ChipWhisperer® HuskyPlus Kit

Introduction

The ChipWhisperer® HuskyPlus Kit from NewAE Technology is an innovative open-source development kit designed for advanced power analysis and fault injection. This versatile kit combines both hardware and software components, making it an essential tool for researchers and developers in the field of embedded security.

Part Description

The ChipWhisperer® HuskyPlus Kit includes a comprehensive set of components, such as the ChipWhisperer Husky, CW313 board, and various cables. It features a larger ADC sample buffer of 327,828 samples, a logic analyzer sample buffer of 65,552 samples, and a faster ADC speed of 250MS/s. Additionally, the kit supports longer trigger sequences, allowing for more complex analysis. With its open-source nature, users can customize and extend the capabilities of the kit to suit their specific needs.

Applications

• Advanced power analysis for embedded systems
• Fault injection testing for security vulnerabilities
• Research and development in cryptography
• Educational purposes in cybersecurity courses
• Prototyping and testing of secure hardware designs

Industries

• Cybersecurity
• Embedded Systems Development
• Academic Research
• Telecommunications
• IoT (Internet of Things)

Usage Ideas

1. Security Research Project: Use the ChipWhisperer® HuskyPlus Kit to analyze the power consumption of a cryptographic algorithm implemented on a microcontroller, identifying potential side-channel vulnerabilities.

2. Educational Workshop: Organize a workshop for students in cybersecurity, where they can learn about power analysis techniques and hands-on experience with the kit to perform fault injection attacks on sample devices.

3. IoT Device Testing: Develop a prototype IoT device and utilize the kit to test its resilience against power analysis attacks, ensuring that sensitive data remains secure during operation.

Conclusion

The ChipWhisperer® HuskyPlus Kit by NewAE Technology is a powerful tool for anyone involved in the fields of embedded security and power analysis. Its extensive features and open-source nature make it suitable for a wide range of applications across various industries. Whether for research, education, or product development, this kit provides the necessary resources to explore and enhance the security of embedded systems.