Embedded systems designers can now easily and cost-effectively integrate
the industry’s most advanced crypto-strong authentication into their
designs with the DS28E50 DeepCover secure hash algorithm 3 (SHA3-256)
authenticator IC from Maxim Integrated Products, Inc. With SHA3-256, the
DS28E50 delivers the newest
technology for challenge-and-response authentication, providing the
strongest defense against counterfeiting, unauthorized usage and other
application problems during a secure IC solution fitted to teams with limited or no cryptography expertise.
Embedded systems still come under fire by increasingly sophisticated hackers. Designers are seeking to guard product integrity against aftermarket counterfeits and strengthen guarantees that sensors inside these devices are genuine and not substandard clones. The DS28E50 provides embedded system developers with advanced ability to stop counterfeiting, aftermarket cloning and unauthorized use of smart, connected industrial, medical and consumer devices.
In addition to providing the industry’s first SHA3-256 authentication IC, the DS28E50 also integrates Maxim’s patented ChipDNA™ physically unclonable function (PUF) technology to stop the IC-level attacks that are routinely attempted on security ICs. With ChipDNA technology, which springs from the present random analog characteristics of fundamental MOSFET devices, secret keys that protect all DS28E50 stored data are generated only needed and are never stored on the chip.
Key Advantages of the DS28E50
Cost-Effective, Crypto-Strong Security: The FIPS 202-compliant SHA3-256 implementation provides an economical , less-complex thanks to implement highly advanced, secure challenge/response authentication to defend against counterfeiting and monitor or limit peripheral usage. ChipDNA PUF technology strongly protects all device-stored sensitive data from security attacks.
Ease of Implementation: Single-contact, 1-Wire® communication simplifies interface to finish application. The IC includes secured EEPROM for end-application data with multiple configurable and irreversible memory-protection modes. No device-level firmware development is required (firmware is required for the host-side microcontroller). additionally , a factory programming service is out there for simplified secure key management.
Tiny, Low-Power, Rugged Package: The IC requires just 3.3V, operates from -40°C to +85°C, includes ±8kV human-body model (HBM) electrostatic discharge (ESD) protection, and is housed during a 6-pin, 3mm × 3mm TDFN packag
Source: https://timestech.in/maxim-unveils-industrys-first-authenticator-ic-with-sha3-256-cryptographic-engine/
Embedded systems still come under fire by increasingly sophisticated hackers. Designers are seeking to guard product integrity against aftermarket counterfeits and strengthen guarantees that sensors inside these devices are genuine and not substandard clones. The DS28E50 provides embedded system developers with advanced ability to stop counterfeiting, aftermarket cloning and unauthorized use of smart, connected industrial, medical and consumer devices.
In addition to providing the industry’s first SHA3-256 authentication IC, the DS28E50 also integrates Maxim’s patented ChipDNA™ physically unclonable function (PUF) technology to stop the IC-level attacks that are routinely attempted on security ICs. With ChipDNA technology, which springs from the present random analog characteristics of fundamental MOSFET devices, secret keys that protect all DS28E50 stored data are generated only needed and are never stored on the chip.
Key Advantages of the DS28E50
Cost-Effective, Crypto-Strong Security: The FIPS 202-compliant SHA3-256 implementation provides an economical , less-complex thanks to implement highly advanced, secure challenge/response authentication to defend against counterfeiting and monitor or limit peripheral usage. ChipDNA PUF technology strongly protects all device-stored sensitive data from security attacks.
Ease of Implementation: Single-contact, 1-Wire® communication simplifies interface to finish application. The IC includes secured EEPROM for end-application data with multiple configurable and irreversible memory-protection modes. No device-level firmware development is required (firmware is required for the host-side microcontroller). additionally , a factory programming service is out there for simplified secure key management.
Tiny, Low-Power, Rugged Package: The IC requires just 3.3V, operates from -40°C to +85°C, includes ±8kV human-body model (HBM) electrostatic discharge (ESD) protection, and is housed during a 6-pin, 3mm × 3mm TDFN packag
Source: https://timestech.in/maxim-unveils-industrys-first-authenticator-ic-with-sha3-256-cryptographic-engine/
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