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Reticulum runs today on anything with Python support, including single-board computers. Your VM setup would be overkill to dedicate as simply a Reticulum node, as the network I/O bottleneck would never demand such power or space for managing its connections. You could serve as a highly available LXMF router capable of storing large caches of messages for users, though, but I have no experience with that protocol yet to know. Reducing hardware requirements to establish resilient connectivity showcases how you might think differently about contributing to the project; there exists a testnet you could connect to over the Internet (which is perhaps how you'd offer the aforementioned hypothetical LXMF service), but instead of contributing resources to a high-level global effort, what can your VM offer to connections immediately outside its interfaces (ok, a few hops considering vNICs are involved)? To defy TCP/IP is an enormous endeavor, and nature teaches that scalability is achieved not by building big but growing from small. In the past month getting to know this community, I've learned of one group aiming to build a network across my state, and I've been inspired to reach out to a local city wireless project in the hope of introducing more advanced meshing tech like Reticulum, at least to their attention. The project is still nascent, and I think the biggest contributions would be in understanding its technology and sharing it with others around you. You then get the benefits of mesh networking even in typically offline scenarios, plus the assurance that it's actually secure and private without selling your soul to a big tech company. |
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I would LOVE to see some more permanent nodes on the public internet for people to connect to. The less infrastructure I have to run, the more I can focus on just the actual development and research, which is where my time is best spend. The requirements for running one are really low. If you can spare a server like what you mention, even just a VM with part of that, it'd easily be able to handle thousands of connections and route traffic between a lot of different reticules. So yes, if you're up for it, that would be very much appreciated, and I'd love to add it to the list of public connection points. I can also point a DNS record to it under the |
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And also, as @jonarmani says, running a LXMF propagation node on the system, with just a few gigabytes of storage set aside for it, would be really nice too :) |
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I am reasonably invested in this project by this point, so I'd like to ask what your requirements are for a fixed node on the network. I realize it doesn't much matter, but if you want an additional web-facing node, I'd be happy to have one.
I have two rack mounts from old projects that are under capacity. I can spare 8 gigs of RAM and at least four cores on a VM to host a node. I'd rather use the VM for cleanliness, but other server hates XCP-NG so it's bare metal. I could set up a Docker container, but I think it'd be a bad idea to run it directly in Python on the system. It's getting old, and there are a lot of stray packages.
I've got a standing domain name pointing to the servers, so it should be up for as long as I am. Uptime's not perfect, we experience power failures a few times a year, but otherwise it's 24/7. Current uptime 155 days.
Do you think it's worth setting up another reference node, or do you think the current examples are sufficient?
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