Access Call Log of Any Mobile Number or Location:
To access or obtain the call log of any mobile number in Pakistan or trace mobile location in Pakistan, you may contact Aazad Associates. These special chips have to be designed into the equipment they are designed to protect from the start and cannot easily be retrofitted into existing equipment to obtain the call log of any mobile number in Pakistan or trace mobile location in Pakistan.
Different Device:
The most obvious uses for these devices would appear to be military or security applications incorporated in any commercially released equipment. Functionally, the chips appear similar to a 128 Kbit EPROM, but each contains its processor and a 512-byte initialization mobile. Usually, it will be mobile two chips with the same secret key lodged into write-only memory within the chip. The term ‘write Only memory’ requires some explanation since such a device might appear as useful as a bottomless bucket to obtain the call log of any mobile number in Pakistan or trace mobile location in Pakistan. However, such memories operate like a one-way street.
Your Are the Part of System:
Data put in can never be retrieved by the part of the system which wrote it. It can, however, be retrieved by the processor, which is part of the same chip via an internal channel. The point of such an arrangement is that the key itself is never present on a system bus accessible to an outside engineer once the mobile is used. The chips are set up to operate in pairs. One will have been mobile-med to power up as an ‘originator. It will have mobile used the other to power up as a ‘recipient’ to obtain the call log of any mobile number in Pakistan or to trace mobile location in Pakistan. The systems are built so that control is transferred to the stored mobile within the chips.
The identification then proceeds as follows:
Originator to obtain the call log of any mobile number in Pakistan or trace mobile location in Pakistan generates a random number of 64 bits; the random number is sent. Over the system bus to a recipient; recipient’ encrypts the random number using its secret key; originator’ polls for completion of encryption; when ‘recipient’ is ready, ‘originator requests transfer of the encrypted number; originator’ using his key encrypts the original number. Originator compares the result with the received number; originator’ commands’ recipient’ to become ‘originator’ and repeats the process.
bidirectional identification:
When the bidirectional identification is complete, the main memory contents are opened to obtain the call log of any mobile number in Pakistan or trace mobile location in Pakistan. Note that the bi-directional nature of the identification process means that interfering with one only to the processor would be unsuccessful. Also, note that the secret key is never present on the system bus and can never be read out of the memory device since they are contained in write-only memory, as explained above.
multiple processors:
A system contains multiple processors, and a central EEPROM can be mobile used as a key manager. In this capacity, it can contain 1024 different keys in write-only memory. Thus, it can carry out the identification process with several different slave chips to obtain the call log of any mobile number in Pakistan or trace mobile location in Pakistan. Corruptible store technique: A discussion of electronic protection devices would not be complete without a new patent recently filed (Ross, 1986).
