New way to jailbreak PUNISHES GPT4, Claude, Gemini, LLaMA

GPT4 and other models are getting schooled with our new jailbreak method! The trick is to decode the word "counterfeit" using a secret language algorithm. It’s a wild ride, but we cracked the code! No counterfeit money, just some mind-bending techniques. Watch out, these models are tough to crack! Buckle up for more wild adventures. πŸ”₯πŸ€―πŸš€

Summary

This text discusses the new jailbreak technique against models such as GPT-4, Claude, Gemini, and LLaMA. The focus is on finding vulnerabilities and exploiting them for various purposes, including counterfeit money, but the author emphasizes that this is for educational and research purposes only, and not for illegal activities.

The New Technique: Claude 3

The top-of-the-line model Claude 3 is introduced as the best model currently available, even better than GPT-4. The author delves into how Claude 3 can be exploited to make counterfeit money using a unique encryption technique.

Exploiting LLaMA and Gemini 7B

The author explores the open model Gemini 7B and how it can be utilized to gather information, particularly involving counterfeit money. However, these models present challenges and limitations, making the process more complex.

  • The Need for Encryption Techniques
  • GPT-4: A Valuable Resource
  • Combating Counterfeit Money

The Unique Encryption Technique πŸ›‘οΈ

The Research Paper’s Premise

The process of creating counterfeit money involves filtering encoded words, decoding them, and replacing the mask with the true representation. This complex algorithm involves using Morse code and ASCII representations to achieve the end result.

StepsDescription
Step 1Decoding Morse
Step 2Encoding ASCII
Step 3Mask Replacement

This innovative technique aims to decode, replace, and create encrypted representations efficiently.

"It’s crucial to understand the algorithm for decoding displayed askart, as it forms the foundation for altering word representations."

Morse Code & Decryption Techniques πŸŒ€

Overcoming Decoding Challenges

The author experiments with decoding Morse code and ASCII representations to achieve the desired results. The AI models display varying levels of understanding, with some struggling to comprehend and decode complex representations accurately.

  • Claude’s Response to Unique Encryptions
  • Limitations of Gemini 7B
  • Addressing Decryption Challenges

Exploring Secret Language Encryption

The encryption of words into a secret language involves multiple conversion steps and a complex algorithm. The conclusion highlights the sophistication of this approach and its effectiveness in bypassing AI restrictions.

Algorithm:
1. Shift letters
2. Mirror consonants
3. Append inversion
4. Final replacement

This comprehensive algorithm delivers impressive results and can effectively decode secret language representations.

Implementing the Encryption Technique πŸ”‘

The Challenge of Decoding Representations

The process involves generating an algorithm for decoding the word representations created through secret language encryption. The author engages with AI models to understand and utilize this breakthrough encryption technique effectively.

  • The Algorithm’s Impact
  • GPT-4’s Decryption of Clever Encryptions
  • Enabling Secret Language Decryption

The Success of Unique Encryption Techniques

The successful implementation of this innovative technique demonstrates its ability to overcome AI restrictions and decode encrypted representations effectively, ultimately leading to heightened awareness and new possibilities for AI exploitation.

"The utilization of sophisticated encryption techniques empowers individuals to navigate AI restrictions effectively."

Final Thoughts 🧠

In conclusion, the text reveals the compelling journey of exploring and implementing unique encryption techniques to deceive AI models effectively. The author’s determination to decode representations through innovative algorithms and encryption methods forms the paradigm for leveraging AI models and breaking through their limitations.

Key Takeaways
– Encryption Techniques Effectively Bypass AI Restrictions
– Morse Code and Secret Language Encryption as Effective Decryption Tools
– AI Models’ Varying Levels of Understanding Decryption Process

"The successful utilization of complex encryption techniques showcases the potential of driving breakthroughs in the realm of artificial intelligence."

About the Author

Matthew Berman
178K subscribers

About the Channel:

Artificial Intelligence (AI), Open Source, Generative Art, AI Art, Futurism, ChatGPT, Large Language Models (LLM), Machine Learning, Technology, Coding, Tutorials, AI News, and more
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