Hackers hit Large Hadron Collider Web site
Greek group says it defaced site of one of the project's main experiments
September 12, 2008 12:00 PM ETCollider news
- Hackers hit Large Hadron Collider Web site
- Collider test called a 'great milestone of mankind'
- MIT physicist gets death threats over collider experiment
- Collider probing mysteries of the universe at the speed of light
- IT Blogwatch: Will LHC compute grid think deeply and then say, "42"?
- Barbara Krasnoff: Life, the universe, and everything
- Have your say: Collider controversy
Computerworld - Hackers defaced one of the Web sites of the Large Hadron Collider (LHC) earlier this week, but the controversial science project's network suffered no permanent damage, a spokesman for CERN maintained today.
The attack took place Monday, two days before the massive collider ran its first operational test, said James Gillies, a spokesman for the European Organization for Nuclear Research, or CERN, which operates the LHC.
A group going by the name Greek Security Team, or GST, claimed responsibility for the defacement of one of the LHC sites, cmsmon.cern.ch, according to a report earlier Friday in U.K. newspaper The Telegraph.
Hackers ended the long message that temporarily replaced the CERN site with the line: "We are 2600 - dont [sic] mess with us," the newspaper said.
It was a defacement, and that's all it was, said Gillies today. "It was benign, but it reminds us that we need to be vigilant," he said. "And no harm was done to the experiment or its computer network." No additional files, malicious or otherwise, had been injected into the project's computers, he said.
CERN brought the site back up but has blocked public access. Instead, only CERN users can reach the revived site.
The hackers targeted a site for the Compact Muon Solenoid (CMS), one of the major experiments being run at the LHC. Built around a huge solenoid magnet that generates a magnetic field 100,000 times more powerful than Earth's own, the CMS detector is designed to search for the Higgs boson particle and others that could make up the elusive dark matter scientists theorize comprises the bulk of the universe's matter.
The CMS detector is a rival of the ATLAS experiment, a second LHC sensor that uses radically different technologies and designs for its magnetic detector. CMS is located in France, while ATLAS is in Switzerland; the LHC sprawls across the Franco-Swiss border near Geneva.
Prior to Wednesday's test, some people had claimed that switching on the LHC would create a black hole that would destroy the earth. CERN responded last week with a report that dismissed the fears as "unfounded." Scientists associated with the project have also received death threats.
Site defacements are not unusual. Zone-H.org, a group that collects evidence of site attacks, logs hundreds each day. But attacks against internationally known domains are relatively rare. In June, for example, a Turkish hacker group broke into the site for the Phoenix Mars Lander, at the time a new NASA arrival on the Red Planet.
Deface
Additional Resources



White Papers & Webcasts
Share our Strength
Download Now
Lower the Cost and Complexity of a Mobile Workforce through Automation
Download This Resource Now!
Top 10 Things to Know about Data Protection
Download Now
Managing Mobility: Improve Data Security, Compliance and Manageability
Download This Resource Now!
Managing Secure File Transfer to Save Time, Money and IT Resources
Learn how companies are using innovative technology to overcome these challenges and improve user productivity by offloading e-mail attachments and replacing FTP with...
Ponemon Study: The Business Risk of a Lost Laptop
Download Now
Security Convergence Equals Network Security Cost Savings
Listen to IBM Internet Security Systems' take on network security convergence.
Airport Insecurity: The Case of Lost Laptops
Download Now
Disaster Recovery 2008: Reduced Costs and Improved Performance
How long can your Enterprise afford to be without your data? With an accelerated disaster recovery program, you never have to answer this...
