For all the bravado about standing up to powerful interests, this shows you who the most powerful interests are in that space.
There is a lawsuit around that ballot initiative, and iFixit and EFF just filed an Amicus on Monday supporting the law. https://www.eff.org/deeplinks/2021/06/eff-files-amicus-brief...
Sometimes it's better to fight the giants one arena at a time.
I believe that is intended to be read as "digital electronic product or embedded software found in medical settings."
After all, the description of what the bill does apply to is "digital electronic equipment". Interpreting it to apply to "equipment" but not "products" doesn't really make sense.
The auto industry giants are still being fought - just not over this bill.
I think that if the laws overlap it will be opposed by multiple industry giants and will be harder to pass. At least that’s what it seems from the post above.
IMO it comes down to this: do we advocate for laws that give companies the ability to decide what is right/safe for the public, or do we advocate for laws that reflect trust in the individual?
This is a really great way to put it, and it applies broadly to so many fundamental disagreements in the tech world.
I firmly believe it’s better to trust the individual—so I think users should be able to sideload iOS apps (only if they want to) and install their own root certificates. Others think individuals can’t be trusted, and so we should let tech companies dictate what is safe for everyone else.
Well, while this applies to medical devices, worth noting this doesn't apply to cars, for which safety inspections have existed in many states for quite a while.
And often with medical devices, they may often be supporting the life of someone other than the original purchaser and sole maintainer.
Depending on the law, it may also require more documentation, ban on total lockdown of devices and obligation to sell spare parts(but you often can buy genuine spare parts through service centers)
Right to fix also doesn't cover warranties, as you will loose your warranty when doing it yourself.
For cars or medical equipment - that's clearly political influence, masquerading as "public safety".
There's nothing stopping me from modifying my car to be very dangerous right now, without even affecting my warranty. The difference - I cannot install a third party keyfob, because the protocol is locked down.
The kind of medical equipment that hospitals require, already comes with multi-decade support. And your CPAP device can be serviced by someone without manufacturer specific training(that costs a fortune, for little practical value).
The Magnussen-Moss warranty act of 1975 states (IANAL) that a repair cannot void the warranty unless the manufacturer can prove that your repair caused the damage in question.
https://en.wikipedia.org/wiki/Magnuson%E2%80%93Moss_Warranty...
Given the cost of medical care in this country I think it would be a very good thing if that agreement not to sell parts was against the law. Surely an electric motor to raise a chair up and down could be replaced with the correct part without compromising anyone’s safety.
edit: may have misinterpreted what you wrote. Nobody should have to have amateurs perform repairs, whether they are first party or not.
https://www.google.com/amp/s/medicalxpress.com/news/2019-06-...
Sorry for the Google amp link.
There’s also this kind of medical device hacking (again not black hat):
https://hackaday.com/2020/07/15/diy-dongle-breathes-life-int...
And open-source ventilator software:
https://hackaday.com/2020/03/30/professional-ventilator-desi...
That said, Safety is red herring that the industries use to justify their anti-consumer actions with zero actual data to back their position.
The Record are cars is clear and estiblished people self repair and use independant repair all the time to fix mechnical safety systems like breaks with no systemic issues or damage to public safety
For medical devices I have yet to see any data the independent repair causes any harm, in fact I believe the the US Government has a study that states Independent Repair of Medical Equipment is critical to maintaining the US Health System, so in the case of Health Care prohibitions on independent repair may CAUSE public health issues by taking critical equipment out of service waiting on "authorized" repair or parts
This "greater safety" concern is nothing but masquerade.
Even the GPLv3 makes an exception for this class of device.
Citation very fucking needed, because exceptions for specific fields of work directly contradict the underlying principles of the GPL, and indeed [0] contains no occurence of the word "medical".
The anti-tivoization text in the license applies to these User Products. Medical devices are not included in the definition.
(I'm excluding cribs...because my partner laughed at me when I suggested building our crib and told me that was fine as long as I followed all the rules)
The move to non-removable batteries always seemed like a thinly veild money grab to me.
I'm tired of my closet of broken devices. I don't like spending money on a new item when I was happy with the old model.
I am tired of not seeing all the trouble codes on my car when it breaks down.
I don't like spending money on electronics because a company won't let me fix their product, restricts information, or spare parts.
I came from a family that was too poor to buy new, and repair was just expected.
We need mandatory bootloader unlocking for products that the manufacture finds unprofitable to ship software updates for.
this old phone works really well still. I do not conduct any work related activities on it. But they see it as a attack vector I guess?
If one does do work things on their phone and, especially if you have MDM installed, it is of course reasonable to require you to be on a current OS. And Apple is pretty good about length of support but it's not forever.
I miss the days of clip in batteries. I still have a 2013 laptop like that.
Samsung makes a 15.6” laptop that weighs 2.6lbs, which is extremely practical. I’m planning on getting one. I wouldn’t be if it had the bulk and weight of a removable battery.
The battery in e.g. an iPhone 6S takes some work to replace, but it's still quite easy for a repair shop to do, so that seems like a very reasonable trade-off to me.
Making them doubly non-removable?
I am still looking for a new phone, which removable battery.
For example there are torque specifications for some of the screws in the trashcan Mac Pro. I doubt getting the torque wrong would cause any issue, and Apple is probably being a bit pedantic. However, iFixit's thermal paste application article specifically recommends spreading thermal paste with your finger[1], which is a TERRIBLE idea and goes directly against Apple repair procedures.
So use common sense when working with iFixit guides, they should not be considered replacements for official Apple repair guides, though they are far better than nothing, which is what Apple provides to the general public :).
[1] https://www.ifixit.com/Guide/How+to+Apply+Thermal+Paste/744#...
All that being said, thermal paste is pretty poisonous, I'd never even considered someone would just splodge it on with their finger.
I wonder what the minds of HN think about this scenario. Is the move towards non-removable batteries perhaps related to this?
I also wonder about the movement away from physical headphone jacks....I imagine bluetooth is easier to hack then a physical cable.
Edit: thanks for engaging on this. You helped me discount this theory.
The first thing to ask if we think that the non removable batteries is related to surveillance is how a non removable battery would help surveillance. And it’s hard to see how it would. The vast majority of people would leave their removable batteries in the phone with it on anyways, since they don’t expect the surveillance. The next level of paranoid people would switch off the phone, in which case it wouldn’t matter if the battery was removable or not. The only crowd it would affect is the people who are paranoid enough that they would additionally also remove the battery. But if they are so careful, if they do have a phone with a non removable battery, then they have a simple alternate solution of simply locking up the phone in a lockbox and not taking it into the room you’re having the discussion (or taking it around with you if you’re worried about tracking).
Insisting on non removable batteries will give you an extremely minor benefit (people who are careful enough to want to remove their batteries for privacy, but not dedicated enough that given a non removable battery, they will still keep their phone around and won’t find an alternate solution).
So really, it doesn’t make sense at all.
Further, there’s a completely explainable, and frankly predictable, trajectory and goal that led to non removable batteries. The same goal that led to other changes such as the removing of the headphone jack, etc.
:-) Yeah, no need to go to a conspiracy theory with no rational basis or factual evidence when stupidity,greed, incompetence or a combination thereof will explain the result. It seems to me that these kinds of theories only build up the power and influence of those petty industrial tyrants to the detriment of all.
Still, cold comfort to those of us who have lost the replaceable battery option and dread the day headphone jacks disappear forever.
You have to undersize parts for a watertight fit, which can result in undesirable characteristics when deformation or dropping of a device does happen. There's also an increasing tendency to use the outer shell of a device as a heat-sink/radiator. Adhesives enable this type of design but make it darn near impossible to maintain.
I'm not going to say there isn't a mustache twirler somewhere with surveillance plans of grandeur... but unfortunately the truth may be closer to it's cheaper to buy a tube of glue than to get a tub of small, self-tapping screws.
That's just my 2 cents from having torn things apart and put them back together to varying degrees of success.
There are more realistic things like that, e.g. foil-protected credit card / access card wallets that prevent accidental contactless reading.
There's also lots of interest in tracking device communication and I really expect someone to notice a randomly appearing device where there shouldn't be one.
So technically even you can replace those chips, you can't buy them.
And next Apple if putting serial numbers to prevent that even if you get the part, you will have a non-functional device.
This bill does not appear to address that.
Besides, the "information they need to repair" is also where the devil will be. Companies like Apple provide instructions on how to unscrew the laptop cover with a screwdriver (literally), but won't provide any data sheets.
They don't even need to resort to this. If the chip requires programming, they keep the chip protected from read and the code locked and bingo: you can buy an identical one but it won't work without the original code. Pretty much any digital product in existence works like that today. One could have the entire BOM of an iPhone available, but without their iron level firmware, all programmable chips would just sit there doing nothing thus making the device unusable.
And I am not entirely sure if it is a good idea Apple sell these parts for repairing. Which Apple will definitely do so with their hardware margin. i.e They will sell you the Display Screen with Glass for $300+. At this point you might as well go to Apple and fix it.
I had always wish the Services Strategy of Apple was to raise the price of iPhone and Mac by $100, move those to Services Revenue and included AppleCare+ by default. Also lowering any replacement and fixing price rather than try and gouge their customer at their Genius Bar. Which is increasingly a thing since 2015.
Getting third party fixing also have risk when your Data aren't fully backed up. Which is something likes to push for their iCloud Services.
Or something
In the vast majority of cases it is not apple the one producing the chips so it would not really make sense to buy it from apple.
There is even the more severe case where the manifacturer disappeared and no factory with similar technology exists. How is Apple or whatever company supposed to produce that chip?
The essential of right of repair is "do not make second hand markets and resellers illegal".
20 years is a long time and I wonder how much use a 20 year old iPhone for example even has.
I'll be downvoted, but here's a few real potential downsides (which exist anytime a small group of people with good intentions THINK they understand a complex issue enough to fix it). All regulation has unintended consequences:
Ineffective at stopping E-waste - The main reason people throw electronics away is not because they break, but because they become obsolete. In electronics, the next generation of products is almost always faster, smaller, and more energy efficient. Hence why we have landfills full of old beige computer towers that are fully functional and user-repairable, yet nobody wants.
Dampened innovation - When you tell companies they have to build things a certain way, you remove the option for something better to evolve. Once you pass a law, it's almost impossible to get it removed, and who knows what the future will bring (eg. biodegradable electronics, miniaturization on a microscopic scale, etc)
Increased costs for consumers - baring the extra engineering/documentation costs (which aren't trivial), any requirements to supply spare parts for X years would be insanely expensive. Forcing companies to create small quantity B2C supply chains and retail channels for consumers to purchase individual parts on obsolete models would be an absolute nightmare.
Disincentivized R&D - if you're forced to create manuals that tell your competitors how to clone your products and also let them easily buy all your parts, why invest in creating something unique? You'll just be cloned by an army of chinese competitors even faster. Just sell commodity crap hardware and focus on branding.
Entrenching incumbents - incumbent big companies may simply use this regulation as an opportunity to entrench their position in the marketplace. If they can make it harder for upstarts to get off the ground, that's good for them! Anytime a company is coming out in favor of legislation and "restrictions" on their business, beware.
Sorry to see that you were, indeed, downvoted.
In the long run, it would probably be ineffective as well. Most of the big companies would probably ignore the law and/or sue the state. I'm sure there'll be first amendment issues citing compelled speech with regards to being forced to produce manuals.
1. It complains about downvotes, which is one of many reasons your post is grey.
2. The main reason people throw electronics away is not because they break, but because they become obsolete: Big [citation needed] on shorter time scales. For longer time scales it's intuitively true but irrelevant. With Moore's law being toast, most hardware upgrades are extremely incremental. I don't get any more battery life on my iPhone XS Max than I do on the 6+ it replaced, it's not any more responsive, etc. Beige boxes haven't been a thing for decades. But, people holding onto their devices longer would absolutely result in less ewaste.
3. When you tell companies they have to build things a certain way, you remove the option for something better to evolve: That depends entirely on the nature of the requirements. Nobody's talking about the government dictating the whole BOM. No innovation is being stifled by requiring, say, user-replaceable batteries, unless we're talking about innovative ways to pad the company's bottom line. Let's not lose sight of the fact that repair-hostile design absolutely benefits the company and only the company at the end of the day.
4. baring the extra engineering/documentation costs: which are already done internally, so those costs are irrelevant. Every company that does repairs has documented repair procedures for their own people already. They can put PDFs on a freaking website. No idea what you mean by "extra engineering costs".
5. forcing companies to create small quantity B2C supply chains and retail channels for consumers to purchase individual parts on obsolete models would be an absolute nightmare: That's somewhat fair, but there's no reason it needs to be any more of a retail channel than their ship/replace stuff already is. The infra is already in place, they're just shipping out parts instead of full devices. I think the word "obsolete" is doing a lot of heavy lifting here.. a 2 years old phone is only "obsolete" by manufacturer fiat, because they can make more money by marketing tiny, incremental upgrades and simply refusing to support the still-useful device.
6. You'll just be cloned by an army of chinese competitors even faster: Not fast enough for this to be an actual concern. Shitty chinese clones happen with a quickness even today, yet for some reason people still spend billions on name brand devices. I do not foresee this meaningfully changing. Trademark/import law is still a thing, after all.
7. incumbent big companies may simply use this regulation as an opportunity to entrench their position in the marketplace: This is a weak meta-situational argument used by all big businesses against any and all business regulations. I do not see why this case is special.
This is news to me. Not sure if you've heard, 1nm has already been achieved in processors, and Apple has been keeping the progress curve alive with SOC architecture: https://siliconangle.com/2021/04/10/new-era-innovation-moore...
>No innovation is being stifled by requiring, say, user-replaceable batteries
This is exactly my point. You have good intentions and are trying to solve the problem.
But by doing so you've just made a dangerous authoritarian decision for the future of all computing. Who knows what form batteries will take in the future, especially as power needs are reduced. Look at how much less power the M1 SOC takes vs. Intel chips and multiply that by 10. Now think of all the new form factors that would be enabled by this, and where your law might be a hinderance in 20+ years (yet impossible politically to repeal).
New tech is fragile. All it takes is one guy in legal to say "too risky, violates X law" and said experimental product is set back a decade or two.
> Shitty chinese clones happen with a quickness even today, yet for some reason people still spend billions on name brand devices. I do not foresee this meaningfully changing.
I don't have the same crystal ball to predict the future, I guess. How can you be so sure? Because America is the best at everything and will always be the best? History is filled with predictions of a future that never came to be.
Overall, I'm sympathetic to the cause, but I think the RTR movement is a little too dogmatic and authoritarian for my tastes. If the market wanted the same things as RTR, companies would already be creating their products this way and minting profits. The market isn't perfectly efficient, but it mostly is.
...and if Apple is wrong, and people actually do care about user-replaceable batteries, you should run out and start a RTR-friendly hardware company tomorrow and win the market!
Nobody on either side actually believes those things (regardless of how passionately they claim to). They are both fallacious appeals to get disinterested people emotionally wrapped up in the topic.
RE: safety, people getting hurt trying to repair stuff happens already and will still happen post-regulation. Right to repair will not result in more injuries.
RE: landfills, most people don't throw stuff away because it breaks. They throw things away because newer models are more powerful, faster, smaller, more efficient, or aesthetically "cool." Right to repair will not result in less landfills.
This is unnecessarily much broader than the original intent. Right to repair was mostly pushed for by computer repair shops, who mostly work with consumer electronics. The New York lawmakers acknowledged there was some problem with this, that's why they excluded everything medical or automotive. But every other industry is still effected and it will have unintended consequences. They excluded only cars and medical devices, but did they still intend for this to apply to boats, planes, construction equipment, missiles, building access management, even pipelines?
The Colonial Pipeline must have some "digital electronic equipment" that controls it. How likely is it that if all the maintenance manuals for that stuff are released, people will find some security-by-obscurity there? Computer repair shops are not going to repair oil and gas pipelines, so is there any reason these manuals need to be made publically available?
2. Everything this law requires is going to be made public, it won't just be for independent repair shops, and that may not be in the public interest. The law acknowledges that for security-related information, there may be a reason not to make it publically available. It says that "such documentation, tools, and parts may be made available through appropriate secure release systems." But they can't actually enforce that. The law says that manufacturers have to provide these maintenance manuals for free to any "independent repair provider", which could be a 1-person company, and the right to repair folks already stated they want to dump everything online. So all this confidental information will get leaked immediately and there's nothing the manufacturers will be able to do about it.
3. Security. For electronics, security-by-obscurity is all over the place, you can find it everywhere. Devices always need some privileged mode for things like testing, administration, or maintenance, and it's hard to do that securely on processors that are as cheap as possible for business reasons.
Consider e.g. building access control, like the keypads on apartment buildings. These have a need for someone to be able to unlock the door in unusual situations, e.g. for maintenance, building administration, or for firefighting. Instead of a TLS stack, they probably have some obscurity-by-security keycode, like pressing #12345 to enable the maintenance mode. This would be documented in a maintenance manual and not provided to most end users. When the right to repair folks dump this manual on the internet, it's going to help criminals a lot more than repair shops. Repairs to apartment keypads are rare, but thefts from apartment buildings are very common.
This same thing will happen with a million other devices that no one has thought about yet. If the manufacturer created some features that the user is not supposed to access, there's probably a reason for that. But all this stuff will be recorded in maintenance manuals, and making it public won't really benefit users as much as it will harm security.
But Thursday is the last day of session for the NY legislature, and the bill has not yet escaped committee, making a vote by the full Assembly unlikely.
The battle for fair repair in New York will continue into next year’s session, with a strong record of success.
So eventually... maybe.
We have a part-time legislature. The other half of the year lets our politicians earn a living outside politics (as well as politick--it's an election year.)
Our Governor is powerful. If an emergency arises, I believe the Assembly and Senate can be called back into session. But that's rarely required.
You'd be surprised both how much they're expected to get done in a few months, and also how little some state legislatures actually pass. State and Federal agencies serve a huge role in the US, partially for this reason.
Right to Repair bill PASSES in NY state senate! What now? https://www.youtube.com/watch?v=FX6BVQe6Tq4
TL;DR: Low probability than anything will happen before next year
Why is hardware treated different than software?
If I own a perpetual license for some type of software, should I be entitled to “repair” the software I own.
(Note: I’m not including SaaS in this since your don’t own that)
"This bill require original equipment manufacturers (OEM) to make diag- nostic and repair information for digital electronic parts and equipment available to independent repair providers and consumers if such parts and repair information are also available to OEM authorized repair providers."
This seems to imply that if something is being sold as non repairable, it will continue to be, since there would be no authorized repair providers.
I'm afraid that for some time we'll continue to see old phones discarded in landfills because there will be no technical information available allowing developers to port open operating systems, drivers and apps to them.
I'm sure there's a ton of good reasons why liability wise. Just seems crazy to me.
I guess it's the same when you buy a $1k iPhone and can't run your own unsigned software.
Anyway, it's basically the same thing that's at stake with router radio firmware and RF compliance— yes, you own the device, but the device's hardware has inherent capabilities that if fully unlocked, you would really need additional permits/licensing/oversight to operate in a way that doesn't interfere with other people's devices and wellbeing. Having your device locked down in this regard is a compromise that lets you have it and use it within those parameters while not needing to become a domain expert.
A badly flashed ECU can trivially wreck your engine. It can make it wear out faster. It can increase emissions.
I have no objection with voiding warranty repairs if you reflash an ECU. The important thing is that you should still be able to do it, and still be able to fix the car yourself and get replacement parts.
Who are those 12? Name them and make sure they don't get reelected.