>More multitasking, more overtime, more burnout, more skills you're expected to learn (on your own time if necessary), more interpersonal conflict among colleagues. And this is not being offset by anything tangible like an increase in pay.
Similar things happened with the adoption of computers in the workplace. Perhaps there's a case for banning all digital technology and hiring typists and other assistants to perform the work using typewriters and mechanical calculators? There would certainly be less multitasking when you have 8 hours worth of documents to retype and file/mail. Perhaps there would be less overtime when your boss can see you have a high workload by the state of papers piled upon your desk. Or maybe we can solve these problems in a different way.
The 20x plan is much more useful if you use it full time. Trying to put a full 8 hour workday in on the $20 plan is painful since you have to stop when you reach your usage limit and that comes up quickly at that tier. The 20x plan is enough to have multiple independent Claude Code sessions running in parallel working on different features or bugs without hitting limits (unless you've got a lot of sessions going).
That's the problem, it's a "get hooked on the useful plan for six months and then pay us" vs "here's a little something so you can get a little help every day, but forever".
Yup. I have the $20 plan, and I've been focusing full time (and then some) on my open source projects. I usually hit the limit 2-3 hours into the 5-hour limit window, and have to wait for it to reset.
In a way it's kinda nice, because it forces me not to rely on it too much, and I mostly use it for more mechanical changes, nothing that I'd consider "creative" (because I enjoy that part of programming!). But it's also frustrating if I'm, say, building a planning document or getting suggestions or help with debugging, and suddenly I hit the limit and have to context switch.
So if I get into this program, I will probably enjoy Max 20x a lot, and then be really bummed when the 6-month period is over. Not sure if I'll be bummed enough to fork over the cash for it to continue, but I'm sure I will be very tempted to do so.
> If you build a walkable/bikeable city, you raise the exercise floor for everyone.
That requires intrinsic motivation for people to want to leave their house. I'm not kidding, if jobs are going to go away we're all gonna become super fat. Thank god for Ozempic I guess.
What does “there are ripped men in prison” have to do with anything? Those men have intrinsic motivation for working out, but not everyone does, that’s kind of my whole point here.
>> how do you make someone do a thing they don’t want to do?
You make it part of the fabric of daily life. If it’s easier to walk than it is to take a car, more people will walk. Of course there will be those who cannot or refuse to, and that’s okay, but systemic changes can lift everyone up on average.
> How do you make some one do a thing, they don't want to do?
You assume what you feel you want to do is intrinsic and not based on your environment. You are a product of your environment. If we change the environment, you will change with it.
By "you" I of course mean large populations over the course of decades.
Yes, there are all kinds of fuzzy NLP tasks that this would be great for. Jobs where you can chunk the text into small units and add instructions and only need a short response. You could burn through huge data sets very quickly using these chips.
Aren't they only using the SRAM for the KV cache? They mention that the hardwired weights have a very high density. They say about the ROM part:
> We have got this scheme for the mask ROM recall fabric – the hard-wired part – where we can store four bits away and do the multiply related to it – everything – with a single transistor. So the density is basically insane.
I'm not a hardware guy but they seem to be making a strong distinction between the techniques they're using for the weights vs KV cache
> In the current generation, our density is 8 billion parameters on the hard wired part of the chip., plus the SRAM to allow us to do KV caches, adaptations like fine tuning, and etc.
There are going to be some incredible blow ups due to this. From the sound of it people think they're safe by running it with local models and keeping it on their own network but seem to have zero concept of a malicious text prompt finding its way in and turning it into a double agent who figures out how to exfiltrate data.
This... OpenClaw is the best thing to happen to security and forensic firms since Windows XP. The amount of hacks, data/credential leaks, etc to come out of this will be of unfathomable proportions.
Paradoxically this is good in long term. A series of massive fuckups reported by mainstream media has more educational value than disclaimers or warnings by competent people.
The way I've heard people describe it, they seem to be impressed by being able to treat it as an assistant that they can tell to do something and it just figures out how to do it and delivers the result back to them. My guess is it's only really useful if you have a lot of services and data to integrate it into which it can then operate on at your command.
I should try it for myself but I don't have a lot of things to integrate it with so no idea if it'll be any improvement over just running claude in a directory of things I want to work on.
Once again another proposed law that would just make normal people's lives more difficult while doing nothing to prevent individuals who are motivated to do the illegal thing from doing it. Offline 3D printers are really not difficult to build, there are many open source plans and all of the hardware is available to order from AliExpress making it simple to do. Somewhat more technically capable people can cobble them together from alternative sources if they don't want to purchase things online.
But the bar is even lower than that since you can simply buy a gun much more easily than you could 3D print parts for one.
Similar things happened with the adoption of computers in the workplace. Perhaps there's a case for banning all digital technology and hiring typists and other assistants to perform the work using typewriters and mechanical calculators? There would certainly be less multitasking when you have 8 hours worth of documents to retype and file/mail. Perhaps there would be less overtime when your boss can see you have a high workload by the state of papers piled upon your desk. Or maybe we can solve these problems in a different way.