Power analysis and fault injection tools

Hardware setup is fast and simple! Connect your ChipWhisperer Husky to a computer using a USB-C cable. Next, connect a 20 pin cable between the CW 20 pin connector and the target, as well as a coaxial cable to measure the SMA connector between the POS average line (if you are doing power analysis) and the fault (if you are doing voltage faults) and the SMA connector on the target.Hardware setup is fast and simple! Connect your ChipWhisperer Husky to a computer using a USB-C cable. Next, connect a 20 pin cable between the CW 20 pin connector and the target, as well as a coaxial cable to measure the SMA connector between the POS average line (if you are doing power analysis) and the fault (if you are doing voltage faults) and the SMA connector on the target.Hardware setup is fast and simple! Connect your ChipWhisperer Husky to a computer using a USB-C cable. Next, connect a 20 pin cable between the CW 20 pin connector and the target, as well as a coaxial cable to measure the SMA connector between the POS average line (if you are doing power analysis) and the fault (if you are doing voltage faults) and the SMA connector on the target.Hardware setup is fast and simple! Connect your ChipWhisperer Husky to a computer using a USB-C cable. Next, connect a 20 pin cable between the CW 20 pin connector and the target, as well as a coaxial cable to measure the SMA connector between the POS average line (if you are doing power analysis) and the fault (if you are doing voltage faults) and the SMA connector on the target.Hardware setup is fast and simple! Connect your ChipWhisperer Husky to a computer using a USB-C cable. Next, connect a 20 pin cable between the CW 20 pin connector and the target, as well as a coaxial cable to measure the SMA connector between the POS average line (if you are doing power analysis) and the fault (if you are doing voltage faults) and the SMA connector on the target.