MCU crack chip decryption methods

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Source: IC declassified. The attacker took advantage of the loophole in the timing design of erasure operation of the series of microcontrollers. After erasing the encrypted lock bits, the self-programmed program was used to stop the next erasing operation of the on-chip program memory data, thus turning the encrypted microcontrollers into non-encrypted microcontrollers, and then using the programmer to read out the on-chip program.

2. Electronic detection attack usually monitors the analog characteristics of all power supply and interface connections when the processor is in normal operation with high time resolution, and attacks are carried out by monitoring its electromagnetic radiation characteristics. Because MCU is an active electronic device, when it executes different instructions, the corresponding power consumption also changes accordingly. In this way, by using special electronic measuring instruments and mathematical statistical methods to analyze and detect these changes, the specific key information in the MCU microcomputer can be obtained.

3. Fault Generation Technology This technology uses abnormal working conditions to make the processor error, and then provides additional access to attack. The most widely used means of attack include voltage impact and clock impact. Low voltage and high voltage attacks can be used to prohibit protection of circuits or force processors to perform erroneous operations. Clock transient hopping may reset the protection circuit without damaging the protected information. The transient hopping of power and clock can affect the decoding and execution of single instruction in some processors.

4. Probe technology. This technology directly exposes the internal connection of the chip, and then observes, manipulates and interferes with the microcontroller to achieve the purpose of attack.

p89lpc chip decryption

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Technology chip decryption Center successfully cracked p89lpc912/913/914 MCU welcome customers with similar needs to contact us.
The following is the introduction of the characteristics of the microcontroller.
The p89lpc912/913/914 microcontroller has a low cost 14-pack, high-performance processor architecture that executes instructions in two to four minutes, six times the speed of the standard 80C 51 device. Many system-level functions have been incorporated into p89lpc912/913/914 to reduce the number of components, space, and system costs. 2. Features 1 bytes byte-erasable code memory 256 bytes of departments and organized 16 byte pages. Single byte erasure allows any byte () to be used as nonvolatile data storage. N128-byte data storage. NTwo 16 bit counter / timer. Each timer can be configured to switch output ports in a timer overflow or become a PWM output. The n23-bit system timer can also be used as a real-time clock. The nTwo analog comparator has an optional input and reference source. Nenhanced has the ability of fractional baud rate generator, interrupt detection, frame error detection, automatic address detection and flexible interrupt (p89lpc913, p89lpc914). N SPI communication port. The ninternal oscillator (factory calibration + 1%) option allows operation of external oscillator components. The choice of the oscillator is selective and fine adjustable. N2.4 volt to 3.6 volts vddoperating range. Input / output pin 5 V / (may be pull or drive 5.5 volts). 12 I know / output pins using internal oscillators and reset options. 3. Additional function: 14 tssop package. High-performance processors provide 80C 51 instruction cycles of 111 nanoseconds 222 nanoseconds for all instructions to perform multiplication and division, except at 18 MHz (167 nanoseconds to 333 nanoseconds 12 MHz). This is six times the performance standard 80C 51 runs at the same clock frequency. The lower clock frequency results in saving energy and reducing electromagnetic interference. * In application programming (application programming) and byte erasure allow code storage to be used for non-volatile storage of data. Enquiry p89lpc912 supplier Philips semiconductor p89lpc912/913/9148 bit microcontroller 80C 51 core two clock product data. 03 – December 1720042639397750 144682004 144682004 Holland PHILPS electronics. All rights reserved. Serial flash online programming (plasma) allows simple production to encode commercial programmers. Flash safety bits prevent reading sensitive applications. • watchdog timer and independent on-chip oscillator, without external components. The watchdog divider is selected from 8 values. Low voltage reset (power fail detection) allows power failure when a graceful system is turned off. You can choose to configure it as an interrupt. The power saving mode of idle and power down is different. Improved wake-up mode (low input interrupt execution). The typical power outage is currently 1 to 1 (total power failure and voltage comparator disabled). Low level reset. On chip reset allows operation without external reset components. Reset counters and reset false signal suppression circuits to prevent false and incomplete reset. A software reset function is available. Select the flash configuration bits selected by users in the frequency range of configurable on-chip oscillators. The maximum frequency of the 20 kHz support frequency oscillator is 18 MHz (p89lpc912, p89lpc913). Oscillator failure detection. The watchdog timer has a single complete on-chip oscillator that allows it to perform an oscillator failure detection function. Programmable port output configuration options: quasi bidirectional, open drain, push-pull, input only. Detection of port input pattern matching. Port 0 may produce an interruption value when the pin matches or mismatches a programmable mode. Drive capability (20) on all port pins. The maximum limit is specified as the whole chip. The slew rate control output port reduces electromagnetic interference. Output about 10 nanosecond minimum ramp time. When internal power and grounding connections are required to operate p89lpc912 / 913 / 914, the internal reset option is selected. Four. Interruption of priority. Four keyboard interrupt input. Two data pointer. Schmidt trigger port input.

MC68HC IC decryption

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Provide the Carle MC68HC08AS20 IC decryption service, welcome to inquire.
MC68HC08AS20 is a low cost, high-performance member.
The family of M68HC08 series 8 bit microcontroller unit (MCU). This type of M68HC08
The family is based on the integrated circuits designated for the customers (shipyard heavy industry).
Design strategy. All MCU in the family uses enhanced M68HC08.
The central processing unit (CPU08), and provides a variety of
Module, memory size and type, encapsulation type.
1.3 characteristics
The characteristics of MC68HC08AS20 include:
High performance M68HC08 architecture
Full upward compatible target code with M6805, M146805,
And M68HC05 series
8.4-MHz internal bus frequency
• 20480 byte read-only memory (ROM)
ROM data security
• 512 byte on-chip erasable programmable
Read-only memory (EEPROM)
• 640 byte chip RAM
Serial peripheral interface module (SPI)
Serial communication interface module (SCI)
• 16 bit, 6 channel timer interface module (TIM)
Clock generator module (CGM)
• 8 bit, 15 channel analog to digital conversion module (ADC)
SAE J1850 byte data link controller digital module (BDLC – D)
MC68HC08AS20 – Pastor 4.1 advance information
Free scale Semiconductor Inc 29
Non DISCLOSUREAGREEMENTRE QUIRED
System protection function
– computer normal operation (COP) and optional reset.
– low voltage detection optional reset.
– optional reset of illegal opcode detection
– optional reset illegal address detection
• low power design (full static stop and wait mode).
Main reset pin and power on reset.
The functions of CPU08 include:
Enhanced HC05 programming model
• extensive closed loop control function
• 16 addressing mode (eight to HC05)
16 bit index register and stack pointer.
Memory to memory data transmission
Fast 8 * 8 multiplication instructions
Fast 16/8 division instruction
Binary coded decimal (BCD) instruction
Optimizing controller applications
C language support

STM8S003F3P6 IC unlock

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In view of STM8S003F3P6 IC unlock price rise and market shortage, Xintang withdraws from 8051 single chip N76E003 development board pin compatible with STM8S003. At present, for the N76E003AT20 IC unlock our company decryption center has fully grasped the IC unlock scheme. Welcome customers who need us to contact us.
New Tang 8051 MCU N76E003 development board pin compatible with STM8S003 original genuine IC, 18K flash, dual serial port, 6 PWM, 12 AD, quality assurance, original genuine, stable supply, welcome to consult the shopkeeper;
Compared with the N76E003AT20 of new Tang Dynasty, it has more classical advantages.
1T/8051:1T super value microcontroller, 8051 we are more familiar with the classic kernel;
* 18KB Flash ROM: better than 8KB Flash, and 18KB of flash memory space, all can be used as data storage space;
• 1024B SRAM;
• 17 +1 input ports: better than 16 GPIO at most.
• 2*UART, I2C, SPI: superior to SPI/I2C/UART (more than one UART);
8CH of 12bit ADC: better than 5 channel 10bit ADC;
6ch of individual duty PWM: better than 3 way PWM output;
• 10KHz LIRC for WDT reset / WKT;
• 16MHz HIRC + 1% Room temp. + 2% full condition;
The temperature range of -40~105 C is wider.
A wider supply voltage range from 2.4V to 5.5V;
TSSOP20 / QFN20;
• ed & E: MM/400V, Over 4KV, excellent ESD and EFT, anti-interference and ESD protection capabilities;
STM8S003F3P6: A total of 20 feet, up to 16 GPIOs, 16 external interrupts; 2 16-bit timers [TIM1/TIM2], up to three PWM outputs; 5 ADC channels, supporting SPI/I2C/UART; 8KBYTE FLASH, 1KRAM, 128BYTE EEPROM; and built-in 16M high-speed oscillator, WDG, etc.

STM32F103 MCU crack

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Recently, a PLC controller circuit for reverse development and copying board, the main chip model is STM32F103 MCU crack, after the completion of the chip decryption, send samples to customers for testing, customer aging test 2 days later, all kinds of state is completely normal, customers and our company completed the chip decryption program handover, my company sent the program. A very ordinary STM32F103 MCU crack has been completed.
A month later, the customer calls us again, feedback that the chip work five working days later, can not work properly, all the boards are this problem, to the chip burn again, and can continue to use.
Our company’s technical engineers, in response to customer response problems, come up with a solution, the original designer of this circuit board in the circuit added a time limit to this soft encryption.
From this technical point of view, our company engineers disassemble the program again, find the original encryption location, successfully solve this problem, so far this STM32F103 MCU crack  is completely successful.

M30620FCAGP chip crack

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We provide the main features of M30620 FCAFP chip decryption, for customers and decryption engineers in the decryption project cooperation and decryption technology implementation for reference, M30620FCAGP chip crack and other CPLD chip decryption needs are welcome to contact the consultation
Detailed description
M30620FCAGP chip crack
Product outline
The M16C/26A group is based on the M16C/60 CPU kernel. When using the PLL synthesizer, the maximum working frequency is 24MHz. Provide mask ROM version and flash edition.
The internal flash memory can be programmed under a single power supply.
Key characteristics
16 bit multifunction timer (including timer A, B, three phase converter motor control function): 8 channel
Clock asynchronous / synchronous serial interface: 3 channel *
10 bit A/D converter: 12 channels *
DMAC:2 channel
CRC arithmetic circuit
Watchdog timer
Clock generation circuit: main clock generation circuit, sub clock generation circuit, internal oscillator, PLL synthesizer.
Oscillation stop detection function
Voltage detection circuit (except for T and V)
Input / output port: 39 *
External interrupt pins: 11
Data flash: 2KB x 2 block (flash only)
Specification of *:48 pin version.

TMS320F28068M MCU crack success

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My focus on chip reverse engineering is a project in the direction of MCU crack technology, which is based on MCU decryption, DSP decryption, CPLD chip decryption, ARM MCU crack , and SCM software and hardware development.
TMS320F28068M micro controller provides power supply for C28x kernel and parallel accelerator (CLA). Flying star technology is based on TI C2000 for in-depth study of TMS320F28 series. It has been able to successfully MCU crack the dspc2000 series microcontrollers. TMS320F28068M decryption is the latest product, but for core technology and decryption technology In the case of mature, it can have more than 95% assurance, and can be equal, the decryption price is informed by the business personnel, the core and the CLA and low pin number devices of high integrated control peripherals to coupling. The code of this series is compatible with the previous C28x based code, and provides a high degree of analog integration.
An internal regulator realizes the operation of a single power supply rail. The HRPWM module has been improved to provide double edge control (FM). An analog comparator with internal 10 bit reference is added, and it can be directly routed to control PWM output. ADC can perform conversion operations within the fixed scale of 0V to 3.3V and support the metric scale VREFHI / VREFLO benchmark. The ADC interface is specifically optimized for low overhead / low latency.
Characteristic
High efficiency 32 bit CPU (TMS320C28x?)
90MHz (11.11ns periodic time)
16 x 16 and 32 x 32 medium access control (MAC) operation
16 x 16 double MAC
Harvard (Harvard) bus architecture
Continuous operation
Fast interruption response and processing
Unified memory programming model
High efficiency code (using C/C++ and assembly language)
floating point unit
Local single precision floating-point operation
Programmable parallel accelerator (CLA)
32 bit floating-point arithmetic accelerator
Code execution that is independent of the main CPU
Viterbi, complex arithmetic, cyclic redundancy check (CRC) unit (VCU)
Extend C28x? Instruction set to support complex multiplication, Viterbi operation, and cyclic redundancy check (CRC).
Embedded memory
Up to 256KB flash memory
Up to 100KB RAM
2KB one-time programmable (OTP) ROM
6 channel DMA
Low device and system cost
3.3 V single power supply
No power ordering
Integrated reset and undervoltage reduction
Low power operation mode
Non analog support pin
Byte order: small end order

How much do you know about the inside of the MCU crack industry

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Chip decryption is also known as IC decryption, MCU crack, single chip decryption. How much do you know about the inside of the MCU crack industry?
The MCU crack industry is a small industry with large profit margins. The whole country seems to be able to decrypt only a few, and not all models can be cracked. Do you know the so-called decryption businesses, can they really decrypt it? An office, a few employees, looking for customers through Baidu bidding, do you think that is the real decryption business?
It is hard to find a businessman that can really decrypt. He can guarantee your decryption cycle and will not find various reasons to fudge customers’ money.
Before the Baidu bar and Baidu know inside, there are many customers to see the reaction, Shenzhen has 2 deciphers of decryption board company, the name of the specific company name can be searched by the vast number of users, they are generally doing this, they have no technology only, through Baidu bidding to find business, business after he brought him They usually go to their peers to do so. The cycle is not guaranteed at all. Secondly, they will find various reasons to increase the price. All the selection of a good copy board decryption company is very difficult and very necessary.
At present, our company’s decryption technicians are also in the DSP chip, the STM32F103 series, the TMS320 series, the Lattice series and those simple such as the whole series of STC, PIC, and other series of chip decryption is absolutely sure. For other series of chips, such as NEC chips, Hitachi, Fuji and some other Hitachi series and CPLD chips, we still do not have very good technical solutions to solve them. In the 2 series of STM32F103 series and TMS320, we have absolute superiority. Welcome customers to open their electricity consultation.
Customers who need to decrypt and copy the board can come to our company and observe all the operation process practically.

STM8L051F3P6 MCU crack

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STM8L051F3P6 TSSOP-20 packaging is a low power 8 bit MCU, we can provide STM8L051F3P6 MCU crack, welcome customers with demand to contact us. In view of STM8 series chips, there are many successful cases in our company’s decryption center. This series of MCU crack technology has made breakthrough success to ensure 100% break, and provide customers with soft encryption cracking, chip decompile and other services, welcome consultation inspection.
The following are the main features of this chip:

mcu crack

chip decryption process

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Uncovering chip package
The first step in invasive attack is to unwrap chip packages (for short, “open” sometimes called “Kaifeng”, English as “DECAP”, decapsulation).
There are two ways to achieve this goal:
The first is to completely dissolve the chip package and expose the metal connection.
The second one is to remove the plastic package on the silicon core only.
The first method needs to bind the chip to the test fixture and operate with the binding table; the second methods need personal intelligence and patience in addition to the knowledge and the necessary skills of the attacker, but it is relatively convenient to operate in a complete family.
The plastic on the chip can be opened with a knife, and the epoxy resin around the chip can be corroded with concentrated nitric acid. Hot concentrated nitric acid will dissolve the chip package without affecting the chip and wiring. This process is usually carried out under very dry conditions, because the presence of water may corrode exposed aluminum connections (which may result in decryption failure).
Cleaning chip
1. then wash the chip with acetone to remove residual nitric acid and immerse it in the ultrasonic tank.
2. find the position of protective fuse and destroy
3. the last step is to find the location of the fuse protection and expose the protective fuse to ultraviolet light. A microscope with a magnification of at least 100 times is usually used to track the protection fuse from the input line of the programmed voltage input. Without a microscope, a simple search is carried out by exposing different parts of the chip to ultraviolet light and observing the results. Opaque sheets are used to cover the chip during operation to protect program memory from ultraviolet light. The protection of protective fuse can be destroyed by exposing the protective fuse to the ultraviolet light for 5~10 minutes. After that, the content of the program memory can be read directly by a simple programmer.
It is not feasible to use ultraviolet light reset protection circuit to protect the EEPROM unit using a protective layer. For this type of MCU, micro probe technology is usually used to read memory contents. After the chip package is opened, the chip can be placed under the microscope, and it is easy to find the data bus connected to other parts of the circuit. For some reason, chip lock positioning does not lock access to memory in programming mode. With this defect, the probe can be placed on the data line to read all the desired data. In programming mode, restart the read process and connect the probe to another data line, you can read all the information in the program and data storage.
Destruction of protective fuse with microscope and laser cutting machine
Another possible means of attack is to find protective fuse by means of a microscope and laser cutting machine, so as to find all the signal lines associated with this part of the circuit. Because the design is defective, the whole protection function can be prohibited by cutting off a signal line from protective fuse to other circuits (or cutting out the entire encryption circuit) or connecting 1~3 gold lines (usually called FIB:focused ion beam), so that a simple compiler can be used directly to read the inside of the program memory. Yes.
Although most common singlechip has the function of fuse burning to protect the internal code of the single chip microcomputer, the single chip microcomputer is not located in the production of safety products. Therefore, they often do not provide targeted precautions and low security level. With a wide range of applications, large sales volume, large volume of sales, frequent entrustment and technology transfer among manufacturers, a large number of technical data have gone out, making use of the design vulnerabilities of this type of chip and the testing interface of the manufacturers, and reading the internal programs of the single chip computer by modifying the fuse protection bit and other intrusive attack or non intrusive attack batter. It becomes easier.