Lecture
1.2 PUF uniqueID for Design Copy Protection of GateMate FPGAs
- 12.11.2024 at 11:20 - 11:40
- Future Control Stage (C5.259)Embedded Platforms
- Language: English
- Type: Lecture
Lecture description
A Physical Unclonable Function (PUF) is a hardware structure that enables unique identification of semiconductor devices.
Due to unique physical variations occurring naturally during semiconductor manufacturing, PUFs provide a digital fingerprint of the device, which
can be used to generate secure keys for cryptographic procedures, such as bitstream encryption and decryption for copy protection.
Cologne Chip has investigated this property on the GateMate FPGA under various conditions to ensure a stable and unique key generation using its built-in SRAM cells.
The encryption and decryption process can be combined with a wide variety of encryption mechanisms. Users can decide for themselves which method they want to use.
After a brief introduction to GateMate FPGA, we explain the difficulties caused by minimal improbabilities of PUFs and present the results of the investigation as well as an easy-to manage procedure for
encrypting and decrypting bitstreams for FPGAs
Due to unique physical variations occurring naturally during semiconductor manufacturing, PUFs provide a digital fingerprint of the device, which
can be used to generate secure keys for cryptographic procedures, such as bitstream encryption and decryption for copy protection.
Cologne Chip has investigated this property on the GateMate FPGA under various conditions to ensure a stable and unique key generation using its built-in SRAM cells.
The encryption and decryption process can be combined with a wide variety of encryption mechanisms. Users can decide for themselves which method they want to use.
After a brief introduction to GateMate FPGA, we explain the difficulties caused by minimal improbabilities of PUFs and present the results of the investigation as well as an easy-to manage procedure for
encrypting and decrypting bitstreams for FPGAs
Further lectures
- 11:00 - 11:201.1 Reinventing real-time control with advanced CPU arcitecture
- 11:20 - 11:401.2 PUF uniqueID for Design Copy Protection of GateMate FPGAs
- 11:40 - 12:001.3 Does one size fit all? Why are FPGAs suited both for industrial and medical applications.
- 12:00 - 12:201.4 COM-HPC Mini - game-changer to use latest high-performance technology on radically reduced size
- 12:20 - 12:401.5 World's first single chip absolute Multiturn Position Sensor
- 12:40 - 13:001.6 See the invisible: how FPGAs can help you in machine vision
- 13:30 - 13:501.7 Enabling Cybersecurity for High-Performance Real-Time Microcontrollers
- 13:50 - 14:101.8 Improving human lives and safety with MEMS sensors
- 14:10 - 14:301.9 Time-to-Digital-Converter with less than 5ps resolution for GateMate FPGA
- 14:30 - 14:501.10 Sustainable Factories and Buildings Require Platformized, Configurable Solutions