HOW TO DOWNLOAD YOUTUBE VIDEOS FROM MOBILE

HOW TO DOWNLOAD YOUTUBE VIDEOS FROM MOBILE

Many times we find a very interesting video over youtube even browsing through mobile. But we often find ourselves unable to download videos from mobiles. But now you can easily download it in few minutes.

STEP 1. Download THIS MODIFIED mobile UC browser. I will recommend you to download again if you already have this because it has some extra cool features.

STEP 2. Go to youtube.com .


STEP 3. Now we can see two links. Click any one.













STEP 4. Now i have clicked on first link as you can see above. Now click on Menu button of mobile.

STEP 5. Now we have to copy the url of the page. In Nokia 6600 the option comes in Menu >Tools> Page info. In Nokia 200 it comes in top right after clicking Menu.

STEP 6. Copy the url as shown above.

STEP 7. Now paste the url in address bar as shown above. We have to edit m. to ss

STEP 8. Now we have edited it as we can see from above snap. Click on Go button.

STEP 9. Now click on download button as shown above.

STEP 10. Now we have options of resolutions as you can see frm above picture. Choose whichever fits your mobile best.

STEP 11. You will have a cloud download option as shown above. Click it. After Clicking it a sign up page will open if you are new to this. Sign it up, it takes few seconds.

STEP 12. Now you have two options TRANSFER TO UDisk & SAVE in Temp-file Station.
                UDISK saves ur file permanently on UC server and has 2GB server space for you.
                Clicking on SAVE in Temp-file Station option saves your file temporarily for about seven days.
                Choose whichever suits you best and UC server will download your file on the server. When the                   download process is over you can save it to local disk the moment you want it ! ENJOY !

KNOW THE QUALITY OF CHIP

KNOW THE QUALITY OF CHIP 


Hi guys, you can now easily know about the speed and quality of various chips. You may often find it very confusing when the rates vary for same chip in different places within same location and you may start thinking about the rates and comparing the chips. So i am here to remove your confusions. Just keep on reading.
                                                             

HACKERS CAN HACK YOUR PHONE

Hackers Can Hack Your Phone:-

Millions of mobile phones may be vulnerable to spying due to the use of outdated, 1970s-era 56 DES cryptography, according to new research due to be presented at the Black Hat security conference.
Karsten Nohl , an expert cryptographer with Security Research Labs, has found a way to trick mobile phones into granting access to the device's location, SMS functions and allow changes to a person's
voicemail number. Nohl's research looked at a mobile phones' SIM (Subscriber Identification Module),the
small card inserted into a device that ties it to a phone number and authenticates software updates and commands sent over-the-air from an operator. More than 7 billion SIM cards are in use worldwide. To ensure privacy and security, SIM cards use encryption when communicating with an operator, but the encryption standards use vary widely.
A mobile communication trade group, the GSM Association, said in a statement that only a "minority" of SIM cards that use older encryption standards would appear to be vulnerable.
"There is no evidence to suggest that today's more secure SIMs, which are used to support a range of advanced services, will be affected,"
GSMA said. Nohl's research found that many SIMs use a weak encryption standard dating from the 1970s called DES (Data Encryption Standard), according to a preview posted on his company's blog.
DES has long been considered a weak form of encryption, and many mobile operators have
upgraded now to more secure forms. It is relatively easy to discover the private key used to sign content encrypted with DES.
We all know that there are 4 classes of sms(s).
CLASS 0: Flash sms
CLASS 1: Normal sms
CLASS 2: This is the one used to send binary sms.
CLASS 3: A computer device connected to the modem can send commands to ask to only receive class 3 messages,
telling the modem to push class 3 messages directly to the device without storing them in the modem first.
(It can also ask for all messages to be pushed directly to the device without storing them in the modem first.) 

In its experiment, Security Research Labs sent a binary code over SMS to a device
using a SIM with DES. Since the binary code wasn't properly cryptographically signed, it would not run on the device.
But while rejecting the code, the phone's SIM makes a crucial mistake: it sends back over SMS an error code that carries its own encrypted 56-bit private key, according to the company. Because DES is considered a very weak form of encryption, it's possible to decrypt the private key using known cracking techniques.
Security Research Labs did it in about two minutes on a regular computer with the help of a rainbow table, a mathematical chart that helps convert an encrypted private key or password hash into its original form faster.
With the private DES key in hand, it is then possible to "sign" malicious software updates with the key, and send those updates to the device.The device believes the software comes from a legitimate source and then
grants access to sensitive data. GSMA said that it has not seen the full details of Nohl's
research but that use of the DES algorithm has been "discontinued in over the air (OTA) standards for several years." 
Security Research Labs outlined an attack scenario against SIM cards that run some form of Java virtual
machine, a software framework for Java applications. Using the SIM's private key, an
attacker could force the SIM to download Java applets, which
are essentially very small programs that perform some function. Those applets would be "allowed to send SMS, change voicemail numbers, and query the phone location, among many other predefined functions." "These capabilities alone provide plenty of potential for abuse," the company wrote.

Possible remedies to the problem including ensuring SIM cards use state-of-the-art cryptography and also using Java virtual machines that restrict applets' access to certain information.
GSMA said it has already provided guidance to network operators and SIM vendors that might be affected by Nohl's findings.
Nohl's presentation, "Rooting SIM cards," will take place at the Black Hat security conference in Las Vegas on July
31.

Hack Android Phone

Easy way to hack password of an 
android phone:

1. Switch off your phone

2. Press lock key, volumn up key
 and home button at same simultaneously.

3. Leave those keys when your phone starts

4. Now press volume key to view the 
menu of secret android.

5. Now select swip data reset factory 
from volume key.

6. Now press lock key for other and home key for samsung.

7. Now your password and pattern 
would get hacked, you can put your own.