FaultyCat EMP Chip Fault Injection Programmable Chip Glitch Injection Development Board Type-C

Core Functions:
1. Programmable EMP Chip Fault Injection Attack:
- Test the performance of the target chip under extreme conditions by simulating an electromagnetic pulse (EMP) environment.
- Users can customize different EMP parameters (such as intensity, frequency, etc.) to simulate different types of electromagnetic interference scenarios.
- This function is particularly suitable for applications in military, aerospace and other fields that have strict requirements for equipment's ability to resist electromagnetic interference.
- Can help developers discover and fix potential security vulnerabilities, ensuring that the system can operate normally even in the event of EMP attacks.

2. Programmable Chip Glitch Injection Attack:
- Allow users to intentionally introduce brief voltage fluctuations or signal errors (i.e. "glitches") into the internal logic circuit of the target chip.
- Support flexible configuration of the type, duration, and location of glitches, in order to more accurately locate and analyze the possible causes of system crashes or abnormal behavior.
- This technology is very useful for studying robustness issues in integrated circuit design, helping to improve the resistance of chips to external interference factors.
- It is also one of the tools for conducting in-depth hardware security audits, which can help identify weaknesses that may be maliciously exploited to carry out attacks.

Specifications:
- Product name: FaultyCat
- Rated input voltage: USB 5V/Battery 1.5V*3 (battery is not included)
- Interface: Type-C USB, GPIO

Package Included:
- 1 x Development Board