IC Clone is one of the most widely used MCU crack scenarios. It is used by a large variety of IC attackers from individuals, who want cheaper electronic gadgets, to large companies interested in increasing their sales without large investment in design.
For example, dishonest competitors may try to clone existing product’s integrated circuit to reduce development costs. Of course they will have to spend some effort to disguise the fact of piracy, but compared to honest development cost this is negligible. Normally IC Clone requires microcontroller reverse engineering of the device to some extent.
Unlock IC ATmega164 Heximal
Unlock IC ATmega164 Heximal from its flash and eeprom memory and copy the content of Microcontroller other blank MCUs through reverse engineering the structure of MCU; Unlock IC ATmega164 Heximal The BOD circuit will only detect a drop in VCC if the ...
Unlock Microcontroller ATtiny88A Heximal
Unlock Microcontroller ATtiny88A locked heximal from its embedded memory and extract the source code out, clone the content include program and data to blank MCUs; Unlock Microcontroller ATtiny88A Heximal Four of the PORTB pins (RB7:RB4) have an inte...
Unlock Microcontroller ATtiny88V Heximal
Unlock Microcontroller ATtiny88V encrypted memory which include flash and eeprom, then extract the Heximal out from its memory and copy the content to other blank MCU ATtiny88V; Unlock Microcontroller ATtiny88V Heximal Figure 11 shows the internal ti...
Unlock Microcontroller ATtiny88 Heximal
Unlock Microcontroller ATtiny88 flash and eeprom memory, readout the MCU content from the storage in the format of heximal and copy the firmware to other blank MCU; Unlock Microcontroller ATtiny88 Heximal The ATtiny88 uses a 3-level-deep hardware st...
Crack MCU ATmega128A Binary
Crack MCU ATmega128A through which the security fuse bits will be disable, and status of Microcontroller will be reset from locked to unlocked one, Binary can be readout directly from the MCU memory; Crack MCU ATmega128A Binary With the relative jump...
Unlock Microcontroller ATmega2561V Heximal
Unlock Microcontroller ATmega2561V starts from disable the security fuse bit, crack the tamper resistance system of MCU and readout the Heximal out directly from its flash and eeprom memory: Unlock Microcontroller ATmega2561V Heximal · Analog MUX can...
Unlock Microcontroller ATmega1281 Software
Unlock Microcontroller ATmega1281 locked flash and eeprom memory, dump the content out from the memory and copy the heximal or binary to blank MCU for the same functions: Unlock Microcontroller ATmega1281 locked flash and eeprom memory, dump the cont...
Crack MCU ATmega2560 Flash
Crack MCU ATmega2560 memory and extract the program and data from Flash and eeprom, copy the firmware into blank Microcontroller ATmega2560 which provide the same functions as original MCU; Crack MCU ATmega2560 memory and extract the program and data...
Crack MCU ATmega1280V Heximal
Crack MCU ATmega1280V starts from disable the tamper resistance system of Microcontroller, decapsulate the silicon package of ATmega1280V and extract the Heximal out from the memory; Crack MCU ATmega1280V starts from disable the tamper resistance sys...
Crack MCU ATtiny861V Heximal
Crack MCU ATtiny861V needs to get the memory unlocked which include flash and eeprom storage and extract Heximal out from its memory, the way to verify the correctiveness of heximal is to copy the firmware into blank Microcontroller which is going to...