This is a recurring post to discuss programming or other technical projects that we've been working on. Tell us about one of your recent projects, either at work or personal projects. What's interesting about it? Are you having trouble with anything?

This is such a long shot, but I have two tickets for the Friday October 24th Halloween Extravaganza Celebration @ St. John the Divine in New York City that I'm hoping to swap for Saturday October 25 tickets.

I entered and won tickets to another event Friday evening, but would really still like to see the extravaganza if possible. Both nights are sold out so unfortunately the venue can't do anything. Anyone out there happen to have Saturday night tickets they'd like to trade for my Friday night tickets?

Have you watched any TV shows recently you want to discuss? Any shows you want to recommend or are hyped about? Feel free to discuss anything here.

Please just try to provide fair warning of spoilers if you can.

Update us on your progress so far!

• What did/didn't you get done this week?

• Anything go according to plan?

• Anything go off the rails?

• Any successes or struggles to share?

• Do you need feedback or help on anything?

This is your topic to share anything and everything you want about what you’ve made so far.

I'm planning to launch Tildes Minecraft season 3 some time mid November. What mods should we add or remove? Any other recommendations or requests?

Edit: As per the majority of the feedback, season 3 will be delayed until the beginning of January.

I wanted some help with a homelab server I am in the beginning stages of designing. I am looking for a flexible and scalable media and cloud system for home use, and I thought this community would be a good place to source feedback and recommendations before taking any real next steps! I really want to check that I am approaching the architecture correctly and not making any bad assumptions. I am open to all feedback, so please let me know what you think!
I already run a simple home server and I have typical homelab FOSS apps, such as jellyfin, navidrome and audiobookshelf, but I am also interested in migrating away from cloud storage using nextcloud, immich, etc. In an ideal world, this setup would also allow me to leave windows on my main machine and use a windows vm for business related work that can’t be done on Linux. I will likely be the one primarily using the services, however I could expect up to 10 - 20 users eventually.

High level setup is with two machines:

• Proxmox Server
• TrueNAS Scale server
  • JBOD with either 90 bay or 45 bay storage
• 10G switch

This might be a stupid setup right off the bat, which is why I wanted to discuss it with you all! I have read a ton about using TrueNAS as a WM within Proxmox, but I just like the idea of different machines handling different tasks. The idea here would be to set up the TrueNAS server so it can be optimized for managing the storage pool to allow for easy growth. While the Proxmox server can handle all the VMs and connecting users, with higher IO, etc.

TrueNAS System Specs:

• AMD ryzen CPU and motherboard
• 64 or 128GB ram
• Mirror 500GB M.2 NVMe OS Drives
• GPU if necessary, but hopefully not needed
• Dual 10gb pcie card if the motherboard doesnt already come with them
• An hba for the JBOD something like the LSI SAS 9305-16e
• SLOG and L2ARC as necessary?

JBOD enclosure

• While I am interested in a 90-bay enclosure, I would only realistically be starting with two vdevs which is why I think a 45 bay enclosure wouldn’t be an issue.
• Im tentatively planning for an 11 wide Raidz2 vdev configuration. This would hopefully scale to 8 vdevs with 2 hot spares or 4 vdevs with 1 hot spare.
• All drives would be HDDs

Proxmox Server Specs:

I am less familiar with the specs I will need for a good Proxmox server, but here is what I am thinking.

• AMD epyc and motherboard if I can get my hands on a less expensive one. Otherwise I was thinking a higher end AMD ryzen cpu
• 128 or 256GB ram
• Mirror 500GB M.2 NVMe OS Drives
• Somewhere between 2 and 8 TBs of SSD storage. Depending on the number of drives, I think this would be a single drive, mirror or raidz1.
  • This storage will be used for all the vm configuration and storage, except for something like Nextcloud where the main storage will go onto the TrueNAS mount.
  • I would also use this for temporal storage such as downloading a file before transferring it to the TrueNAS mount.
• A dedicated GPU primarily for transcoding media streams, but also for testing and experimenting with different AI models.
• Dual 10gb pcie card

Questions:

• I know Proxmox can do zfs right out of the box so I know I don’t need the TrueNAS server, but splitting it this way just seems more flexible. Is this a realistic setup or would it just be better to let Proxmox do everything?
  • Does anyone have experience creating NFS shares in TrueNAS for mounting in Proxmox? I would be interested in thoughts on performance, and stability among any other insights.
• Do any of the system specs I listed seem out of line? Where and how do you think things should be scaled up or down?
• If I ever did expand to a second JBOD shelf, assuming the first one was full first, is it be possible to create new vdevs that spanned across the shelfs without losing data?
• Is SLOG and/or L2ARC necessary for this setup? What capacity and configuration would be best?
• What else have I missed?

Lastly, a quick blurb:

I have been building PCs for a while and undertook building a home server a few years ago. I loved the experience of learning Linux (the server is running Ubuntu), picking up docker, and learning more about the FOSS community has been a joy! Part of this project is to learn along the way but also have a setup that I can build towards over time! Proxmox, TrueNAS and zfs would all be new to me so I really see it as an opportunity to explore. I want a solid media and cloud server setup, while also giving myself the freedom to explore new operating systems and general hypervisor functionality.

While I ate breakfast, I watched a YouTube video speaking to how death becomes an inconvenience in D&D 5e as early as 5th level, despite the amount of weight that people generally put behind it in the moment. Here's a relevant transcript.

Well, the obvious answer to this is to ban the spells that take away the permanence of death; that way there's stakes staying all the way through 20th level. The problem with this answer is that D&D isn't balanced around those spells not existing at later levels.

I love Risk of Rain 2 but my biggest problem with that game is being 30 minutes into a run and getting one-shot, dying, and having to start all over. I couldn't imagine having that same feeling after playing FOUR YEARS in a campaign.

I don't necessarily disagree with the first paragraph, but the second one is wild to me for two reasons.

• First, Risk of Rain is a roguelike whose entire game loop is "do stuff, die, unlock/purchase meta progression, do more stuff, die, etc. etc.".
• Second, the idea that you've been playing four years in a 5e game that's presumably weekly and somehow haven't hit 20th level. For context, 5e wants you hitting 20th level after 36-52 typical 4-hour sessions.

This kind of sentiment really does highlight how distant the way I ran the game those eight years I spent with 5e and how the game wants to be run is to the way people appear to be running the game, and I'm not sure I'll ever be able to square that circle. Not to imply any kind of superiority to it, it just continues to be extremely weird/interesting to me how the culture surrounding D&D is so different from the expectations laid out by the very rules text people don't read.

I saw a smart home the other day and I got to admit, my caveman DNA was activated and I got jealous. My caveman DNA demands that I also make my home a smart one.

The thing is, I kind of don't really know how and where to begin, thus why I came to you guys for help.

I know that I want to do this gradually, over months or years, apply new smart devices like smart plugs, sensors, cameras, and the like little by little. As for appliances, only when mine stop working and need replacement.

I also want to be able to control my AC, my electric shutters, check how much energy my house is using and how much my solar panels are producing. These ones, I admit, are the ones that I'm most unsure about on how to go about it. I'm not an electrician, and might need to hire one.

As for a server, that's already taken care off. I have a synology server, or a raspberry pi 5 if for some reason my synology can't handle it. I know of "Home Assistant", is this the best software or do you recommend others?

Needless to say, I don't want to be dependent on companies or cloud services. This is a self-host project. I'm tech-savvy, I don't mind to get my hands dirty, but I do want to build something that is stable. "Set it and forget it" kind of thing.

So my question are:
1- Do you have any recommendations of where I should start? Like for example, light switches first, then smart plugs, etc.
2- If I should take into consideration the number of devices. Could they potentially clog my router or my wifi AP's if they get too many? If yes, is there a way to prevent this?
3- Do you have any article or guide or video that you recommend me checking out?
4- Do you have any tips, advice or warnings in general? Like problems that you know that I'll run into later, or things that you don't think are worth smartifying, etc (whatever you want to say, give it to me, I'll appreciate anything)

Have you watched any movies recently you want to discuss? Any films you want to recommend or are hyped about? Feel free to discuss anything here.

Please just try to provide fair warning of spoilers if you can.

United States Grand Prix
Circuit of the Americas
October 17-19, 2025

Next race:

Mexico City Grand Prix
Autódromo Hermanos Rodríguez
October 24-26, 2025

This weekend I lucked into three documentaries on YouTube and I’m looking for more. Each of them has small production teams, from 2 to maybe a dozen people, and they were excellent. I’m wondering if anyone else can recommend similar style documentaries. The one caveat is that I want to avoid a bunch of repeat topics— it seems like I could easily find a dozen or more videos on people doing ultramarathons. I’m interested in a greater variety of hobbies or sports.

Listers — birding — 2 hours, 2 guys, very good (probably better than you think)

The Finisher — Barkley Marathon — first female finisher.

King of Moab — 240mi ultramarathon in Moab desert

Day In The Life of The #1 BBQ In Texas —I don’t really care about BBQ (not saying it isn’t tasty), but this was delectable to watch.

What have you been watching and reading this week? You don't need to give us a whole essay if you don't want to, but please write something! Feel free to talk about something you saw that was cool, something that was bad, ask for recommendations, or anything else you can think of.

If you want to, feel free to find the thing you're talking about and link to its pages on Anilist, MAL, or any other database you use!

At some unspecified date in the near future, an unknown agent causes the Moon to shatter into seven pieces. As the remnants of the Moon begin to collide with one another, astronomer and science popularizer "Doc" Dubois Harris calculates that the number of collisions will increase exponentially. A large number of moon fragments will begin entering Earth's atmosphere, forming a "white sky" and blanketing the earth within two years with what he calls a "Hard Rain" of bolides; this will cause the atmosphere to heat to incandescence and oceans to boil away, destroying the biosphere and rendering Earth uninhabitable for thousands of years. It is decided to evacuate as many people and resources as possible to a "Cloud Ark" in orbit, including a "swarm" of "arklet" habitats that will be able to avoid the debris from the moon—both to attempt to preserve the human race and to give the remaining doomed inhabitants of Earth something to hope for, to prevent civil disorder from breaking out on Earth before its surface is destroyed. Each nation on Earth is invited to choose by lot a small number of young people to become eligible to join the Cloud Ark.

The Cloud Ark is to be based around the International Space Station (ISS), currently commanded by American astronaut Ivy Xiao. The ISS is already bolted onto an iron Arjuna asteroid called Amalthea, which provides some protection against moon debris. Robots are used to excavate Amalthea to provide more protection in a project run by mining and robotics engineer Dinah MacQuarie. Technicians and specialists, including Doc Dubois, are sent to the ISS in advance of the Hard Rain to prepare it to become the headquarters of the Cloud Ark.

The plan is that the Cloud Ark must be self-sufficient for 5,000 years and capable of repopulating Earth once it is habitable again. A Human Genetic Archive is sent to the Cloud Ark, with the intention that it will be used to rebuild the human population. Approximately 1,500 people are launched into space in the two years before the Hard Rain begins.

Suspecting that some architects of the Cloud Ark are interested only in pacifying Earth's inhabitants with false hope (rather than creating an environment that will actually survive in the long term), a billionaire named Sean Probst realizes that the Cloud Ark will need a ready supply of water in order to provide propellant for the space station and to prevent it from eventually falling into the earth's atmosphere. He embarks on a two-year expedition to extract ice from a comet nicknamed Greg's Skeleton, using a nuclear reactor to provide power to bring it back towards Earth.

The Hard Rain begins approximately two years after the destruction of the moon as predicted; human civilization as well as nearly all life on Earth is obliterated, although some try to take shelter underground (such as Dinah's father) or in the deep ocean (such as Ivy's fiancé). Markus Leuker, appointed leader of the Cloud Ark, declares all nations of Earth to be dissolved, and imposes martial law under the Cloud Ark Constitution. Despite a worldwide agreement that members of government will not be launched into space, the President of the United States, Julia Bliss Flaherty, manages to get herself sent to the Cloud Ark at the last minute. Shortly afterwards the main cache of the physical Human Genetic Archive attached to the ISS is ruined by the thrusters of an arklet passing too closely, leaving only samples that had been distributed amongst the arks.

There is disagreement on the Cloud Ark about the best way to organize its society and avoid the debris of the moon. Some "Arkies" favor converting the Cloud Ark into a decentralized swarm of small space vessels at a higher orbit out of range of debris, rather than maintaining the central authority of the ISS. Doc Dubois wants to shelter in the "Cleft", a crevasse on the now-exposed iron core of the moon. Others want to go to Mars. Julia Flaherty starts to acquire a coterie of followers and encourages the proponents of the decentralized swarm plan.

Sean Probst's expedition has succeeded, and he has brought a comet into an orbit that will soon pass by Earth. His radio has failed and he has built a replacement by hand, and is able to communicate with Dinah MacQuarie by Morse code. However, he and his party die of radiation sickness caused by fallout from their nuclear reactor long before the expedition is complete. Markus Leuker and Dinah travel to the comet with a small crew to take control of it and bring it back to the Cloud Ark, in order to provide sufficient propellant to reach the Cleft on the moon's core. Just before Dinah returns with the ice as the sole survivor of the mission, Julia Flaherty persuades the majority of the population to abandon the ISS and move to higher orbit in a decentralized swarm, and sends a preliminary expedition to Mars. In the course of their sudden, unauthorized departure the ISS sustains catastrophic damage to many sections. The surviving portions of the Human Genetic Archive are carried along with them, but due to the Arkies' ignorance, these surviving portions are discarded or ignored. Only the digital version of the Human Genetic Archive survives aboard the ISS. The ISS and remaining third of the cloud ark combine through reshaping the ice into a support structure, and is rechristened Endurance.

During the three years that it takes for Endurance to reach the Cleft, the majority of its population die of various causes (cancer caused by cosmic radiation, suicide, bolide strikes, etc.); by the time they are within range of the Cleft, only about 30 survivors remain. Julia Bliss Flaherty's Swarm splits into two factions, who fight; Flaherty's faction is defeated. Running out of food, the Swarm resorts to cannibalism, and by the end of three years only 11 survive, including Flaherty and the leader of the opposing faction, Aïda. Aïda requests to reunite the remnant of the Swarm with the Cloud Ark before it reaches the Cleft, but secretly plans a battle for control of Endurance; as a result of that battle the population is diminished even further.

By the time Endurance reaches the relative safety of the Cleft, there are only eight surviving Homo sapiens in space, all of whom are women. One, the sociologist Luisa, has reached menopause, and the remaining seven (Dinah, Ivy, Aïda, Tekla, Camila, Moira, and Julia) come to be known as the Seven Eves. The Human Genetic Archive has been destroyed, but they have sufficient resources to use the surviving genetics laboratory to rebuild the human race by parthenogenesis. They agree that each of the Seven Eves gets to choose how her offspring will be genetically modified or enhanced. Aïda predicts that, hundreds of years from now, this project shall result in seven new races.

The narrative jumps to 5,000 years later. There are now three billion humans living in a ring around the Earth, and they have indeed formed into seven races, each one descended from and named after the Seven Eves who survived the events of Part 2. These races have quite distinct characteristics, including "Moirans" who can undergo "epigenetic shifts", radically changing their bodies in response to new environments. The iron core of the moon has mostly been used to build space habitats, but the Cleft itself has been turned into "Cradle", an exclusive piece of real estate attached to a tether that occasionally "docks" with Earth.

Humanity has divided mostly along racial lines into two states, Red and Blue, which are engaged in a form of Cold War characterized by cultural isolation, espionage and border skirmishes, mediated by treaty agreements more honored in the breach than the observance.

The orbiting races, the Spacers, terraform Earth by crashing ice comets into it to replenish the oceans, and seed the planet with genetically created organisms based upon re-sequenced DNA data saved from the escape to orbit. Once a breathable atmosphere is recreated, and sufficient plant and animal species have been reseeded, some members of the orbiting races ("Sooners") resettle the planet, in violation of treaty agreements.

A "Seven", a group of seven people with one member from each race, is recruited by "Doc" Hu Noah, to investigate mysterious people who have been sighted on Earth. As the story unfolds, they discover that some humans did indeed survive the Hard Rain on the planet by living in deep mines ("Diggers"), while others survived in ocean trenches using submarines ("Pingers"). Although these survivors have also evolved socially and biologically to form two additional races, the survival of root stock humanity separate from the Seven Eves causes turmoil in Spacer high politics. Ground conflict eventually occurs because each of the orbiting camps (Red and Blue) wishes to establish a preferential or exclusive relationship with the Earthbound races: the Diggers, although descendants of Dinah's family, interpret the Blue state's presence on their territory as an act of aggression and develop an alliance with Red, prompting Blue to seek out an alliance with the Pingers on the strength of Ivy's connection with one of their founders. Matters are further complicated because the Diggers claim all of the Earth's land surface as their own, and initially hold the Spacers in disdain (despite their high technology) for having fled the planet eons ago.

In an epilogue it is revealed that a separate, secret underwater ark had been created concurrently with the cloud ark, leading to the development of the Pingers, based on analysis of the "selfies" Ivy's fiance had sent her, using diagrams and sketches in the background as clues. Ty invites the surviving Seven (along with Sonar and Deep, representatives of the Diggers and the Pingers, respectively) back to apartments at his bar in the Cleft with the intent of forming the first "Nine".