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Author: admini

Blanket Discovery for Stolen Laptops

Posted on April 12, 2007December 30, 2021 by admini

Bloggers post confidential information, defamatory information, or just annoying information. Websites host stolen credit cards, hacking tools and techniques, or other things that you might not want. In the course of investigating these things, companies or law enforcement agencies frequently need to rely on information in the hands of third parties. An example of this is the various companies that offer data or computer locator services. If a corporate computer is reported lost or stolen, these services use various means to identify the computer, or the data on it. When the target computer is then used – generally to get online – the computer essentially “phones home” with its location. The computer doesn’t really give its location. At best, it can reveal the Internet Protocol (IP) address of the network it is on. While this information is helpful to the true owner of the computer, it is not sufficient to locate and/or recover the stolen hardware.

OnStar is one of the various services that provides motorist assistance, including Global Positioning Satellite location data. If you report the car stolen, they can remotely turn the GPS on, track the car, and even turn the telephone inside the car on and listen into the thieves’ conversations. All of this occurs on the network the real owners own and it reveals information about your vehicle.

Finding subscriber information When it comes to network based investigations however, we cannot easily track where the computer went. Once we have the IP address, we would look up the network that was assigned that block of IP addresses. It might be an Internet café in Riga, Latvia, or a giant Internet Service Provider in Dulles, Virginia.

What we really want is subscriber identification information. That is, what subscriber was assigned that particular IP address at that particular instant. Now of course, a lot of this information may be spoofed, and it is usually less than trivial to piggyback on a legitimate network (such as, a hacker using an open or insufficiently secured WiFi network.) Nonetheless, tracking down physical location data or subscriber data from a raw IP addresses is the ultimate goal of the investigator.

This is where technology and the law intersect – and not in a good way for either of them. While you can do a traceroute or a WHOIS search in a couple of seconds, in order to get subscriber data from an ISP requires some form of legal process (usually). ISP privacy policies legitimately protect this data, but they generally contain a provision (and one would be implied by law even if it wasn’t in the policy) that the information may be disclosed if there is a “valid legal order.”

In extreme situations (imminent threat to health and safety) the promise of a later subpoena may be sufficient. In the United States, for example, they can also use various legal processes – a grand jury subpoena, a formal investigative demand, an administrative subpoena, a discovery order, a search warrant, a Title III wiretap order, an order issued by the Foreign Intelligence Surveillance Court. Or, as recently revealed in The New York Times, various agencies including the Department of Defense and the Central Intelligence Agency (and of course the FBI) can issue what is called a National Security Letter (NSL) on their own authority to get this information.

A subpoena generally requires very little level of proof that the information demanded is relevant to whatever you are looking for, or may lead to the discovery of relevant information. Most people think that subpoenas are issued by a court or a judge — that you apply for a subpoena to a court, show them that the information is relevant, and then get an order. You see, to issue a subpoena there has to be an investigation authorized by a grand jury: a group of citizens authorized by the court to investigate crimes. To have a lawsuit pending, we have to have a “case or controversy” involving some violation or law or tort, which is capable of being heard in the court in which we have filed suit, which also has jurisdiction over the matter and the people involved.

The legal discovery process, particularly for civil discovery, is slow, unwieldy and ungainly. Just some “John Doe” who did the bad act. Oh yeah – getting wiretap or other orders for discovery related to national security, foreign intelligence and foreign terrorism under the Foreign Intelligence Surveillance Act (FISA.) The Bush administration has long argued that they were lawfully entitled to bypass the super-secret court set up under this law and demand records under what they later dubbed the “Terrorist Surveillance Network” because the FISA law was slow and cumbersome.

Imagine a standing court discovery order from an appropriate court that says the following: if a computer protected by this service is reported stolen, and it finds itself on a strange network, and “pings” home with its IP address, then and only then the owner or the provider of the LoJack services is entitled to an order of discovery from the ISP from which the IP address is associated, permitting discovery of the customer data associated with that IP address. The information may ONLY be used for the purposes of either filing a lawsuit against the perpetrator, or to turn over to law enforcement, or other reasonable purposes.

The court might also appoint a “Special Master” responsible for overseeing the discovery process.

http://www.securityfocus.com/columnists/438?ref=rss

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Blanket Discovery for Stolen Laptops

Posted on April 12, 2007December 30, 2021 by admini

OnStar is one of the various services that provides motorist assistance, including Global Positioning Satellite location data. If you report the car stolen, they can remotely turn the GPS on, track the car, and even turn the telephone inside the car on and listen into the thieves’ conversations. All of this occurs on the network the real owners own and it reveals information about your vehicle.

When it comes to network based investigations however, we cannot easily track where the computer went. Once we have the IP address, we would look up the network that was assigned that block of IP addresses. It might be an Internet café in Riga, Latvia, or a giant Internet Service Provider in Dulles, Virginia.

What we really want is subscriber identification information. That is, what subscriber was assigned that particular IP address at that particular instant. Now of course, a lot of this information may be spoofed, and it is usually less than trivial to piggyback on a legitimate network (such as, a hacker using an open or insufficiently secured WiFi network.) Nonetheless, tracking down physical location data or subscriber data from a raw IP addresses is the ultimate goal of the investigator.

This is where technology and the law intersect – and not in a good way for either of them. While you can do a traceroute or a WHOIS search in a couple of seconds, in order to get subscriber data from an ISP requires some form of legal process (usually). ISP privacy policies legitimately protect this data, but they generally contain a provision (and one would be implied by law even if it wasn’t in the policy) that the information may be disclosed if there is a “valid legal order.”

In extreme situations (imminent threat to health and safety) the promise of a later subpoena may be sufficient. In the United States, for example, they can also use various legal processes – a grand jury subpoena, a formal investigative demand, an administrative subpoena, a discovery order, a search warrant, a Title III wiretap order, an order issued by the Foreign Intelligence Surveillance Court. Or, as recently revealed in The New York Times, various agencies including the Department of Defense and the Central Intelligence Agency (and of course the FBI) can issue what is called a National Security Letter (NSL) on their own authority to get this information.

A subpoena generally requires very little level of proof that the information demanded is relevant to whatever you are looking for, or may lead to the discovery of relevant information. Most people think that subpoenas are issued by a court or a judge — that you apply for a subpoena to a court, show them that the information is relevant, and then get an order. You see, to issue a subpoena there has to be an investigation authorized by a grand jury: a group of citizens authorized by the court to investigate crimes.

To have a lawsuit pending, we have to have a “case or controversy” involving some violation or law or tort, which is capable of being heard in the court in which we have filed suit, which also has jurisdiction over the matter and the people involved. The legal discovery process, particularly for civil discovery, is slow, unwieldy and ungainly. Just some “John Doe” who did the bad act.

Oh yeah – getting wiretap or other orders for discovery related to national security, foreign intelligence and foreign terrorism under the Foreign Intelligence Surveillance Act (FISA.) The Bush administration has long argued that they were lawfully entitled to bypass the super-secret court set up under this law and demand records under what they later dubbed the “Terrorist Surveillance Network” because the FISA law was slow and cumbersome.

Imagine a standing court discovery order from an appropriate court that says the following: if a computer protected by this service is reported stolen, and it finds itself on a strange network, and “pings” home with its IP address, then and only then the owner or the provider of the LoJack services is entitled to an order of discovery from the ISP from which the IP address is associated, permitting discovery of the customer data associated with that IP address. The information may ONLY be used for the purposes of either filing a lawsuit against the perpetrator, or to turn over to law enforcement, or other reasonable purposes. The court might also appoint a “Special Master” responsible for overseeing the discovery process.

http://www.securityfocus.com/columnists/438?ref=rss

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How SOA increases your application security risk

Posted on April 10, 2007December 30, 2021 by admini

Already malware commonly masquerades as useful code and sometimes does provide the function it promises while doing other less desirable things in secret.

That’s one of the three main exposures Wagner sees with SOA, and organisations are already experiencing problems when employees access the wrong sites from their work desktops and accidentally import malware into the enterprise.

Combating malware — whether it is associated with SOA or someone downloading “free” music from a file-sharing site — requires a strategy which combines technology with education. The security technology needs to be able to stop malware before it can infect the network. The second major exposure is more technical and harder to intercept. Again, every organisation accepting XML-encoded files, which is the vast majority of organisations today, is exposed already. But SOA promises to increase the number of XML transfers — and, therefore, the exposure — by orders of magnitude, while the huge volume of these transmissions in the SOA architecture also complicates the problem of intercepting the occasional piece of malware in that flow, even as it attracts increasing attention from criminals.

Education is much less effective in dealing with this exposure, because it is more likely to be injected into an otherwise legitimate packet flow entering the enterprise and may further disguise itself by entering in several separate packets mixed into legitimate traffic.

In a simple transaction the user authenticates at the beginning of the session and that authentication carries through the session. However, in an SOA model the user may initiate a transaction and disconnect from the server while the transaction flows through a group of back-end services, so the user has no direct connection to the final transaction.

http://computerworld.co.nz/news.nsf/devt/808389829A348680CC2572B40001DCF8

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Boffins working on RFID super-shield

Posted on April 9, 2007December 30, 2021 by admini

The prototype so far has focused on one subset of RFID, the 13.56 ISO 15693 tags that are typically used in credit card and smart card applications.

http://www.theregister.co.uk/2007/04/08/rfid_guardian/

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SecureRF Intros Secure RFID Tag

Posted on April 5, 2007December 30, 2021 by admini

The LIME Tag will also help pharmaceutical manufacturers and other cold chain distributors track and monitor product temperature history.

http://www.darkreading.com/document.asp?doc_id=121254&WT.svl=wire_4

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Hackers now offer subscription services, support for their malware

Posted on April 5, 2007December 30, 2021 by admini

And many exploit providers simply wait for Microsoft Corp.’s monthly patches, which they then reverse-engineer to develop new exploit code against the disclosed vulnerabilities, Ollmann said.

While investigating a Trojan horse named Gozi recently, Jackson discovered that it was designed to steal data from encrypted Secure Sockets Layer streams and send it to a server in St. Petersburg, Russia. A customer query returning three passwords for a small retailer might cost 100 WMZ, while a query for 10 passwords for an international bank might fetch 2,500 WMZ or more. Customers could also choose how they wanted their search results delivered — as compressed files in e-mails or via FTP. In addition to the original Trojan horse, the server also hosted two ready-to-deploy variants in a separate staging area.

Often, groups such as the HangUp Team also offer a detection monitoring service with which they keep an eye on antivirus vendors to know exactly when signatures are available that can detect their malware.

The actual server hardware that the 76Service used was being managed by another entity called Russian Business Network (RBN), which provided Simple Network Management Protocol-based management and back-up services.

“We are not talking about kids doing it for kicks over the weekend anymore,” said Yuval Ben-Itzhak, chief technology officer at Finjan Inc., a San Jose-based security vendor. That report said that cybercriminals hold “vulnerability auctions” in which they sell information on freshly discovered software flaws to the highest bidder.

http://www.computerworld.com/action/article.do?command=viewArticleBasic&taxonomyName=security&articleId=9015588&taxonomyId=17&intsrc=kc_top

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