Cloudflare ironically has a VPN-ish service that no one talks about called Cloudflare Warp.
I sometimes use it to access piratebay since it’t ban where I live.
WARP (a client) just connects you to CF’s network.
If your server is running
cloudflared(and outbound-only tunnel) then you can enroll your WARP client to reach your server, while your server is never accessible on the public web. That’s the principal behind Zero Trust.While techinically yes, WARP can be considered as a VPN, it is just a secure tunnel to an endpoint. In which case you can argue any point-to-point tunnel is a VPN.
Warp is 2 products. A wireguard-go VPN that changes your IP and uses cloudflare’s network instead of your ISP. This service doesn’t necessarily require the 1.1.1.1 app (desktop app is called cloudflared) since it’s just Wireguard under the hood.
And Warp is also a VPN tunnel that allows you to reach services hosted on Cloudflare’s network with their client cloudflared as you just described. This allows you to make any service available on the internet and further manage its access using Cloudflare’s firewall options or Zero Trust for secure private applications.
The latter use is more popular than the former in my observance since not many people I know aside from the Chinese use it as a VPN. (mainly for circumventing their national firewall).
Wait, what’s this about them hating VPNs?
I guess they mean that you get to solve many Captchas if you access Cloudflare-protected sites through a VPN.
Tailscale also has the advantage that you easily access udp services, the last time I checked this was not really possible with cloudflare tunnels
What I enjoy with tailscale is that the traffic goes directly from the host to the client.
Since there is no cloud relay I can connect to all my services via tailscale, even on local network and it’s not going to impact the speed.
This way I only have one setup that works the same way on local network or remotely but still have the local network speed when I am at home.
That’s amazing I thought it would slow down on lan. Since myy upload speed is really slow.
discovered tailscale from this post and after reading their “how tailscale works” I was hoping to get some clarification from an activer user (you).
CF tunnels setup an outbound-only tunnel from my private network via
cloudflared, I have no ingress holes in my firewall to access my services.cloudflareddoes all the proxying. Plus my IP changes monthly as I don’t pay for a static one from my ISP. This “outbound-only” connection is resilient to that.Tailscale is point-to-point (for data plane) connection and only the control plane is “hub and spoke”. This sounds like I need to allow ingress rules on my private network so my server can be connected to? Is this true or where did I misunderstand?
I’m probably not the beat person to answer to you about the technical aspect and I’m not sure if I fully understand your question.
However I can tell you that there is no need to change anything at network level for tailscale to work.
I’ve installed and used tailscale on desktops, VM, raspberry, NAS or smartphone on plenty of different network, I’ve also remotely guided people to install tailscale on their machine at home and it always just worked. No issue at all and nothing to change on the network for it to work.
interesting, I’ll have to read about this some more then. thanks for pointing me in the right direction
Why not both?
I use tailscale for full access to network and cloudflare tunnels to specific access to a service
You may want to check this out. This articles also explains TLS-termination and TLS-passthrough.
Tailscale Funnel and Serve will also let you point services to the public. I only use tailscale for all of my access needs and it’s perfect and easy to handle 👌
I’m suprised nobody mentioned nebula: A scalable overlay networking tool with a focus on performance, simplicity and security.
I’ve been running it for about two years on multiple machines and it worked flawlessly so far. Even connecting two hosts, both behind mullvad-vpn tunnels.
The only downside is, that you have to host your own discovery server (callled “lighthouses”). One is fine, but running at least two removes the single point of failure from the network.
