How to Hack Symbian S60 phones to install unsigned applications

If you have a Nokia Symbian S60 phone, you probably know that it is not possible to install applications on this, unless they are signed by using a valid certificate. Have you try to install applications on your S60 3rd or 5th Edition phone but finally getting a certificate error? Sometimes, this can be really annoying. but here's a clever solution to this problem!

Here in this post, I will show you how to hack your Symbian S60 3rd and 5th Edition smartphones, to modify the phone's firmware and bypass completely mandatory signature requirement. So, when you're done with this once hack, you should be able to install any application compatible with including the unsigned and those with a certificate that has expired.

 

What is the need for signed applications?

From the 3rd Edition, Symbian S60 all applications must be signed in order to ensure their integrity, so that it would not be possible for a third party to compromise the application. Also, the signature ensures that you always install applications from a trusted source.

However, there are many free software and applications beta coming unsigned as developers cannot afford to purchase a symbian certificate. Therefore, it can be a real nightmare for users who need to install these applications for phones. So, here is a step-by-step process to hack your phone, and finally, to turn off this security feature.

 

1. Download HelloOX2 v 1.0 or the latest version from the website Ofiicial HelloOX2.

HelloOX2 is an excellent tool to hack Symbian S60 3rd, 5th and Symbian ^ 3 Smartphone which makes it possible to install a root certificate, gaining full access to the files system of the phone. With this feature, you can install what you want for your phones without having to worry about annoying certificate error!

2. the signed version of HelloOX2 requests for a gift and therefore only the non-signed version is available for free download. So, if you have version without signature, you must sign it before installing on your phone. In order to sign any application, you must have the certificate and key file, which may be obtained as follows:

• Go to the website, register and connect OPDA in your account.
• Click "Apply" certificate, enter the model number and the IMEI of your phone, and then click submit and send.
• Usually, it will take up to 24 hours for the certificate and key file must be generated and sent. To check the status of your certificate click on the tab "my Certificate". If the certificate is ready for the download you will see something like this:

 

 

 

 

• Download the certificate and key file to your computer. Also download SisSigner tool to sign your application HelloOX2.
• Open the SisSigner, the upload HelloOX2 c.SIS, certificate and key file, as shown below and click the "Sign". Leave the field "Key file password".

 

 

 

 

 

 

 

 

• Your request is signed and now HelloOX2 is ready for installation.

3. to install the signed application HelloOX2 on your phone and run to start the hacking process is entirely automatic. Within a minute, it will be hacked phone. Once this is done, say good-bye to the annoying certificate error and install any application.

I hope you like this post. Express your opinion through comments. Enjoy!!!

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Leakage of private information websites popular is common, new study finds

ScienceDaily (June 2, 2011) research of more than 100 popular Web sites used by tens of millions of people find three districts directly to leak information or unique identifiers for users and third-party sites. The study, the parser by Craig wills, a Professor of computer science at Worcester Federal Institute (WPI), demonstrated how handles leak private information by many sites, including e-mail, physical address, even a user's Web browser-the browser fingerprint "--could allow tracking sites to link to many different pieces of information, including the browsing histories included tracking cookies and the content of the site and take health searchesTo create a detailed profile of the people.

The study, presented last week at the Web 2.0 security and privacy in Auckland, Calif., summed up the efforts made so far to stop this leak of personal information from online Web sites, social networking packages including suggestions made in the report, the Federal Trade Commission (FTC) 2010 protect consumer privacy, that the largely ineffective in preventing leakage is detected and connectivity. They claimed that websites should take more responsibility for privacy protection.

"Despite some suggestions wills and reports upon by researchers, government agencies, and private firms, the issue of privacy has worsened significantly," he said. "With the growing disconnect between existing privacy safeguards, suggested a growing discussion, worries more and more personal information from all Web sites, we believe that the time beyond the clearly what is the battle with third-party aggregators, and what roles first-party sites, you can play in protecting the privacy of their users."

The researchers, who brought in the past that the leak of personal information from many popular social networks, decided to investigate the handling of private information by standard Web sites, in an area where there were mainly vshashorsh, Wales. They encourage users to sites focused on, since users often share personal information, including their names, personal, physical address, an e-mail during the registration process. They also examined health popular tourist attractions, since users conduct searches these sites, point to problems with their health or expose their travel programs.

They found that the leaked information through multiple routes to a third party to track users ' browsing behavior for advertisers. In some cases, the information was passed to the purposely third-party sites. In other cases, it was included, intentionally or accidentally, as part of an ongoing exchange of information with those sites. According to the leakage occurred when people were creating, viewing, editing, or register their accounts, or when navigating Web sites. They are also sensitive search terms (such as pancreatic cancer) have been leaked by the health and for sites to be leaked by sites.

The researchers examined the types of information to be leaked by websites and rate them according to their sensitivity and the ability to identify users. The user name, phone number or email address, and the highest rated on identifiability, for example, when planning tours and information of the highest rated on a scale sensitivity. While most of the information leaked rated low in both scales, the authors said it did not necessarily suggest that users should not be concerned about the privacy leaks from Web sites.

They noted that third-party sites that are tracking a wide variety of popular information from Web sites that can be used to connect various pieces of the leaked information and link them to the identity of the individual user. These include the ID of the user that assigns user Web site (leaked by about half of the sites studied), unique identifiers, such as email addresses, or home address, and the fingerprint browser browser-information about how to set up individual, including the list of installed extensions, leaked the authors found a number of sites.

The study evaluated a variety of actions, Web users can take to prevent their information from being leaked, including blocking the setting of cookies and the use of the advertising block or unblock the utility built into the latest version of some of the most common browsers. They found all of these techniques to miss certain types of leak; Vhosmi advertising, for example, reliably not block third-party sites through the so-called hidden, even impair the usability of Web sites.

They also show the proposals contained in the report of December 2010 release online privacy by the FTC. "The report supports the privacy by design initiative, seeks to embed privacy in the design stage, proactive, defaults to private users and information about Sun access to sensitive data concerning the user is stored in the bcobri," research notes. But even these suggestions fail to provide safeguards against discussion user information by third-party sites or the hidden leak to third parties, and they do not include authentication methods, a third-party sites or penalizing those sound guidelines do not provide.

"As a key report to the FTC, he is ignoring the responsibility of saving their users privacy," said Wales. "These sites have a role in the custody of protecting users leak of sensitive information or identify them. Third-party sites have a strong financial incentive to continue to collect and aggregate user information, so relying on them to protect the privacy of the user continues to be a battle. It's time to put the focus on what you can do a first-party sites. "

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The above story is published (with writers adaptations by a teamdaily science) materials provided by the the Federal Institute of Worcester.

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Encryption hardware developed for the new technology of computer memory

ScienceDaily (May 18, 2011) security are one of the key obstacles to the adoption of a new non-volatile main memory (NVMM) on the next generation, which improve the computer start and times and increase the memory capacity. But now developed researchers from the University of North Carolina new encryption hardware for use with NVMM to protect your personal information and other data.

NVMM technologies, such as phase-change memory, hold great promise to replace conventional dynamic random access memory (DRAM) in main memory of computers. NVMM will allow computers to begin immediately, and can integrate with more memory and the same amount of space used by existing technologies. However, NVMM is a security risk.

The standard of DRAM main memory stores data after the computer is turned off. That is, for example, that does not store your credit card number and password after the online shopping spree. NVMM, on the other hand, preserves all user data in main memory, and even years after the computer is turned off. This feature may give criminals access to your personal information or other data if your laptop or smart phone were stolen. And, because NVMM the data is stored in main memory, it cannot be encrypted by using the software. Software cannot manage main memory functions, because the software itself is in main memory.

NC State researchers have developed a solution using hardware encryption system called i-NVMM.

"We use hardware to encrypt everything," explains Dr. Yan Solihin, Professor of electrical and computer engineering at NC State and co-author of paper describing i-NVMM, "but then the system will run very slowly – that all the time to encrypt and decrypt data.

"Instead, we developed an algorithm for identifying data is not needed by the processor. This allows us to keep the 78% of main memory are encrypted during normal operation, and slows only system performance on 3.7 percent. "

The i-NVMM also has two additional benefits. First, its algorithm also detects inactivity. This means that people are currently not in use-such as your credit card number--is encrypted automatically. This makes the i-NVMM even more secure than DRAM. Second, while 78 percent of main memory is encrypted when the computer is in use, the remaining 22 percent is encrypted when the computer is turned off.

"Basically, unless someone is accessing your computer when you use it, all data is protected," said Solihin.

I-NVMM relies on the cryptographic engine integrated within the memory module is a stand-alone computer, does not require changes to your computer's processors. This interpretation can be used with different processors and systems.

"We are now looking for partners in the industry who are interested in this technology," said Solihin.

The paper, "i-NVMM: a secure non-volatile memory system key with encryption are cumulative," June 6, International Symposium on computer architecture (ISCA) in San Jose, Calif. paper was surgeon by Dr. Siddhartha Chhabra, ph d student. Former NC State. Research supported, in part, by the National Science Foundation.