Digital Citizen

Richard Matthew Stallman, founder of the free software movement recently gave a talk entitled “Copyright vs. Community” at Balamand University, in north Lebanon. He has given this talk many times before and there are recordings of previous talks available online (1, 2, 3, 4, 5). I wasn’t at the Balamand University talk, but I’ve heard this talk a number of times and I’m familiar with the questions that are sure to follow. Below I try to answer points of confusion that come up.

According to one poster

He basically said that copying music doesn’t hurt the artist because the artist has already been screwed over by the record industry. Now, I’m definitely not one to argue against the last part of that statement, but Mom always taught me that two wrongs don’t make a right.

Unfortunately there is no accompanying explanation for how copying music is “wrong”. We need to distinguish between what’s illegal (copyright infringement) and unethical. Friends share with each other because sharing is a natural thing to do, sharing builds community, and because people typically value their friendships more highly.

The poster continues

But later, Stallman said something that I found very surprising. He said that he has no problem with the firmware being burned into the hardware (via a ROM chip or the like). He said that he wanted a “black box”, and it’s obvious that he has no problem with proprietary firmware as long as it’s permanently embedded in the hardware rather than being loaded into it at boot time.

What I didn’t understand is why Stallman feels that there’s a difference? What is it? The method used to get the firmware into the hardware? Why make this the line in the sand? It seems very arbitrary to me.

The difference is the user’s freedom to alter the code distributed to them.

Stallman’s distinction (as I’m sure he covered about in his talk) has to do with a user’s freedom to run, learn, adapt, and share functional works (including published software). This is an ethical issue the free software movement does not shy away from. The free software movement works to build and maintain a community of equal opportunity and social solidarity; all computer users should be free to make their copy of published computer software do what they want it to do. The heart of the free software movement concerns itself with the most important question anyone can ask: how shall I treat other people?

When code is in a ROM (read-only memory) chip or in circuitry (there’s no difference when it comes to user’s freedom), the user and developer have no opportunity to change that code without changing the hardware. In this way the developer and the user are equals.

The opportunity for change exists wherever there is storage that allows alteration. When a device’s program is software, the issues of software freedom are raised. The question becomes who has permission to make changes to that software? This is a question of permission not technical know-how, time, interest, or budget to change the software. If the software is free, the user can get a copy of the program’s source code and make their device behave as they wish. They can even help other users by sharing their improved code. If the developer is the only person who may modify the software, the developer subjugates the user. Developers who want to maintain this power over the user will not distribute free software for the device or complete documentation on how the device works.
Continue reading ›

Engadget reports that Apple Computer chief Steve Jobs recently spoke about DRM (digital restrictions management):

Q: I bought the movie Up on DVD, it had a digital download. I put it on my iPad. I hooked up my VGA adapter and tried to play it… but I couldn’t because of HDCP. Can you tell me how you’re helping with this?

A: We didn’t invent this stuff…

Q: But you did deploy it…

A: Well the content creators are trying to protect this stuff, and they’re grabbing at straws. Sometimes they grab the right ones, and sometimes they don’t. If we want access to this stuff, we have to play by some of their rules. I feel your pain.

So for proprietors it’s okay to deflect blame for restricting users from fully controlling their computers and simultaneously profit in restricting the users. Apple is big when it suits them (I’m sure they want consumers to believe they are the pre-eminent vehicle for delivering movies and music) and small and helpless against the publishers when it suits them (“We didn’t invent this stuff….”). This attitude rewards those who restrict and does nothing to help users who want to watch their legally obtained copies of movies as they see fit (dare one want to see a movie on a non-approved screen!).

This attitude is bad in itself, but not life threatening. As it applies to watching movies, this DRM is more annoying than anything else because there are plenty of free software movie players (like VLC) that will happily show you a movie on any device you like ignoring DRM that would otherwise get in your way; you can simply choose those programs instead of the proprietary stuff and go about enjoying a little bit more control over your life.

But what if DRM is in a device you need to live, like a heart pacemaker/defibrillator to monitor and regulate your heartbeats? Nowadays these devices are digital and run on software—software you aren’t privy to inspect, change, or share. Some of them are even set up so the software they run on can be altered remotely. Remote administration is sold on convenience, like proprietary traps usually are: A trained physician puts you within radio distance of a device that alters the pacemaker/defibrillator’s settings entirely wirelessly—no surgery or injection after the initial installation!

Remote control is a convenience you might be willing to accept for your garage and car door. But regulating a critical function in your body? This doesn’t sound so good when you consider the ramifications for a device you depend on in order to live. Brad Kuhn and Karen Sandler of the Software Freedom Law Show recently discussed this problem. Sandler looked into these devices because she has one of these devices implanted inside her (it mostly monitors her heart but it could shock her heart to keep her alive). Sandler has a large heart which increases her risk of sudden death. Sandler said that patient information is carried in some of these devices and, according to an article she read on the modern variant of the device she has, this information can be retrieved remotely without the user’s consent or knowledge. In that article, a similar device’s operation was altered without using the original manufacturer’s hardware. Knowing the risks of remote administration, she chose an older model which requires close contact with the device to be adjusted or interrogated. But most patients are not so well-versed in the consequences of choosing a modern medical implants which can be adjusted from a distance using something available to everyone (such as software defined radio, like GNU Radio).

What if manufacturers use DRM to restrict who can administer the implanted device? Why should anyone have to surrender control over their body in this way?

We need software freedom for medical devices. There are compelling ethical reasons we need software freedom for all published software (well-covered ground by the free software movement) but also because our lives could be at stake. Whether you choose to learn, alter, or share this software should be up to you as well.

Update 2010-07-21: SFLC publishes their report on “Safety Benefits of Free and Open Source Software in Critical Technology“. More on this report can be found on their site.