See the FOSDEM slides for some of the features listed in the Phoronix article.
The Free Software Foundation has updated their list of Campaigns, which includes mention of reversing firmware, and a blob-free version of Coreboot:
Reverse engineering projects.
We haven’t analyzed these in detail yet, but more broadly free drivers and free firmware (the goals of nearly all of the listed projects) have all four of our characteristics. Reverse engineering is one way to obtain free drivers and firmware, but the ideal is for manufacturers to publish full specifications and ship free drivers and free firmware, and this is what users should demand. We may want to reframe this page around free drivers, firmware, and hardware designs, noting priority reverse engineering tasks, but also encouraging users to make requests to vendors. The page also lists Replicant, a free version of Android. Phone operating systems were one of the most popular suggestions and merit their own entry (see potential additions below).
A free BIOS has at least the universal and frontier characteristics. Several people suggested adding “and Libreboot,” the project to ship a version of Coreboot with no blobs, pushing further in the frontier direction. We intend to take this suggestion. We are also discussing whether to move this listing to the reframed page about free drivers, firmware, and hardware designs mentioned above.
Free software drivers for network routers.
The text of this listing concerns mesh networking, which may be too narrow to satisfy our criteria. In general free drivers for network routers probably meet the universal and frontier criteria, but it may make sense to fold this listing into a listing/page concerning free drivers and firmware for a large category of hardware (see reverse engineering above).
A message from Donald Robertson of the Free Software Foundation, quoted verbatim:
‘Large, complex systems such as Talos require minimum order quantities to be met for the component parts in use, in addition to R&D expenditure for prototyping, validation, and conformance testing. We have set the goal at the minimum level required to ensure that we can not only design the Talos systems, but also purchase the parts needed to manufacture these complex machines.’
They need every dollar they can get to make this system a reality. It is a difficult goal, but also one that is critical for the future of free computing. As they note in their explanation of the problem:
‘As of this writing, all currently manufactured, low- to mid-range and higher x86 devices, with the exception of two obsolete AMD CPUs, incorporate a security processor that is cryptographically signed, updateable, unauditable, and for which no source code or documentation has been made public. Worse, these security processors must load and continually execute this signed firmware for the system to either be brought online (AMD) or for it to remain operational (Intel).’
If we want a future in which we can continue to have fully free systems that run only free software, we have to build that future ourselves. The Talos Secure Workstation is a proposed system to help secure that future. Their plans are to create a device that will meet the criteria for [Respects Your Freedom] certification, but in order for their plans to come to fruition, they need your help. You can support their work by backing the project via their [crowdfunding page], or even better, by purchasing a mainboard andaccessory package. Every little bit counts. Will you help support the future of free computing?
A few months ago a GNU/Libreboot issue occurred, and I just got around to blogging about it the other day. Well, a few days, later, there is an update from FSF. Also see comment from a reader of previous post, for good background.
The Free Software Foundation is supporting the Libre Tea Computer Card’s crowdfunding effort.
“The Earth-friendly EOMA68 Computing Devices project is a crowdfunding campaign run on Crowd Supply to produce a line of hardware products that are ecologically responsible and built based on royalty-free, unencumbered hardware standards. […] After working closely with the developers and reviewing a sample test board, we are confident that their plans are to create a device that can achieve our Respects Your Freedom (RYF) certification. […] The project is being developed by Luke Kenneth Casson Leighton of Rhombus-Tech and is sponsored by Christopher Waid of ThinkPenguin, a company that sells [multiple RYF-certified hardware products. […] The Libre Tea Computer Card is built with an Allwinner A20 dual core processor configured to use the main CPU for graphics; it has 2 GB of RAM and 8 GB of NAND Flash; […]
For a while now, the Free Software Foundation has had it’s RYF (Respects Your Freedom) hardware certification program. Companies send samples of their product to the FSF for testing. If it passes muster, the company is able to use the FSF RYF certification mark. The FSF presumes that people need not fully understand technology, and can instead trust the FSF and this certification mark, and know that this research has been done for them. This year, they’ve certified 6 new devices, half of which are legacy retroffitted hardware, half are new devices:
“The RYF certification program is one of the most important parts of the FSF’s work — and one of the most promising and successful parts. Since announcing our first RYF-certified product in October 2012 (the LulzBot AO-100 3D printer), we have certified a total of eighteen different hardware devices sold by five different companies. In 2015 alone we awarded RYF certification to six new devices:
* 3 laptops: Libreboot X200 and T400 from Minifree, and the Taurinus X200 from Libiquity.
* 2 3D-printers: The LulzBot TAZ 5 and the LulzBot Mini by Aleph Objects.
* 1 wireless router: The Free Software Wireless-N Mini Router (TPE-R1100) sold by ThinkPenguin.”
Bluntly, I really don’t understand why the FSF isn’t doing more to push crowdfunding of their “Free Hardware”, or even mentioning their Free Hardware concept in the RYF hardware program, or giving presentations at Embedded Linux Conference and elsewhere to discuss this with OEMs, and not helping any of the open architecture designs (GPL’ed OpenRISC, BSD LowRISC/RISC-V, etc.), or mentioning available and up-and-coming devices (eg, Inverse Path’s USB Armory, Olimex’s OSH ARM64 laptop, some of the new devices that can run Libreboot w/o blobs, etc.. I was hoping for more when RMS blessed CrowdSupply.com as funding source for GPL hardware… It looks like the best we can hope for is the above RYF Donate button. 😦
Crowd Supply, the crowfunding platform for Open Hardware OEMs, was blessed this week by RMS and the FSF. Crowd Supply has helped new hardware startups and “Micro OEMs” like Bunnie Studios’ Novena, Purism’s Librem, and Inverse Path’s USB Armory.
“The FSF has selected Crowd Supply as its preferred crowdfunding platform, and will recommend Crowd Supply to hardware and software creators looking to crowdfund, sell or purchase products online. And third, Crowd Supply and the FSF will work together to promote and launch new software and hardware products that adhere to FSF’s guiding principles, with the first project to be announced soon.”
I am *VERY* eager to see more startups creating Open Hardware-based systems! I am looking forward to a few years from now when RISC-V-based devices start showing up on CrowdSupply…!
Going further, the FSF and Linux Foundation need to proactively start building the missing components, not waiting for Intel/ARM and OEMs to create Open Hardware, there’s little motivation for them to change their ways and their IP policies. The FSF needs to — first define, then… — fund Free Hardware, if they’re going in a separate direction from OSHWA’s Open Hardware. Personally, I wish the FSF would partner with OSHWA and focus on Open Hardware, instead of splintering the few non-closed hardware resources/efforts/funds.