MCU ATTACK, Remove lock bits from mcu, MCU break, MCU Code Extraction

Research into security locked MCU ( microcontrollers) , CPLDs and FPGAs
Developing attack methods for MaskROM, EPROM, EEPROM, Flash, Antifuse and FRAM memories
Research into innovative attack technologies
Evaluating service of existing products against non-invasive, semi-invasive and invasive attacks
SMT assembly, PCB design, PC software design, Hardware and MCU code design
Microchip, Atmel, AVR, PIC, EMC, Lattice, Intel, MDT, HOLTEK MCU ( IC) service and attack
MCU ATTACK, Remove lock bits from mcu
MCU break
MCU Code Extraction, break IC, crack IC, attack IC, hack IC, microprobing, MCU unlock, attack ic hacker, mcu hacker, pld hacker, ic reverse engineering, mcu reverse engineering Our lab activity focuses on: Research into security vulnerabilities of microcontrollers, MCUs, CPLDs and FPGAsDeveloping attack methods for MaskROM, EPROM, EEPROM, Flash, Antifuse and FRAM memories Research into innovative attack technologies Evaluating of existing products against non-invasive, semi-invasive and invasive attacks The main goal of our company is to support our customers in creation of new products and competitive studies. Microcontroller, copy protection.