Despite reports, Apple does, in fact, not support right to repair

Cory Doctorow: Right to repair has no cannier, more dedicated adversary than Apple, a company whose most innovative work is dreaming up new ways to sneakily sabotage electronics repair while claiming to be a caring environmental steward, a lie that covers up the mountains of e-waste that Apple dooms our descendants to wade through. Why does Apple hate repair so much? It’s not that they want to poison our water and bodies with microplastics; it’s not that they want to hasten the day our coastal cities drown; it’s not that they relish the human misery that accompanies every gram of conflict mineral. They aren’t sadists. They’re merely sociopathically greedy. Tim Cook laid it out for his investors: when people can repair their devices, they don’t buy new ones. When people don’t buy new devices, Apple doesn’t sell them new devices. A few weeks ago, when news broke that Apple had changed from opposing California’s right to repair bill to supporting it, and the entire tech media was falling over itself to uncritically report on it, I instinctively knew something was up. Supporting right to repair was so uncharacteristic of Apple and Tim Cook, I just knew something was off. It turns out I was right. Instead of relying on the lack of right to repair laws, Apple is simply making it so that using any parts not approved by Apple in a repair would make your Apple device not function properly. They do so by VIN-locking, or parts-pairing as it’s called in the tech industry, parts, and if the device’s SoC detects that an unapproved repair is taking place, the device simply won’t accept it, even if genuine Apple parts are being used. Trying to circumvent this parts-pairing violates the DMCA – and the DMCA is federal law, while California’s right to repair bill it state law, meaning the DMCA overrules it. Doctorow lists various other things Apple does to limit your ability to repair devices, such as claiming to “recycle” devices when you return them to Apple, only for the company to shred them instead to prevent their parts from making it into the repair circuit. Apple also puts tiny serial numbers on every single part, so that even when devices are scrapped for parts, usually in Asia, Apple can work together with US Customs to intercept and destroy these fully working parts when they enter the US. So, Apple supporting California’s right to repair bill is entirely and utterly meaningless and hollow. It’s all for show, for the optics, to mislead the gullible 20-somethings in the tech media. I knew something was up, and I was right.

Mehfil e Sama – Rabi ul Awwal Special 2023 – 24 September 2023 – ARY Qtv

Mehfil e Sama – Rabi ul Awwal Special 2023

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Governo que apresentar acordo de questões climáticas com os EUA até o fim do ano

As reuniões de um grupo de trabalho do Brasil e dos Estados Unidos para discutir as questões climáticas começam nesta segunda-feira (25), informou o ministro da Fazenda, Fernando Haddad. A autorização para o início foi dada nesta semana pelo presidente americano, Joe Biden, em reunião bilateral com o governo brasileiro em Nova York. Assista ao Jornal da Manhã completo: https://youtube.com/live/kRGjtuFSCjo

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green hell – CRACHE C’EST PAS BON !!!

POUCE BLEU, ABONNE TOI ET METS LA CLOCHE ️
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BERLIN-MARATHON_ Störversuch der _Letzten Generation_ scheitert – Polizei nimmt 15 Aktivisten fest

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rubidity-typed gem update – “zero-dependency” typed value and reference classes

Hello, for those one or two people interested in rubidity – a it’s just ruby version with 100%-compatible solidity types and abis – i updated the rubidity-typed gem that’s the foundation with with “zero-dependency” typed value and reference classes. it’s still (very) early. if anyone is interested in typed ruby (at runtime only; no static type-checker) i invite you to join the fun and let’s explore and learn together.

Viable ROP-free roadmap for i386/armv8/riscv64/alpha/sparc64

Theo de Raadt (deraadt@) posted to
tech@
a detailed
message
explaining the past and (potential) future of
anti-ROP
measures in OpenBSD.

It’s well worth reading its entirety.
Highlights include:

Years later, Todd Mortimer and I developed RETGUARD.  At the start of
that initiative he proposed we protect all functions, to try to guard
all the RET instructions, and therefore achieve a state we call
"ROP-free".  I felt this was impossible, but after a couple hurdles the
RETGUARD performance was vastly better than the stack protector and we
were able to protect all functions and get to ROP-free (on fixed-sized
instruction architecures).  Performance was acceptable to trade against
improved security.
[…]
We were able to enable RETGUARD on all functions because it was fast.
[…]
On the other hand the RETGUARD approach uses an illegal instruction (of
some sort), which is a speculation barrier. That prevents the cpu from
heading off into an alternative set of weeds.  It will go decode more
instructions along the post-RET execution path.

I filed that idea as interesting but did nothing with it.  Until now.

Like we said earlier, it is worth reading the whole thing! This points forward to some remarkable improvements on several architectures, and those changes could be a clear benefit for other systems too.

parallel @ Savannah: GNU Parallel 20230922 (‘Derna’) released [stable]

GNU Parallel 20230922 (‘Derna’) has been released. It is available for download at: lbry://@GnuParallel:4

Quote of the month:

  Parallel is so damn good! You’ve got to use it.

    — @ThePrimeTimeagen@youtube.com

New in this release:

  • No new features. This is a candidate for a stable release.
  • Bug fixes and man page updates.


News about GNU Parallel:


GNU Parallel – For people who live life in the parallel lane.

If you like GNU Parallel record a video testimonial: Say who you are, what you use GNU Parallel for, how it helps you, and what you like most about it. Include a command that uses GNU Parallel if you feel like it.

About GNU Parallel


GNU Parallel is a shell tool for executing jobs in parallel using one or more computers. A job can be a single command or a small script that has to be run for each of the lines in the input. The typical input is a list of files, a list of hosts, a list of users, a list of URLs, or a list of tables. A job can also be a command that reads from a pipe. GNU Parallel can then split the input and pipe it into commands in parallel.

If you use xargs and tee today you will find GNU Parallel very easy to use as GNU Parallel is written to have the same options as xargs. If you write loops in shell, you will find GNU Parallel may be able to replace most of the loops and make them run faster by running several jobs in parallel. GNU Parallel can even replace nested loops.

GNU Parallel makes sure output from the commands is the same output as you would get had you run the commands sequentially. This makes it possible to use output from GNU Parallel as input for other programs.

For example you can run this to convert all jpeg files into png and gif files and have a progress bar:

  parallel –bar convert {1} {1.}.{2} ::: *.jpg ::: png gif

Or you can generate big, medium, and small thumbnails of all jpeg files in sub dirs:

  find . -name ‘*.jpg’ |

    parallel convert -geometry {2} {1} {1//}/thumb{2}_{1/} :::: – ::: 50 100 200

You can find more about GNU Parallel at: http://www.gnu.org/s/parallel/

You can install GNU Parallel in just 10 seconds with:

    $ (wget -O – pi.dk/3 || lynx -source pi.dk/3 || curl pi.dk/3/ ||

       fetch -o – http://pi.dk/3 ) > install.sh

    $ sha1sum install.sh | grep 883c667e01eed62f975ad28b6d50e22a

    12345678 883c667e 01eed62f 975ad28b 6d50e22a

    $ md5sum install.sh | grep cc21b4c943fd03e93ae1ae49e28573c0

    cc21b4c9 43fd03e9 3ae1ae49 e28573c0

    $ sha512sum install.sh | grep ec113b49a54e705f86d51e784ebced224fdff3f52

    79945d9d 250b42a4 2067bb00 99da012e c113b49a 54e705f8 6d51e784 ebced224

    fdff3f52 ca588d64 e75f6033 61bd543f d631f592 2f87ceb2 ab034149 6df84a35

    $ bash install.sh

Watch the intro video on http://www.youtube.com/playlist?list=PL284C9FF2488BC6D1

Walk through the tutorial (man parallel_tutorial). Your command line will love you for it.

When using programs that use GNU Parallel to process data for publication please cite:

O. Tange (2018): GNU Parallel 2018, March 2018, https://doi.org/10.5281/zenodo.1146014.

If you like GNU Parallel:

  • Give a demo at your local user group/team/colleagues
  • Post the intro videos on Reddit/Diaspora*/forums/blogs/ Identi.ca/Google+/Twitter/Facebook/Linkedin/mailing lists
  • Get the merchandise https://gnuparallel.threadless.com/designs/gnu-parallel
  • Request or write a review for your favourite blog or magazine
  • Request or build a package for your favourite distribution (if it is not already there)
  • Invite me for your next conference


If you use programs that use GNU Parallel for research:

  • Please cite GNU Parallel in you publications (use –citation)


If GNU Parallel saves you money:

About GNU SQL


GNU sql aims to give a simple, unified interface for accessing databases through all the different databases’ command line clients. So far the focus has been on giving a common way to specify login information (protocol, username, password, hostname, and port number), size (database and table size), and running queries.

The database is addressed using a DBURL. If commands are left out you will get that database’s interactive shell.

When using GNU SQL for a publication please cite:

O. Tange (2011): GNU SQL – A Command Line Tool for Accessing Different Databases Using DBURLs, ;login: The USENIX Magazine, April 2011:29-32.

About GNU Niceload


GNU niceload slows down a program when the computer load average (or other system activity) is above a certain limit. When the limit is reached the program will be suspended for some time. If the limit is a soft limit the program will be allowed to run for short amounts of time before being suspended again. If the limit is a hard limit the program will only be allowed to run when the system is below the limit.

OpenBSD: viable ROP-free roadmap for i386/armv8/riscv64/alpha/sparc64

Years later, Todd Mortimer and I developed RETGUARD. At the start of that initiative he proposed we protect all functions, to try to guard all the RET instructions, and therefore achieve a state we call “ROP-free”. I felt this was impossible, but after a couple hurdles the RETGUARD performance was vastly better than the stack protector and we were able to protect all functions and get to ROP-free (on fixed-sized instruction architecures). Performance was acceptable to trade against improved security. RETGUARD provides up to 4096 cookies per DSO, per-function, but limited to avoid excessive bloat. It is difficult to do on architectures with very few registers. Code was only written for clang, there is no gcc codebase doing it. clang code for some architectures was never written (riscv64). I hope that sets the stage for what is coming next. We were able to enable RETGUARD on all functions because it was fast. Look, I have no clue what any of this means. None at all. However, I do somewhat grasp this is a big deal… I just need OSNews readers to explain in layman’s terms why, exactly.