Slashdot Mirror

Vadim Makarov writes "Physics World reports on researchers demonstrating a full eavesdropper on a quantum key distribution link. Unlike conventional exploits for security vulnerabilities that are often just a piece of software, spying on quantum cryptography required a box full of optics and mixed-signal electronics. Details are published in Nature Communications, and as a free preprint. The vulnerability was known before, but this is the first actual working exploit with secret-key recording confirmed. Patching this loophole is in progress. Disclosure: I am one of the researchers who worked on this."

Andreas(R) writes "Microsoft has published a set of HTML5 tests comparing Internet Explorer 9 to other web browsers. In Microsoft's own tests, IE9 performs 100% on all tests. However, the Internet Explorer 9 HTML5 Canvas Campaign has published results that show that Internet Explorer gets 0% on all their tests." The results reported here are selected with tongue in cheek: "Therefore, we'll also present shameless results from tests which have been carefully selected to give the results that the PR department has demanded."

Andreas(R) writes "The Freeciv.net crew has benchmarked their web client, which is a rich web application using the HTML5 canvas element. This shows how fast Firefox, Google Chrome, Safari and Internet Explorer perform using the latest HTML5 web standards."

I Don't Believe in Imaginary Property writes "Professor Johannes Skaar's Quantum Hacking group at NTNU have found a new way to break quantum encryption. Even though quantum encryption is theoretically perfect, real hardware isn't, and they exploit these flaws. Their technique relies on a particular way of blinding the single photon detectors so that they're able to perform an intercept-resend attack and get a copy of the secret key without giving away the fact that someone is listening. This attack is not merely theoretical, either. They have built an eavesdropping device and successfully attacked their own quantum encryption hardware. More details can be found in their conference presentation."

Roland Piquepaille writes "The Norwegian University of Science and Technology (NTNU) has some unusual teaching programs. One PhD student, Øyvind Brandtsegg, is a graduate of the jazz program and this article describes how has developed a computer program and a musical instrument for improvisation. The PhD student is 36 years old and is at the same time a composer, a musician and computer programmer. His 'computer instrument' can take any recorded sound as input and split it into a number of very short sound particles that can last for between 1 and 10 milliseconds. 'These fragments may be infinitely reshuffled, making it possible to vary the music with no change in the fundamental theme.'" Brandtsegg improvisational software is called ImproSculpt; his site contains several selections from his musical output, including "some pieces made with the predecessor of ImproSculpt," called FollowMe.

Settler writes "Freeciv 2.0.0 has been released upon the world! A big thanks goes to the people who made it all come true. Remember to read about the exciting news and hurry up and get it here. To see what this game looks like, check out screenshots here and here. This goes to show what a great game an open source project can create."

orzetto writes "Jon Lech Johansen, known as DVD-Jon, and aquitted in a trial in Norway, after being accused of infringement for making a GUI for DeCSS, is now demanding that Norwegian Oekokrim pay for all the time and money he has lost to the trial, claiming 150,000 NOK (about 17,500 euros)."

Thanks to an anonymous reader for pointing to the recent release of Tile Molester, which the author describes as "..a multi-format, user-extensible graphics data editor that lets you create, view and edit graphics in arbitrary binary files, with a particular focus on binaries for game consoles." It's written in Java, so "can be run on any platform that has a Java Runtime Environment installed", and the site gallery has some example graphics rips, including the often-ripped Zelda, and the less often hacked-with classic Deluxe Paint - other platforms thought to have editable data include Amiga, N64, and even Playstation.

Thanks to an anonymous reader for pointing to the recent release of Tile Molester, which the author describes as "..a multi-format, user-extensible graphics data editor that lets you create, view and edit graphics in arbitrary binary files, with a particular focus on binaries for game consoles." It's written in Java, so "can be run on any platform that has a Java Runtime Environment installed", and the site gallery has some example graphics rips, including the often-ripped Zelda, and the less often hacked-with classic Deluxe Paint - other platforms thought to have editable data include Amiga, N64, and even Playstation.

Thanks to an anonymous reader for pointing to the recent release of Tile Molester, which the author describes as "..a multi-format, user-extensible graphics data editor that lets you create, view and edit graphics in arbitrary binary files, with a particular focus on binaries for game consoles." It's written in Java, so "can be run on any platform that has a Java Runtime Environment installed", and the site gallery has some example graphics rips, including the often-ripped Zelda, and the less often hacked-with classic Deluxe Paint - other platforms thought to have editable data include Amiga, N64, and even Playstation.

Per Christian Henden asks: "I`m aiming for a masters degree in bioinformatics, and I`m uncertain which courses would be good to follow (and my counselor doesn't know, either). There are of course some courses that 'belong' to this degree, and I`ll take those, but I get to choose a number of additional courses. I want to ask people working in bioinformatics 'What (CS) subjects are important or especially useful in bioinformatics?' I`m planning on choosing 'Large Datasets', 'Parallel Programming', 'Image Classification', and 'Subsymbolic AI', because I think those are important, but I`m really not sure what is useful or not in real life bioinformatics." Other Ask Slashdot articles, which have touched on bioinformatics, have dealt with magazines, books and graduate schools.

k-hell writes "Researchers from the University of Michigan are using virtual machines to 'to provide security in an operating-system-independent manner.' They have designed and implemented a replay service for virtual machines called ReVirt, which 'logs enough information to replay a long-term execution of a virtual machine instruction-by-instruction.' A system called BackTracker 'automatically identifies potential sequences of steps that occurred in an intrusion,' and they provide a nice example of BackTracker's output for an attack against a machine that they set up as a honeypot, where an attacker gained access through httpd. Here's the source code."

Helstein writes "Finishing a beer in the sun before it gets warm is usually not a problem, but what about those really hot days? Having some hardware lying around there is only one solution to keep the beer cool, that's to make a PeltierBeer."

Helstein writes "Finishing a beer in the sun before it gets warm is usually not a problem, but what about those really hot days? Having some hardware lying around there is only one solution to keep the beer cool, that's to make a PeltierBeer."

k-hell writes "There's a very interesting article on Anarchy Online's web site about a father's observations in watching his twelve year old daughter interact within the world of Anarchy Online. He tells that his daughter now knows, in very simple terms of course, what nanotechnology and implants are. He goes on and states: '..there is no denying that these games have certain integral qualities that very many so-called "educational games" lack.'"

k-hell writes "It seems like X-bit Labs have gotten their hands on an 'engineering sample of the AMD Athlon 64 2800+ processor'. Damage at Tech Report is writing that 'This is really fun, but I am a little concerned about their memory latency numbers.'"

k-hell writes "It seems like Apple's QuickTime 6 is becoming standard on some 44 million Japanese mobile phones. Apple and many other companies are pressuring hard to make MPEG-4 the industry standard for video-on-demand services in 3G cellular networks, and to keep Microsoft and its proprietary Windows Media out of the mobile phones market."

Warrior-GS writes "The final part of the Future of PC Gaming is up at GameSpy. This one deals with the future of user-created games and talks to developers and mod makers, as well as identifying tools that can assist them. There is also a Q&A with Warren Spector on where he thinks PC gaming is headed in the next several years." John Scabadone points to a "nice article featuring an update on the state of the handheld gaming industry along with a roundtable of some of the premier developers." Read on below for several more gaming updates, too.

pandrew writes "Square has openly admitted to doing something people have been asking for for many years now: a sequel! Though not what most people have asked for (i.e. Final Fantasy 7) this is still a very big step in the Final Fantasy line, since no game in the series has ever had a follow up with a connecting storyline."

k-hell writes "The Mother of All Games, Scorched Earth has been updated to allow for playing on Internet. Rendered in OpenGL, Scorched 3D now features a 3D island environment and LAN and Internet play. See screenshots here. You can download a Windows binary package and/or Windows source package here. At the same time, you should also grab the excellent server browser The All-Seeing Eye."

Lucifer writes "'Sega announced a list of new Sega AGES game titles for PlayStation 2, remakes of their classic Master System, Mega Drive/Genesis, Saturn titles. Each game will retail for 2500 yen, and the first four titles are scheduled to release in Japan in summer 2003.' 15 years later and I'm going to start playing Phantasy Star again! ;-)"

Finally, bredroll writes "Attention fellow Geeks! Ever wanted to live 100ft underground in a ex British gov't nuclear bunker for three days and do nothing but geek at extreme levels and play LAN games? Well, we can help, This year's event includes food and bunks as well,

In-Bunker Events

• Battle Royale (Robot Wars-type event)
• Underground Noise Fest (see site)
• High-speed switched LAN
• Various LAN game tournaments
• NTK will be there
• + more ....

Users of all systems welcome, Linux, BSD, Windows, Mac, anything, the more diverse the better. The bunker is located in Essex (UK) near the town of Brentwood. Details about booking places and prices are on our site."

k-hell writes "Ericsson and AT&T Wireless recently completed the first WCDMA/UMTS call in a live network environment in the Americas, capable of data transfer speeds of up to 384 Kbps. AT&T Wireless and Ericsson currently pursuing the path to 3G capabilities in the U.S. market by deploying EDGE-ready GSM/GPRS systems. This path ensures an evolution to EDGE, then UMTS, a wideband radio technology that provides mobile users with data rates up to 2 Mbps." This is not yet a strong enough reason to move to Dallas, though.

Ian Bell writes: "We have just updated our HTPC guide to include some new parts for building the perfect home theater PC. We scoured the net and talked with various manufacturers to find these hard to find parts and components. This includes a new component width black anodized aluminum case complete with reciever sytle legs, a fold down front door and front USB/FireWire ports. Add to this an ATi AIW Radeon 8500 DV, DVD-RW/CDR-RW drive and Dolby Digital sound and you have the perfect HTPC. Check out our guide for complete system specs pictures and links to where you can find these hard to find parts. This system replaces your DVD player complete with HDTV and progressive scan support, Tivo or Replay TV and TV guide." Update: 05/26 23:44 GMT by T : Helstein writes with another All-In-Wonder based approach, his 1U Multimedia Station.

Ian Bell writes: "We have just updated our HTPC guide to include some new parts for building the perfect home theater PC. We scoured the net and talked with various manufacturers to find these hard to find parts and components. This includes a new component width black anodized aluminum case complete with reciever sytle legs, a fold down front door and front USB/FireWire ports. Add to this an ATi AIW Radeon 8500 DV, DVD-RW/CDR-RW drive and Dolby Digital sound and you have the perfect HTPC. Check out our guide for complete system specs pictures and links to where you can find these hard to find parts. This system replaces your DVD player complete with HDTV and progressive scan support, Tivo or Replay TV and TV guide." Update: 05/26 23:44 GMT by T : Helstein writes with another All-In-Wonder based approach, his 1U Multimedia Station.

Frédéric writes: "The venerable company ZiLOG who was founded in 1974, and who brought us the famous Z80 CPU (used in the Timex/Sinclair ZX80/ZX81, and the Amstrad CPC/PCW computers), is filling for Chapter 11 ... I didn't find the today's news on the web, but found this article at Silicon Strategy and this one at Electronics times, which was written a few days ago to announce it."

An Anonymous Coward wrote: "According to an article in the 5 May 2001 issue of New Scientist , biologists in Norway have developed a computer program to datamine Medline to predict interactions between genes. Some of the relationships hadn't been predicted before and were found to be real. The scientists' PubGene database and tools are available for experimentation." Wow.

Zortoaster wrote a review of a book that might be of interest to folks around here:" In lieu of the Norwegian police's crackdown on 16-year-old hacker Jon Johansen, who broke the DVD copying protection, Paul A. Taylor's book Hackers raises a series of interesting questions about crackers and cracking. The book scores high on content but lacks somewhat in presentation. He manages to spell out issues that are often only implicit in the computer security debate, and is able to paint a multi-faceted picture of the hacker, represented by the cracker, community setting it apart from the very black and white, good or bad, presentation of hackers in the mass media." Hackers author Paul A. Taylor pages 224 publisher Routledge, London: 09/1999 rating 7/10 reviewer Zortoaster ISBN 0415180724 summary In lieu of the Norwegian police's crackdown on 16 -year-old hacker Jon Johansen who broke the DVD copying protection, Paul A. Taylor's book Hackers raises a series of interesting questions about crackers and cracking. The book scores high on content but lacks somewhat in presentation. Hackers and hacking

Hackers starts out with a discussion on the hacker, what he (as is pointed out in the book, the hacker is almost always a 'he') does, and why he does what he does. Somewhat sadly, although fairly well-founded, is Taylor's choice of terminology. He chooses to consistently address the cracker as hacker. A hacker is not a cracker, but a cracker is always a hacker (put in more technical terms: the cracker is a subset of the hacker class -- think object orientation here), which is a point Taylor seems to willfully ignore. That he chooses to use the terminology in this manner is rather sad because it puts an ugly stain on the respectability of the hackers -- those of us who not meddling in computer break-ins or other dubious activities, but merely hack code to produce cool software. Throughout the rest of this review I will be using the term cracker to refer to Taylor's hackers, and hacker when referring to real hackers

However, since crackers are a subset of hackers, much of Taylor's discussion on the hack and hacking is applicable to the hacker community at large. This is one of the things that makes Hackers an interesting read. For a newcomer to the hacker community Taylor's discussion on the 'hack' is quite enlightening. Even for oldtimers his discussion may shed some new light on the hack. Contrary to existing material on the matter, like the Jargon File, Taylor is the first to spell out the criteria implicit in earlier treatises on the hack: 1) simplicity, 2) mastery, and 3) illicitness [as in 'against the rules', reviewers comment] (p.15). This latter criteria is in its use of the 'illicitness' term only applicable to the cracking activity. In a sense it is applicable to hacking as well. Then in the shape of 'against the rules'. We are not neccessarily talking against the rules of justice, but against what the system's rules say is possible. In that sense, calling the third criteria illicitness hints at somewhat dubious activities, but is in fact not. It is an important element in the regular hack (if such thing as a regular hack does exist), too.

Taylor manages to view the hacker community from a fresh angle. Being a sociology researcher his angle is quite different from that represented by for instance Eric S. Raymond or Gisle Hannemyr. One drawback is that Taylor draws on Steven Levy's overly romanticized hacker ethics as presented in Levy's book of 1984: Hackers. It is time someone tried looking somewhat deeper into the hacker psychology to realize that while Levy's five tenets may to a certain degree represent attitudes within the hacker community, it is not, contrary to what Levy proposes, an ethos by which hackers live and die (apart from this, though, Levy's book is highly enjoyable and recommended reading). I'm also having some problems accepting the psychosexual theories on hacking that Taylor proposes. They seem a bit far fetched to me. It's been a while since everybody agreed that Freud's psycho-therapy was kind of overly sex-fixated.

Taylor addresses a largely ignored issue in hacker literature, that of the gender question. Why are there next to no female hackers? He addresses the point through looking at societal factors, by explaining how the community is a masculine environemnt -- the new wild west, so to say -- and the fact that electronic communication creates misogynity through its anonymity. At the end of the chapter it is a bit hard to grasp what Taylor's point is, though (see Presentation for more).

Another issue thoroughly treated is the question of hacker motivation. What drives the hacker to hack? Taylor's background within sociology is again helpful, as he regards the issue from a fresh perspective. Hacker motivation has previously been treated by Eric Raymond in his essay Homesteading the Noosphere . Taylor's angle is to compare academic theories on hacker motivation with the the reasons the hackers' themselves give. From the discrepancy between these two angles he lists four reasons for hacking: obsession, curiosity, boredom, and the feeling of power. If not directly contradicting Raymond's view -- that hackers hack simply to gain peer esteem and status within the community -- Taylor gives Raymond's view a more multi-faceted hue. He goes beneath the drive for esteem, trying to address the reasons why anyone would need to gain esteem from their peers. As such, Taylor manages to add something new to a discussion that has been on the brink of going stale.

Issues on computer security and cracking

Taylor's main focus on crackers is how society at large is to deal with them. Are crackers to be treated as criminal masterminds plotting to bring the world to its knees, or simply misguided kids trying to do something exciting with their computer knowledge? Several views are drawn up, with Taylor quoting representatives of each view without really making any kind of judgment himself as to the better way of handling crackers. It is an exercise in how difficult the question truly is.

A number of other quite intriguing cracker/computer security issues are spelled out by Taylor, as well. Issues include who is to blame when a computer system has been cracked? The system administrator for not maintaining sufficient security or the cracker for breaking into a system to which he doesn't have legal access? Should anti-cracking laws be targeted at stopping all kinds of illegal computer use, or are there degrees to the crime being committed? Is printing your personal CV on the company's printers even though it is explicitly forbidden to use company equipment for personal use to be treated as a computer crime equal to that of breaking into a banking system and tampering with the data?

Taylor also questions the computer security companies' motivations (and rightly so, one might add). Are they simply running a protection racket like that of the mafia, using cracking and virus alerts to scare their customers into investing in expensive counter-measure software? Or are they avenging angels siding with the innocent, the not particularly compu-fluent masses? Using the dichotomy of the computer security industry vs. the crackers, Taylor raises the issue of whether good computer security can only be achieved through knowing the enemy, the crackers. Can crackers and computer security consultants work together in a symbiosis, or are they eternal enemies never to be reconciliated?

Another issue dealt with is how crackers are to be handled. Should their acts be punished in the harshest way, or should they be helped into redirecting their activities into more useful terms? The question is whether the cracker is to be treated as a nuisance or as an asset. Taylor treats this issue quite thoroughly referring from the parliamentary discussion in Britain. He also discusses in what ways legislation can prevent cracking. He shows how little the law enforcement agencies know about cracking and how they employed overkill (refer to the Norwegian police's recent raid on the hacker who broke the DVD encryption).

Presentation

However intriguing the book might be it is presented in a very unorderly and weird way. The pages are filled with rather long quotations from various e-mails, books, interviews, etc. I gather the intention is to present the reader with the direct opinions of the book's "main characters," giving us in a way a first person view of the matter. The idea is nice, but the effect is that it ruins the fluidity of the text, making the book somewhat hard to follow. Also: it is at times quite difficult to grasp what message Taylor is trying to convey when he is expressing himself through the extracts of other people's opinions. Quotes are OK, but when, without exaggeration, 50% of the average page is taken up by quotations it is a little bit too much of the good stuff.

Having said that, the book is very structured, each chapter building nicely on previous chapters. The conclusion at the end of almost all chapters helps clarify Taylor's opinions a bit, which is nice. Still, it does not weigh up for the confusion created by the excessive use of quotations.

Conclusion

Taylor succeeds with explaining the relationship between crackers and the computer security industry, presenting the matter in a more multifaceted way than that of the mass media. The book is a definite must for those wanting an introduction to the social sides of computer security. However, I find it rather amazing that a book written in 1999 seems to totally ignore the writings of Eric Raymond, as these are probably the best works on how hackers view their own culture. Despite this, I believe Hackers might prove an interesting read even for the hardcore hacker, if only as an alternative look at our own culture.

Purchase this book at fatbrain.

Zortoaster wrote a review of a book that might be of interest to folks around here:" In lieu of the Norwegian police's crackdown on 16-year-old hacker Jon Johansen, who broke the DVD copying protection, Paul A. Taylor's book Hackers raises a series of interesting questions about crackers and cracking. The book scores high on content but lacks somewhat in presentation. He manages to spell out issues that are often only implicit in the computer security debate, and is able to paint a multi-faceted picture of the hacker, represented by the cracker, community setting it apart from the very black and white, good or bad, presentation of hackers in the mass media." Hackers author Paul A. Taylor pages 224 publisher Routledge, London: 09/1999 rating 7/10 reviewer Zortoaster ISBN 0415180724 summary In lieu of the Norwegian police's crackdown on 16 -year-old hacker Jon Johansen who broke the DVD copying protection, Paul A. Taylor's book Hackers raises a series of interesting questions about crackers and cracking. The book scores high on content but lacks somewhat in presentation. Hackers and hacking

Hackers starts out with a discussion on the hacker, what he (as is pointed out in the book, the hacker is almost always a 'he') does, and why he does what he does. Somewhat sadly, although fairly well-founded, is Taylor's choice of terminology. He chooses to consistently address the cracker as hacker. A hacker is not a cracker, but a cracker is always a hacker (put in more technical terms: the cracker is a subset of the hacker class -- think object orientation here), which is a point Taylor seems to willfully ignore. That he chooses to use the terminology in this manner is rather sad because it puts an ugly stain on the respectability of the hackers -- those of us who not meddling in computer break-ins or other dubious activities, but merely hack code to produce cool software. Throughout the rest of this review I will be using the term cracker to refer to Taylor's hackers, and hacker when referring to real hackers

However, since crackers are a subset of hackers, much of Taylor's discussion on the hack and hacking is applicable to the hacker community at large. This is one of the things that makes Hackers an interesting read. For a newcomer to the hacker community Taylor's discussion on the 'hack' is quite enlightening. Even for oldtimers his discussion may shed some new light on the hack. Contrary to existing material on the matter, like the Jargon File, Taylor is the first to spell out the criteria implicit in earlier treatises on the hack: 1) simplicity, 2) mastery, and 3) illicitness [as in 'against the rules', reviewers comment] (p.15). This latter criteria is in its use of the 'illicitness' term only applicable to the cracking activity. In a sense it is applicable to hacking as well. Then in the shape of 'against the rules'. We are not neccessarily talking against the rules of justice, but against what the system's rules say is possible. In that sense, calling the third criteria illicitness hints at somewhat dubious activities, but is in fact not. It is an important element in the regular hack (if such thing as a regular hack does exist), too.

Taylor manages to view the hacker community from a fresh angle. Being a sociology researcher his angle is quite different from that represented by for instance Eric S. Raymond or Gisle Hannemyr. One drawback is that Taylor draws on Steven Levy's overly romanticized hacker ethics as presented in Levy's book of 1984: Hackers. It is time someone tried looking somewhat deeper into the hacker psychology to realize that while Levy's five tenets may to a certain degree represent attitudes within the hacker community, it is not, contrary to what Levy proposes, an ethos by which hackers live and die (apart from this, though, Levy's book is highly enjoyable and recommended reading). I'm also having some problems accepting the psychosexual theories on hacking that Taylor proposes. They seem a bit far fetched to me. It's been a while since everybody agreed that Freud's psycho-therapy was kind of overly sex-fixated.

Taylor addresses a largely ignored issue in hacker literature, that of the gender question. Why are there next to no female hackers? He addresses the point through looking at societal factors, by explaining how the community is a masculine environemnt -- the new wild west, so to say -- and the fact that electronic communication creates misogynity through its anonymity. At the end of the chapter it is a bit hard to grasp what Taylor's point is, though (see Presentation for more).

Another issue thoroughly treated is the question of hacker motivation. What drives the hacker to hack? Taylor's background within sociology is again helpful, as he regards the issue from a fresh perspective. Hacker motivation has previously been treated by Eric Raymond in his essay Homesteading the Noosphere . Taylor's angle is to compare academic theories on hacker motivation with the the reasons the hackers' themselves give. From the discrepancy between these two angles he lists four reasons for hacking: obsession, curiosity, boredom, and the feeling of power. If not directly contradicting Raymond's view -- that hackers hack simply to gain peer esteem and status within the community -- Taylor gives Raymond's view a more multi-faceted hue. He goes beneath the drive for esteem, trying to address the reasons why anyone would need to gain esteem from their peers. As such, Taylor manages to add something new to a discussion that has been on the brink of going stale.

Issues on computer security and cracking

Taylor's main focus on crackers is how society at large is to deal with them. Are crackers to be treated as criminal masterminds plotting to bring the world to its knees, or simply misguided kids trying to do something exciting with their computer knowledge? Several views are drawn up, with Taylor quoting representatives of each view without really making any kind of judgment himself as to the better way of handling crackers. It is an exercise in how difficult the question truly is.

A number of other quite intriguing cracker/computer security issues are spelled out by Taylor, as well. Issues include who is to blame when a computer system has been cracked? The system administrator for not maintaining sufficient security or the cracker for breaking into a system to which he doesn't have legal access? Should anti-cracking laws be targeted at stopping all kinds of illegal computer use, or are there degrees to the crime being committed? Is printing your personal CV on the company's printers even though it is explicitly forbidden to use company equipment for personal use to be treated as a computer crime equal to that of breaking into a banking system and tampering with the data?

Taylor also questions the computer security companies' motivations (and rightly so, one might add). Are they simply running a protection racket like that of the mafia, using cracking and virus alerts to scare their customers into investing in expensive counter-measure software? Or are they avenging angels siding with the innocent, the not particularly compu-fluent masses? Using the dichotomy of the computer security industry vs. the crackers, Taylor raises the issue of whether good computer security can only be achieved through knowing the enemy, the crackers. Can crackers and computer security consultants work together in a symbiosis, or are they eternal enemies never to be reconciliated?

Another issue dealt with is how crackers are to be handled. Should their acts be punished in the harshest way, or should they be helped into redirecting their activities into more useful terms? The question is whether the cracker is to be treated as a nuisance or as an asset. Taylor treats this issue quite thoroughly referring from the parliamentary discussion in Britain. He also discusses in what ways legislation can prevent cracking. He shows how little the law enforcement agencies know about cracking and how they employed overkill (refer to the Norwegian police's recent raid on the hacker who broke the DVD encryption).

Presentation

However intriguing the book might be it is presented in a very unorderly and weird way. The pages are filled with rather long quotations from various e-mails, books, interviews, etc. I gather the intention is to present the reader with the direct opinions of the book's "main characters," giving us in a way a first person view of the matter. The idea is nice, but the effect is that it ruins the fluidity of the text, making the book somewhat hard to follow. Also: it is at times quite difficult to grasp what message Taylor is trying to convey when he is expressing himself through the extracts of other people's opinions. Quotes are OK, but when, without exaggeration, 50% of the average page is taken up by quotations it is a little bit too much of the good stuff.

Having said that, the book is very structured, each chapter building nicely on previous chapters. The conclusion at the end of almost all chapters helps clarify Taylor's opinions a bit, which is nice. Still, it does not weigh up for the confusion created by the excessive use of quotations.

Conclusion

Taylor succeeds with explaining the relationship between crackers and the computer security industry, presenting the matter in a more multifaceted way than that of the mass media. The book is a definite must for those wanting an introduction to the social sides of computer security. However, I find it rather amazing that a book written in 1999 seems to totally ignore the writings of Eric Raymond, as these are probably the best works on how hackers view their own culture. Despite this, I believe Hackers might prove an interesting read even for the hardcore hacker, if only as an alternative look at our own culture.

Purchase this book at fatbrain.

hasse writes "The Swedish Interactive Institute has developed an interesting new game called Brainball. The rules are simple; a steel ball on the playing field is controlled by biosensors on the players' heads, and the player with the least brain activity wins. A slackers game if I ever saw one. Kinda reminds me of the Amiga guru meditation game. The text about Brainball is only in Swedish but they've got an English section here."

GauteL writes "Sigurd Rinde, a typical desktop user, talks about how Linux can replace Windows for everyday use. He talks about word processing, presentations, Web editing, accounting, calendars, etc. Read more here."

hasse wrote in to tell us that Mandrake, co-developer of Enlightenment is meeting with Amiga. Amiga Central quotes him saying "So sometime next week I'm going to meet with the VP of Engineering at Amiga. That should be interesting. I wonder if I can get them interested enough in enlightenment that they would be willing to donate programmers to the project. "