brk

I'll have to try and dig out a couple of the ones I bought and re-verify this. Really though the 60fps doesn't matter for the majority of users. Even the 4K aspect is overkill for most common things.

ISTR GoPro moved away from Ambarella SoCs several years ago and rolled their own, but most of the other cameras are using Amba, Novatek, etc., and certainly offer great performance for a fraction of the cost of GoPro.

Not surprising, it's a commoditized sector.

On top of that, when GoPro first launched mobile phones generally did not have cameras capable of producing production-quality images, and especially video. 20 years later, the game is much different.

Remember the Flip video camera that was all the rage for like 2 years and then just disappeared when cellphones could shoot video? GoPro is like a rugged Flip, so it took a little longer for the world to catch up to them, but now there are lots of options, and a "cheap" sports camera that is 1/4 the price of a GoPro is good enough, even if it only lasts 1/2 as long.

Are you looking for Good or Great?

If you just need Good, there are dozens of no-brand options on Amazon and Ali that do 4K60fps with output that is more than sufficient for any non-professional use.

I don't have a brand recommendation off hand, because the ones I've bought have been random names, but they've all been more than enough. As a reference, I've used them for capturing footage for training machine vision systems, and some general purpose marketing videos. I'm not a "creator", so I paid no attention to editing features, clip hosting, or any of those things.

Amazon sometimes gets some hate here, but I usually just buy there because the returns process is so simple. In the random case I get a product that turned out to be deceptive advertising, I drop it at Whole Foods and have a credit before I leave the parking lot. And I have the product in hand in 48 hours at most.

There used to be a card you could plug into a PC ISA Bus that gave you a second workstation/interface. The main selling point was to allow 2 users to share a single PC for cost savings. IIRC, it only supported text displays, but for 99% of the use cases at the time that was plenty.

I use the 1st of my birth month. Slightly less suspicious? It's at least a little easier to remember. Generate fake profiles and identities usually is easier when you have bits that are rooted in your actual reality. Like, you have the same zodiac sign either way in this case, so you don't have to remember two of everything. Or if you're talking about a birthday trip, or related birthday thing from the past, details about the weather would be consistent, etc.

Never? Facebook is pretty overrun with what are basically fake profiles. Hell, I've been curating an alter ego on Facebook for over a decade. Built up a profile with several dozen "friends" that are all kind of interconnected and regional, but of course none of them have ever met "me" IRL, and the profile picture is a funny-ish celeb pic. Facebook has millions of legit users that are "friend collector" types, and won't think twice about engaging with an account that gently strokes their online ego with likes, "Happy Birthdays", etc.

That was my thought, but I also think we're at the point that the iconic companies that have come and gone 30+ years ago are unknown to the current crop of young-ish startup founders.

I would be really curious to know if the current Thinking Machines team had any awareness of the prior company, or if they landed on that name completely unaware.

IMO this shows how we have been pursuing many of these goals for half a century now.

I guess we are recycling company names now? https://en.wikipedia.org/wiki/Thinking_Machines_Corporation

(I know, Corp vs. Lab).

It also appears to have a fairly narrow detection angle. This might work for spotting a drone when you already know roughly where it is, but that problem becomes infinitely harder when you have to scan the entire sky.

RF drone detection has been a challenging problem for quite a while. Lots of solid state radar/RF detection products have emerged in the space, but it is not a trivial problem. And that is for drones with active RF comms, anything flying autonomously is even harder to detect at a far enough range to actually do something about.

While that is certainly a topic worth pursuing, especially for anyone with a "corporations are people" argument, the challenge is the immediate vacuum afterwards, which is likely to attract copy-cats.

You might "execute" a corporation for proven anti-human actions, but that takes time. New corporations can crop up, maybe even involving some of the same prior executives, and the cycle starts again.

True, though it seems like at least 75% of the traffic on various social media and streaming sites is content that people want to avoid, yet there it is.

RFC 3514 is being repurposed as an "AI Bit", all AI-generated content will be required to set this bit during transfers.

This equates to about 20 cents per day per person, or about $73/year. It is a move in the right direction for sure, but I'm not sure I'd call this a significant statistic.

Could be nostalgia for sure, but the issues you are describing were not anticipated or immediately obvious on initial launch (at least as far as I recall).

From what I have seen of folding screens today, they come with some significant trade offs (creases, wear, etc). Over time, I expect these to be solved, but I don't think folding screens are a luxury item today as much as they are a tech novelty. But, the cell phone market has kind of stagnated in terms of hardware, and it looks like folding screens might be the thing to drive some upgrade purchases. During the peak iphone growth phase I believe Apple would have labelled these screens as not ready yet, but today I think they risk losing market share and are potentially somewhat forced to build a folding iphone.

15 years ago, I would agree that Apple might not have been willing to accept those kinds of issues. I'm not sure about the Apple of today. That is not a slight against any Apple leadership, but I do feel that, for a variety of reasons, the level of minimum QC has notched back a bit in the pursuit of marketshare.

That would be pretty hard to do with any level of accuracy or external calibration/input.

Of course there is more to life than money, but people still need some base amount of money to live safely, especially if you have a family. If you are working in SV then your "big" salary does not go very far, I know lots of developers making $350K and have very little savings cushion, and these are not people just blowing money.

Most big enterprises get really good at paying you just enough to live comfortably, but not enough to give you financial autonomy. This makes the "why do you still work there" question land as naive most of the time.

Post some links to companies hiring at similar compensation levels. Or, are you suggesting that every Meta employee is in a position to just like off of any random job they can find, or even no income at all while they go off "on their own"?

There are too many technical inaccuracies in this to take it serious (or to try and address them all here). Directionally it is fairly accurate, but the author clearly has very little knowledge of surveillance cameras, their capabilities, or even broadly how to identify ALPR vs. traffic control cameras (and similar nuances).

Not only was it built around AC, the technology at the time only allowed for roughly 1/2 the AC cycles rate. People think there was some great reasoning behind 30fps. It was just what was available, essentially.

These calculations often fail to account for present vs future value of money.

If you’re financing the system you have no big cash outlay, but returns are further out, possibly never when accounting for the useful like of the system.

With cash up front all the returns are yours, but they are much lower than what that cash would net you in an average investment.

The financial math on small solar systems can be complex. If the system is sufficient to provide power to major appliances in a power outage (assuming you have a power outage risk in your area), it can make more sense to tie money up in these systems.

The issue is that these mesh protocols quickly break down under any real loads.

Setting up a few mesh nodes, running some tests, and thinking you have a kit that is usable in an emergency is like so many other "disaster recovery" drills we've been through that assume ideal conditions. The excellent daily tape backups that you realize too late you can't utilize in a bare metal recovery situation because nobody kept an OS install media handy, or they forgot to keep the installer and license keys for the backup software in the datacenter.

The challenge with these mesh systems is that few, if any, areas have even gotten to a point that they could run a realistic simulation of relying on this system for communications.

I ran some Meshtastic nodes for a while, same overall experience.

Rarely saw nearby nodes, never communicated anything more than a basic "HELLO"/"ACK" kind of thing.

It's a neat idea for things like a distributed sensor network on your own property, or other IoT kinds of comms. It's not a practical platform for human to human comms, especially in a disaster scenario.

We clearly have differing opinions on what constitutes a decent jet. Are you buying your jets used??

The meshcore software, and the common hardware being used, are both comically weak for anything that approaches usage at scale, especially in an emergency situation.

The range is extremely limited, and the throughput gets really bad if your packets have to travel more than a few hops. These two factors alone combine to write this off as nothing more than a toy pretty much from the start.

There are already unlicensed radios with longer range that would be a better starting point if people were trying to position mesh* as a scalable and reliable transport of any kind.

Second, the author also misses an important piece of functionality of meshcore: If I lose power, the mesh still works.

This point isn't unique to meshcore, and it is not a guarantee. Any solar powered and battery-backed device can function without utility power (in theory). Meshcore nodes are not solar powered by default, and the same solar power concept can be utilized for any other kind of radio transceiver/protocol.

That is why I just filter ND emails to spam. Those patterns just reaffirm I don’t want the kind of content they offer.

That is clearly not the mistake, there are images of it in blue, red, and yellow. I've also seen a couple of different styles of wheels. The design looks bad (for a Ferrari) in every iteration. The overwhelming feedback on public discussions is that it looks [cheap|terrible|boring|notFerrari].

Skimming through his posts he was also “back” to writing in 2023. Looks like he wrote 2 things then. Maybe he’ll do a longer run this time, maybe a good half dozen posts before another 3 year break?

I repaired some of the early 700’s at IBM when they were still mostly in the hands of upper execs and no official repair manuals had been released. I’d get random unit showing up at our Madison Heights, MI repair depot addressed to me from names I only vaguely recognized.

This isn't really just an Apple mentality though. I have all kinds of old electronics and devices from Google, Samsung, Intel, WD, etc. that all fit this exact same description.

If you've ever tried to run a hardware business (or really any business), you know that it is not financially sound to continue to support old devices that have been superceded (sometimes more than once) by newer products that consumers are currently spending money on.

We can debate if this is the way things should be, the aspect of whether you truly "own" things, software escrow, and on and on. But the phenomenon itself is in no way unique to Apple. If anything, I have found that the usable lifespan of Apple hardware is, on average, longer than the usable lifespan of other name-brand electronics in similar categories.