chiisana

Looking great! I think it would be amazing if there are filters for processor generations as well as form factor. Thanks for sharing this tool!

In the old days, it used to be a problem because everyone just connect their windows 98 desktop with all their services directly exposed to the internet because they’re using dial up internet without the concept of a gateway that prevents internet from accessing internal resources. Now days, you’re most likely behind your ISP router that doesn’t forward ports by default, and you’re only exposing the things you’d actually want to expose.

For things you’d actually want to expose, having a service on the default port is fine, and reduces the chances of other systems interacting with it failing because they’d expect it on the default port. Moving them to a different port is just security through obscurity, and honestly doesn’t add too much value. You can port scan the entire public IPv4 space fairly quickly fairly cheaply. In fact, it is most likely that it’s already been mapped:

https://www.shodan.io/host/<your-ip-here>

Keeping the service up-to-date regularly and applying best practices around it would be much more important and beneficial. For SSH, make sure you’re using key based authentication, and have password based authentication disabled; add fail2ban to automatically ban those trying to brute force. For Minecraft, online mode and white listed only unless you’re running a public one for everyone.

I’m not saying you’re wrong — I’ve even upvoted your earlier comments because I’m generally in agreement; you’re an instance admin judging by your handle, go and check the vote history yourself lol.

I’m saying people shouldn’t force their janky unproven solo solution on to someone else who doesn’t have their level of distrust, and would just rather trust the multibillion multinational corporation, when all they want is something that’s been working fine for them for all they care.

There’s always the add more of everything so something could fail without impacting the stability aspect, and that’s great for a corporation needing the redundancy; but it’s probably prudent to not forget there’s also the “I’m interested in learning” aspect, where people running a home server to play with software side of things.

You’re spot on in that we’d need to know what it is that OP would like to do with the system, but I’m getting the feeling that stability isn’t that high of a concern just yet.

Until the basement floods and the server goes offline for a few days; or botched upgrade that’s failing quietly; over zealous spam assassin configuration; etc etc

It sounded like they were trying to archive things from Gmail to their own server, so just cut the middleman jank out, and let the wife continue to use her Gmail as intended.

Or better yet, let her keep her gmail. Don’t force any lab instability on to others… especially email. One lost important email (even if not your fault) and you’ll never hear the end of it.

The answer depends on how you’re serving your content. Based on what you’ve described about your setup, your content is likely served over HTTP through the secured tunnel. The tunnel acts like an encrypted VPN, which allows unencrypted content to be sent securely over the wire. This means although your web server is serving unencrypted content, it gets encrypted before it goes to Cloudflare, so no one along the path could snoop on it.

No PRs means no automated tests/CI/CD, which means you’d slow down the release train. It might typically be just a 2 minutes quick cycle, but that one time it goes off for longer due to a botched update from upstream means you’re never going to do that again during business hours.

Must be very unique sector. Good luck with your explorations!

I’m aware this is the selfhost community, but for a company of 20 engineers, it is probably best to use something commercial in the cloud.

Biggest pain point was for our ops guy, who constantly had to stay behind to perform upgrades and maintenance, as they couldn’t do it during business hours when the engineers are working. With a team of at least 20, scheduling downtimes could get increasingly more difficult.

It also adds an entire system to be audited by the auditors.

The selfhost vs buy commercial kind of bounces back and forth. For smaller teams, less than 5 to 10 engineers, it might be a fun endeavour; but from that point on, until you get to mega corp scale with dedicated ops department maintaining your entire infrastructure, it is probably more effective to just pay for a solution from a major vendor in the cloud instead.

ddclient paired with a supported provider.

You really should have separate services for registration, DNS and hosting. That way you’re not held hostage by a single provider.

crt.sh ?

Are you by chance using something like Cloudflare? It may be possible that during the reboot the static IP changed, so your “gateway” cannot reach your router on your old IP no more?

In other words : it’s always the DNS?

I think it would be a good idea to take a step back and ask what is it that you’re trying to achieve.

Userbase, the service linked, is a backend as a service platform that offers you authentication and basic database that you can access via their api. You’d then code your own front end web app to interact with their service and store data there. You pay only per storage used by their storage tiers, which are frankly fairly fair priced. If that is something you’d need, that’s a good idea, but you’d be coding the front end yourself.

If you’re only looking for authentication with OAuth, and then coding your own API backend, then something like Authentik would be a nice self hosted authentication provider. Others that commonly gets mentioned but I’ve got limited/no experience with worlds new keycloak, or fusionauth. Managed services here would be your Auth0, Okta, etc.

If you’ve got a specific use case in mind, then it may be a good idea to say what service you’re thinking about, and the community may be able to suggest prebuilt solutions that good better and require less lift.

Strictly speaking, they’re leveraging free users to increase the number of domains they have under their DNS service. This gives them a larger end-user reach, as it in turn makes ISPs hit their DNS servers more frequently. The increased usage better positions them to lead peering agreement discussions with ISPs. More peering agreements leads to overall cheaper bandwidth for their CDN and faster responses, which they can use as a selling point for their enterprise clients. The benefits are pretty universal, so is actually a good thing for everyone all around… that is unless you’re trying to become a competitor and get your own peering agreement setup, as it’d be quite a bit harder for you to acquire customers at the same scale/pace.

Locks can happen by registrar (I.e.: ninjala, cloudflare, namecheap etc.) or registry (I.e.: gen.xyz, identity digital, verisign, etc.).

Typically, registry locks cannot be resolved through your registrar, and the registrant may need to work with the registry to see about resolving the problem. This could be complicated with Whois privacy as you may not be considered the registrant of the domain.

In all cases, most registries do not take domain suspensions lightly, and generally tend to lock only on legal issues. Check your Whois record’s EPP status codes to get hints as to what may be happening.

And here’s the reason why layman should not: they’re much more likely to make that one wrong move and suffer irrecoverable data loss than some faceless corporation selling their data.

At the end of the day, those of us who are technical enough will take the risk and learn, but for vast majority of the people, it is and will continue to remain as a non starter for the foreseeable future.