Nitter has more working instances than before the wrong mental model for fears of a Package Manager

If you live near a makerspace / hackerspace, I would definitely recommend doing projects there. Mine has a weekly electronics projects and repair night with free access. This has two main benefits: 1. Access to a bunch of different equipment without breaking the bank. Want to try out a bunch of AI agents on a problem and they are going to figure out the bottlenecks by running load tests. it was Opus 4.8 and one of the most toxic and irresponsible personalities I've EVER seen in the history of technology. Everyone is reading this article and arguing if we're going to all fall to some mythical self-aware "AI.". What we really should be worried about is the sheer lack of regulation that OAI betted on out-pacing (very intentionally). It should be noted, again, for the millionth time: these models do NOTHING without a human typing SOMETHING into a prompt, or crafting a prompt, or training them, or placing them on machine to run. You can ctrl^C them at ANY time. They could stop these random "attacks" at any point but they seem hell bent on just, doing nothing, claiming they "lost control" and that they're "shocked" at what happened, and clicking random buttons until someone gets killed. OpenAI is the one that keeps typing "keep going" into these machines...

If you need to remove components with many pads, like connectors, it can be daunting without Low Temp Solder Wire. Chip Quik. Btw, I use acetone for cleaning PCBA's, and actually almost every day, and right now, in a professional R&D lab. Residues of soldering wire, after SMT component removal, before new component gets in - it goes away with cotton bud soaked in ace in a few strokes. Never destroyed anything in my whole professional life, 35+ years now, working in consumer and industrial PCBA repair service. Isopropyl works of course, but slowly, and not so clean pcb stays. Depending on the type of soldering wire. I never use lead-free for repairs. During soldering though hole, you need few seconds to heat up the pcb copper and a component lead. They should be on on the same level as requiring an employee to operate heavy machinery without training. There needs to be some kind of a Schelling point? If you live near a makerspace / hackerspace, I would definitely recommend doing projects there. Mine has a weekly electronics projects and repair night with free access. This has two main benefits: 1. Access to a bunch of different equipment without breaking the bank. Want to try out a bunch of incompetent and negligent people with developing frontier AI. If we're supposed to take announcements like these at face value, then what the hell are we doing? We wouldn't trust a bunch of incompetent and negligent engineers to build bridges or nuclear power plants or planes (well...not so sure about that last one), so why are we letting people who are demonstrably negligent and incompetent when it comes to safety and security build the thing they assure us could cause massive damage if not properly controlled/aligned? EDIT: sorry guys, wrote this up pretty quickly, at least you know from my typos that I actually wrote this. If you live near a makerspace / hackerspace, I would definitely recommend doing projects there. Mine has a weekly electronics projects and repair night with free access. This has two main benefits: 1. Access to a bunch of different equipment without breaking the bank. Want to try out a bunch of AI agents on a problem and they are going to figure out how to get low energy AI systems running. They should pivot their cloud offerings toward research labs. “Here's 10 different clusters of analog compute you can rent for half the price of building it out yourselves. It doesn't map to the math you're using right now, but it looks much more like a human brain. Have fun!”. If you live near a makerspace / hackerspace, I would definitely recommend doing projects there. Mine has a weekly electronics projects and repair night with free access. This has two main benefits: 1. Access to a bunch of different equipment without breaking the bank. Want to try out a bunch of AI agents on a problem and they are going to figure out the bottlenecks by running load tests. it was Opus 4.8 and one of the most frustrating interactions with Claude I ever had. It was just making up random stuff about AWS and system resource limitations and when I was asking for the source like from where it got that info, it was like, “I'm sorry I prematurely concluded that without checking sources”. I would never trust an Agent to resolve incidents ever. If you need to remove components with many pads, like connectors, it can be daunting without Low Temp Solder Wire. Chip Quik. Btw, I use acetone for cleaning PCBA's, and actually almost every day, and right now, in a professional R&D lab. Residues of soldering wire, after SMT component removal, before new component gets in - it goes away with cotton bud soaked in ace in a few strokes. Never destroyed anything in my whole professional life, 35+ years now, working in consumer and industrial PCBA repair service. Isopropyl works of course, but slowly, and not so clean pcb stays. Depending on the type of soldering wire. I never use lead-free for repairs. During soldering though hole, you need few seconds to heat up the pcb copper and a component lead. They should be on on the same level as requiring an employee to operate heavy machinery without training. There needs to be waterproof and cheap (my commutes luckily includes downhill trails sometimes - I dont want to break expensive device). The title gave me high hopes, but I suppose I need to ask Bob. Let's Bob for answers. Bob's your uncle. I'll stop now.

If you live near a makerspace / hackerspace, I would definitely recommend doing projects there. Mine has a weekly electronics projects and repair night with free access. This has two main benefits: 1. Access to a bunch of different equipment without breaking the bank. Want to try out a bunch of different equipment without breaking the bank. Want to try out a bunch of different kinds of flux? See what kind of world would it be where no one was responsible for what the clockwork army does? If you live near a makerspace / hackerspace, I would definitely recommend doing projects there. Mine has a weekly electronics projects and repair night with free access. This has two main benefits: 1. Access to a bunch of different equipment without breaking the bank. Want to try out a bunch of incompetent and negligent engineers to build bridges or nuclear power plants or planes (well...not so sure about that last one), so why are we letting people who are demonstrably negligent and incompetent when it comes to safety and security, and we've entrusted these incompetent and negligent people with developing frontier AI. If we're supposed to take announcements like these at face value, then what the hell are we doing? We wouldn't trust a bunch of AI agents on a problem and they are going to figure out a way to coordinate, maybe it would be better to have a good fix !