This sounds so implausible.
If you find any follow-up stories, please post them in comments.
Page 4 of 4
This sounds so implausible.
If you find any follow-up stories, please post them in comments.
The idiocy of this is impressive:
A Vancouver Police computer crime investigator has warned the city that plans for a citywide wireless Internet system put the city at risk of terrorist attack during the 2010 Winter Olympic Games.
The problem? Well, the problem seems to be that terrorists might attend the Olympic games and use the Internet while they’re there.
“If you have an open wireless system across the city, as a bad guy I could sit on a bus with a laptop and do global crime,” Fenton explained. “It would be virtually impossible to find me.”
There’s also some scary stuff about SCADA systems, and the city putting some of its own service on the Internet. Clearly this guy has thought about the risks a lot, just not with any sense. He’s overestimating cyberterrorism. He’s overestimating how important this one particular method of wireless Internet access is. He’s overestimating how important the 2010 Winter Olympics is.
But the newspaper was happy to play along and spread the fear. The photograph accompanying the article is captioned: “Anyone with a laptop and wireless access could commit a terrorist act, police warn.”
Cybercrime is getting organized:
Cyberscams are increasingly being committed by organized crime syndicates out to profit from sophisticated ruses rather than hackers keen to make an online name for themselves, according to a top U.S. official.
Christopher Painter, deputy chief of the computer crimes and intellectual property section at the Department of Justice, said there had been a distinct shift in recent years in the type of cybercriminals that online detectives now encounter.
“There has been a change in the people who attack computer networks, away from the ‘bragging hacker’ toward those driven by monetary motives,” Painter told Reuters in an interview this week.
Although media reports often focus on stories about teenage hackers tracked down in their bedroom, the greater danger lies in the more anonymous virtual interlopers.
“There are still instances of these ‘lone-gunman’ hackers but more and more we are seeing organized criminal groups, groups that are often organized online targeting victims via the internet,” said Painter, in London for a cybercrime conference.
I’ve been saying this sort of thing for years, and have long complained that cyberterrorism gets all the press while cybercrime is the real threat. I don’t think this article is fear and hype; it’s a real problem.
Winning my award for dumb movie-plot threat of the week, here’s someone who thinks that counterfeit electronics are a terrorist tool:
Counterfeit Electronics as Weapons of Mass Disruption?
Some customers may consider knockoff clothing and watches to be good values, but counterfeit electronics can be devastating. What would happen, then, if some criminal element bent on wreaking havoc and inducing public panic were to intentionally introduce such a bogus product into the electronics supply chain — malfunctioning printed-circuit boards in a critical air-traffic-control system, say, or faulty parts into automobile braking systems? Even the suggestion that such an act had occurred might set off a wave of recalls and might ground suspect systems.
EDITED TO ADD (6/2): Here’s another article:
“Many attacks of this kind would have two components. One would alter the process control system to produce a defective product. The other would alter the quality control system so that the defect wouldn’t easily be detected,” Borg says. “Imagine, say, a life-saving drug being produced and distributed with the wrong level of active ingredients. This could gradually result in large numbers of deaths or disabilities. Yet it might take months before someone figured out what was going on.” The result, he says, would be panic, people afraid to visit hospitals and health services facing huge lawsuits.
Deadly scenarios could occur in industry, too. Online outlaws might change key specifications at a car factory, Borg says, causing a car to “burst into flames after it had been driven for a certain number of weeks”. Apart from people being injured or killed, the car maker would collapse. “People would stop buying cars.” A few such attacks, run simultaneously, would send economies crashing. Populations would be in turmoil. At the click of a mouse, the terrorists would have won.
For almost two years, intelligence services around the world tried to uncover the identity of an Internet hacker who had become a key conduit for al-Qaeda. The savvy, English-speaking, presumably young webmaster taunted his pursuers, calling himself Irhabi — Terrorist — 007. He hacked into American university computers, propagandized for the Iraq insurgents led by Abu Musab al-Zarqawi and taught other online jihadists how to wield their computers for the cause.
Assuming the British authorities are to be believed, he definitely was a terrorist:
Suddenly last fall, Irhabi 007 disappeared from the message boards. The postings ended after Scotland Yard arrested a 22-year-old West Londoner, Younis Tsouli, suspected of participating in an alleged bomb plot. In November, British authorities brought a range of charges against him related to that plot. Only later, according to our sources familiar with the British probe, was Tsouli’s other suspected identity revealed. British investigators eventually confirmed to us that they believe he is Irhabi 007.
Tsouli has been charged with eight offenses including conspiracy to murder, conspiracy to cause an explosion, conspiracy to cause a public nuisance, conspiracy to obtain money by deception and offences relating to the possession of articles for terrorist purposes and fundraising.
Okay. So he was a terrorist. And he used the Internet, both as a communication tool and to break into networks. But this does not make him a cyberterrorist.
Interesting article, though.
Here’s the Slashdot thread on the topic.
Al Qaida and other terrorist groups are more sophisticated in their use of computers but still are unable to mount crippling internet-based attacks against US power grids, airports and other targets, the FBI’s top cyber crime official said on Wednesday.
Counterpane Internet Security, Inc., monitors more than 450 networks in 35 countries, in every time zone. In 2004 we saw 523 billion network events, and our analysts investigated 648,000 security “tickets.” What follows is an overview of what’s happening on the Internet right now, and what we expect to happen in the coming months.
In 2004, 41 percent of the attacks we saw were unauthorized activity of some kind, 21 percent were scanning, 26 percent were unauthorized access, 9 percent were DoS (denial of service), and 3 percent were misuse of applications.
Over the past few months, the two attack vectors that we saw in volume were against the Windows DCOM (Distributed Component Object Model) interface of the RPC (remote procedure call) service and against the Windows LSASS (Local Security Authority Subsystem Service). These seem to be the current favorites for virus and worm writers, and we expect this trend to continue.
The virus trend doesn’t look good. In the last six months of 2004, we saw a plethora of attacks based on browser vulnerabilities (such as GDI-JPEG image vulnerability and IFRAME) and an increase in sophisticated worm and virus attacks. More than 1,000 new worms and viruses were discovered in the last six months alone.
In 2005, we expect to see ever-more-complex worms and viruses in the wild, incorporating complex behavior: polymorphic worms, metamorphic worms, and worms that make use of entry-point obscuration. For example, SpyBot.KEG is a sophisticated vulnerability assessment worm that reports discovered vulnerabilities back to the author via IRC channels.
We expect to see more blended threats: exploit code that combines malicious code with vulnerabilities in order to launch an attack. We expect Microsoft’s IIS (Internet Information Services) Web server to continue to be an attractive target. As more and more companies migrate to Windows 2003 and IIS 6, however, we expect attacks against IIS to decrease.
We also expect to see peer-to-peer networking as a vector to launch viruses.
Targeted worms are another trend we’re starting to see. Recently there have been worms that use third-party information-gathering techniques, such as Google, for advanced reconnaissance. This leads to a more intelligent propagation methodology; instead of propagating scattershot, these worms are focusing on specific targets. By identifying targets through third-party information gathering, the worms reduce the noise they would normally make when randomly selecting targets, thus increasing the window of opportunity between release and first detection.
Another 2004 trend that we expect to continue in 2005 is crime. Hacking has moved from a hobbyist pursuit with a goal of notoriety to a criminal pursuit with a goal of money. Hackers can sell unknown vulnerabilities — “zero-day exploits” — on the black market to criminals who use them to break into computers. Hackers with networks of hacked machines can make money by selling them to spammers or phishers. They can use them to attack networks. We have started seeing criminal extortion over the Internet: hackers with networks of hacked machines threatening to launch DoS attacks against companies. Most of these attacks are against fringe industries — online gambling, online computer gaming, online pornography — and against offshore networks. The more these extortions are successful, the more emboldened the criminals will become.
We expect to see more attacks against financial institutions, as criminals look for new ways to commit fraud. We also expect to see more insider attacks with a criminal profit motive. Already most of the targeted attacks — as opposed to attacks of opportunity — originate from inside the attacked organization’s network.
We also expect to see more politically motivated hacking, whether against countries, companies in “political” industries (petrochemicals, pharmaceuticals, etc.), or political organizations. Although we don’t expect to see terrorism occur over the Internet, we do expect to see more nuisance attacks by hackers who have political motivations.
The Internet is still a dangerous place, but we don’t foresee people or companies abandoning it. The economic and social reasons for using the Internet are still far too compelling.
This essay originally appeared in the June 2005 issue of Queue.
Bruce Schneier is founder and chief technology officer of Mountain View, Calif.-based MSSP Counterpane Internet Security Inc. and author of Applied Cryptography, Secrets and Lies, and Beyond Fear. He also publishes Crypto-Gram, a free monthly newsletter, and writes op-ed pieces for various publications. Schneier spoke to SearchSecurity.com about the latest threats, Microsoft’s ongoing security struggles and other topics in a two-part interview that took place by e-mail and phone last month. In this installment, he talks about the “hype” of SP2 and explains why it’s “foolish” to use Internet Explorer.
What’s the biggest threat to information security at the moment?
Schneier: Crime. Criminals have discovered IT in a big way. We’re seeing a huge increase in identity theft and associated financial theft. We’re seeing a rise in credit card fraud. We’re seeing a rise in blackmail. Years ago, the people breaking into computers were mostly kids participating in the information-age equivalent of spray painting. Today there’s a profit motive, as those same hacked computers become launching pads for spam, phishing attacks and Trojans that steal passwords. Right now we’re seeing a crime wave against Internet consumers that has the potential to radically change the way people use their computers. When enough average users complain about having money stolen, the government is going to step in and do something. The results are unlikely to be pretty.
Which threats are overly hyped?
Schneier: Cyberterrorism. It’s not much of a threat. These attacks are very difficult to execute. The software systems controlling our nation’s infrastructure are filled with vulnerabilities, but they’re generally not the kinds of vulnerabilities that cause catastrophic disruptions. The systems are designed to limit the damage that occurs from errors and accidents. They have manual overrides. These systems have been proven to work; they’ve experienced disruptions caused by accident and natural disaster. We’ve been through blackouts, telephone switch failures and disruptions of air traffic control computers. The results might be annoying, and engineers might spend days or weeks scrambling, but it doesn’t spread terror. The effect on the general population has been minimal.
Microsoft has made much of the added security muscle in SP2. Has it measured up to the hype?
Schneier: SP2 is much more hype than substance. It’s got some cool things, but I was unimpressed overall. It’s a pity, though. They had an opportunity to do more, and I think they could have done more. But even so, this stuff is hard. I think the fact that SP2 was largely superficial speaks to how the poor security choices Microsoft made years ago are deeply embedded inside the operating system.
Is Microsoft taking security more seriously?
Schneier: Microsoft is certainly taking it more seriously than three years ago, when they ignored it completely. But they’re still not taking security seriously enough for me. They’ve made some superficial changes in the way they approach security, but they still treat it more like a PR problem than a technical problem. To me, the problem is economic. Microsoft — or any other software company — is not a charity, and we should not expect them to do something that hurts their bottom line. As long as we all are willing to buy insecure software, software companies don’t have much incentive to make their products secure. For years I have been advocating software liability as a way of changing that balance. If software companies could get sued for defective products, just as automobile manufacturers are, then they would spend much more money making their products secure.
After the Download.ject attack in June, voices advocating alternatives to Internet Explorer grew louder. Which browser do you use?
Schneier: I think it’s foolish to use Internet Explorer. It’s filled with security holes, and it’s too hard to configure it to have decent security. Basically, it seems to be written in the best interests of Microsoft and not in the best interests of the customer. I have used the Opera browser for years, and I am very happy with it. It’s much better designed, and I never have to worry about Explorer-based attacks.
By Bill Brenner, News Writer
4 Oct 2004 | SearchSecurity.com
Sidebar photo of Bruce Schneier by Joe MacInnis.