If you’re open sourcing something built to be deployed on an embedded device as pictured, there is a target platform (ARM, Arduino…etc) or reference board. They don’t mention specifically what that is, so it’s a custom board based on a RockChip. You wouldn’t be able to just take this and flash it to a board that doesn’t expect their customizations, is the point.

No mention of what their actual target hardware platform is, so must be custom. Wonder what solutions their newly opened code can run on. Doesn’t look like ESP code.

Long stretch and big walk on that one to make some kind of a point I’m not understanding.

Read what OP is asking for maybe. You don’t need to argue with me, I’m just explaining what they asked for. N100 is totally fine for that.

Fully disagree here. N100 have a specific purpose, and they do it well. Low power, and very capable for a fully loaded HA minipc. Even works great as a transcoding video server. It doesn’t have the CPU or memory bandwidth to handle more I/O intensive workloads, but if you already know that’s going to be a problem, you’d have something else. It’s just great for basic network services that aren’t under utilization 24/7. Perfect for home needs.

Certain ones definitely can, but I think you need the 4-bay versions to run most of the more CPU intensive ones (stupid decision on their part). You can actually check the synocommunity repo to see which packages built for Synology are compatible with which models and SOCs they run on to be sure.

Synology 2-bay gets you everything you want. You shouldn’t need a 4-bay unless you’re sure about your I/O or storage needs.

For your other services, just get them a little minipc. Keep the NAS and compute separate. For the amount of money you’d spend on a 4-bay solution, you can have the above and still have money left over.

Why all the hoops in your post then? Just stream it.

This is not a forum on how to pirate

Simpler ways to do that…

Why?

The premise is to enable local-only storage. It’s more secure. Joplin has backends for storing your contents securely elsewhere, and has transaction control, which is the same difference as a WebUI.

Joplin is a better way to go.

AiBot post. Fuck this shit.

You’re just describing a dozen different things that fit this mold, so let me throw some out there and you can decide what does what you want:

• SOCKS
• STUN
• Haproxy
• Reverse Proxy

These all do what you want if you’re taking the steps to automate pointing to them from whatever your destination endpoint might be. So then you’re basically NOT using a VPN, and only a proxy.

Honestly, I’d just install OpenWRT on the Pi and try out different plugins to find what does what you want. You can honestly simplify this all by using Dynamic DNS in the first place to just have a predictable hostname.

You may just be talking about whichever player you’re using. Maybe try a different one.

The server is bulletproof. Plex doesn’t come close.

HDR is a function of the display and display driver or GPU. It’s not the software that is doing that, it just supports hardware acceleration. Depending on your OS, the path to that handoff works differently, but as I understand it, Plex operates on software decode only unless you pay.

Pretty much any player that supports hardware acceleration will let you have HDR if your other hardware supports it.

Then you might have a security group issue with Cloudflare. Gotta check that out and make sure it’s open.

Yeah, if it’s ONLY a separate boot drive, the spanned volumes should still be in tact.

If you’re talking a tagged VLAN, it doesn’t work like that.