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Showing posts with label net haking. Show all posts
Showing posts with label net haking. Show all posts

Tuesday, May 24, 2011

Students arrested in Nye country computer haking case

A dozen students were arrested by the Nye County Sheriff's Department for allegedly changing their grades in the school computer system.
Police say Tyler Coyner is suspected of stealing the password to the grade system at Pahrump Valley High School and then selling the password to others. The alleged crime went on for two semesters.
Police say Coyner even went as far as changing his own grades, making himself the salutatorian at graduation.
Coyner and another suspect, Matthew Miller, are also accused of stealing a television from Wal-mart and possessing fake ID's. They are facing charges of altering computer data, conspiracy to commit a crime, burglary and grand larceny.
Ten other un-named students, all under the age of 18, have also been charged in the incident.

Source : http://www.thehackernews.com/2011/03/students-arrested-in-nye-county.html

Build Safety Into the Very Beginning of the Computer System

ScienceDaily (May 11, 2011) — A new publication from the National Institute of Standards and Technology (NIST) provides guidelines to secure the earliest stages of the computer boot process. Commonly known as the Basic Input/Output System (BIOS), this fundamental system firmware -- computer code built into hardware -- initializes the hardware when you switch on the computer before starting the operating system. BIOS security is a new area of focus for NIST computer security scientists.

"By building security into the firmware, you establish the foundation for a secure system," said Andrew Regenscheid, one of the authors of BIOS Protection Guidelines (NIST Special Publication 800-147). Without appropriate protections, attackers could disable systems or hide malicious software by modifying the BIOS. This guide is focused on reducing the risk of unauthorized changes to the BIOS.
Designed to assist computer manufacturers writing BIOS code, SP 800-147 provides guidelines for building features into the BIOS that help protect it from being modified or corrupted by attackers. Manufacturers routinely update system firmware to fix bugs, patch vulnerabilities and support new hardware. SP 800-147 calls for using cryptographic "digital signatures" to authenticate the BIOS updates before installation based on NIST's current cryptographic guidelines. The publication is available just as computer manufacturers are beginning to deploy a new generation of BIOS firmware. "We believe computer manufacturers are ready to implement these guidelines and we hope to see them in products soon," said Regenscheid.
The publication also suggests management best practices that are tightly coupled with the security guidelines for manufacturers. These practices will help computer administrators take advantage of the BIOS protection features as they become available.
BIOS Protection Guidelines, NIST SP 800-147, is available at http://csrc.nist.gov/publications/nistpubs/800-147/NIST-SP800-147-April2011.pdf.

Source : http://www.sciencedaily.com/releases/2011/05/110511162533.htm

Hacker penetrates T-Mobile systems

A sophisticated computer hacker had access to servers at wireless giant T-Mobile for at least a year, which he used to monitor U.S. Secret Service e-mail, obtain customers' passwords and Social Security numbers, and download candid photos taken by Sidekick users, including Hollywood celebrities, SecurityFocus has learned.

 Twenty-one year-old Nicolas Jacobsen was quietly charged with the intrusions last October, after a Secret Service informant helped investigators link him to sensitive agency documents that were circulating in underground IRC chat rooms. The informant also produced evidence that Jacobsen was behind an offer to provide T-Mobile customers' personal information to identity thieves through an Internet bulletin board, according to court records.

Jacobsen could access information on any of the Bellevue, Washington-based company's 16.3 million customers, including many customers' Social Security numbers and dates of birth, according to government filings in the case. He could also obtain voicemail PINs, and the passwords providing customers with Web access to their T-Mobile e-mail accounts. He did not have access to credit card numbers.

The case arose as part of the Secret Service's "Operation Firewall" crackdown on Internet fraud rings last October, in which 19 men were indicted for trafficking in stolen identity information and documents, and stolen credit and debit card numbers. But Jacobsen was not charged with the others. Instead he faces two felony counts of computer intrusion and unauthorized impairment of a protected computer in a separate, unheralded federal case in Los Angeles, currently set for a February 14th status conference.

The government is handling the case well away from the spotlight. The U.S. Secret Service, which played the dual role of investigator and victim in the drama, said Tuesday it couldn't comment on Jacobsen because the agency doesn't discuss ongoing cases-- a claim that's perhaps undermined by the 19 other Operation Firewall defendants discussed in a Secret Service press release last fall. Jacobsen's prosecutor, assistant U.S. attorney Wesley Hsu, also declined to comment. "I can't talk about it," Hsu said simply. Jacobsen's lawyer didn't return a phone call.

T-Mobile, which apparently knew of the intrusions by July of last year, has not issued any public warning. Under California's anti-identity theft law "SB1386," the company is obliged to notify any California customers of a security breach in which their personally identifiable information is "reasonably believed to have been" compromised. That notification must be made in "the most expedient time possible and without unreasonable delay," but may be postponed if a law enforcement agency determines that the disclosure would compromise an investigation.

Company spokesman Peter Dobrow said Tuesday that nobody at T-Mobile was available to comment on the matter.

Source : http://www.securityfocus.com/news/10271

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