How To Beat Turnitin: Undetectable AI Review

StealthGPT
10 Dec 202303:13

TLDRJoseph Gman, an AI researcher and software developer, discusses the effectiveness of Turnitin's AI detection model in identifying AI-generated text. He explains that Turnitin's AI is adept at catching AI-generated content due to its similarity to the Chat GPT model. Gman introduces Stealth GPT, a service that trains its own model on diverse human-written texts to avoid detection. By using Stealth GPT, users can generate essays that can bypass Turnitin's AI detectors, offering a solution for those seeking to evade academic software scrutiny.

Takeaways

  • 🔍 Turnitin is a leading academic software used by millions of students and thousands of professors to check papers for originality.
  • 🆕 In 2022, Turnitin released an AI detection model that is highly effective at identifying AI-generated text, such as that produced by ChatGPT.
  • 🚫 Despite claims of 'undetectable' AI services, none of the tested services were able to fool Turnitin's AI detector, which flagged all tested AI-generated texts as non-human.
  • 🤖 The reason Turnitin can detect these services is that they are based on the same technology as ChatGPT, making them easily identifiable.
  • 💡 The speaker, Joseph Gman, an AI researcher and software developer, has been working on a solution to bypass Turnitin's AI detection.
  • 🆓 StealthGPT is introduced as a service that trains its own model on a diverse range of human-written texts to create semantically distinct content from ChatGPT.
  • 🔗 By using StealthGPT, users can generate text that consistently bypasses Turnitin and other AI detectors.
  • 📝 Users are advised not to create their own complex AI models but to use StealthGPT's service, which offers access to various custom models.
  • 📖 The service allows for the generation of long-form essays that can evade AI detection, including Turnitin's.
  • 📢 The video encourages viewers to sign up for StealthGPT and share their experiences and feedback in the comments section.

Q & A

  • What is the main focus of the video transcript provided?

    -The main focus of the video transcript is to discuss how to beat Turnitin's AI detection system, which is used to detect AI-generated text in academic papers.

  • Who is Joseph Gman and what is his role in the video?

    -Joseph Gman is an AI researcher and software developer who has been working on a solution to bypass Turnitin's AI detection. He is the presenter in the video, sharing his findings and solution.

  • What is Turnitin and why is it significant in the context of the video?

    -Turnitin is a leading academic software used by millions of students and thousands of professors to check papers for originality. It is significant because it has an AI detection model that can identify AI-generated text.

  • What was Turnitin's AI detection model's capability in 2022 according to the transcript?

    -In 2022, Turnitin's AI detection model was capable of effectively detecting text generated by AI, including those that claimed to be undetectable.

  • Why do undetectable AI services fail to bypass Turnitin's detection?

    -Undetectable AI services fail to bypass Turnitin's detection because they are based on the same technology as Chat GPT, which Turnitin's AI is designed to recognize.

  • What is Stealth GPT and how does it differ from other AI models mentioned in the transcript?

    -Stealth GPT is a custom AI model created by Joseph Gman. It differs from other AI models because it is trained on a variety of human-written texts, making it semantically different from Chat GPT and able to bypass Turnitin's AI detection.

  • How does Stealth GPT ensure that its generated text is undetectable by Turnitin?

    -Stealth GPT ensures its generated text is undetectable by Turnitin by training its model on diverse human-written texts, which makes the output semantically distinct from AI-generated text that Turnitin can detect.

  • What is the recommended approach to use Stealth GPT according to the video?

    -The recommended approach is to subscribe to Stealth GPT, bring over text from Chat GPT, and use the 'Bypass AI Detect' feature to generate text that Turnitin will consider as human-written.

  • Can users generate content directly on Stealth GPT, and if so, what types of content can they create?

    -Yes, users can generate content directly on Stealth GPT. They can create long-form essays and other types of content that will bypass AI detectors, including Turnitin.

  • What is the final call to action for viewers in the video?

    -The final call to action is for viewers to sign up for Stealth GPT, use the service responsibly, and provide feedback on how they use the service in the comment section.

Outlines

00:00

🤖 Tackling Turnitin's AI Detection

Joseph Gman, an AI researcher and software developer, introduces the challenge of bypassing Turnitin's AI detection system. Turnitin is a leading academic software used by millions of students and professors to check papers for originality. In 2022, Turnitin released an AI detection model that effectively identifies AI-generated text, such as that produced by Chat GPT. Despite claims of 'undetectable' AI services, Joseph demonstrates that these services fail when tested against Turnitin, as they are based on the same technology as Chat GPT, making them easily detectable. To overcome this, Joseph introduces Stealth GPT, an AI model trained on diverse human-written texts to avoid detection by Turnitin and similar AI detectors.

Mindmap

Keywords

💡Turnitin

Turnitin is a plagiarism detection software used by educational institutions to check the originality of student submissions. It compares documents against a vast database of web content, publications, and previously submitted academic papers. In the context of the video, Turnitin is portrayed as a formidable AI detector, challenging for AI-generated text to evade.

💡AI Detection

AI Detection refers to the ability of software like Turnitin to identify content generated by artificial intelligence. The video discusses how Turnitin's AI detection model is particularly adept at recognizing text produced by AI, such as that from ChatGPT, which is a significant hurdle for those seeking to use AI-generated text undetected.

💡Joseph Gman

Joseph Gman is introduced as an AI researcher and software developer in the video. He is central to the narrative as he claims to have found a way to beat Turnitin's AI detection. His role adds credibility to the video's claim of offering a solution to a widely recognized problem.

💡Stealth GPT

Stealth GPT is a service mentioned in the video that claims to offer a solution to Turnitin's AI detection. It is said to have trained its own model on diverse forms of human-written text, aiming to produce content that is semantically different from that of ChatGPT, thus potentially evading detection.

💡Semantically Different

Semantically different refers to the variation in meaning or content that makes AI-generated text unique and less recognizable as AI-produced. The video suggests that by being semantically different, Stealth GPT's output can avoid the AI detection mechanisms employed by Turnitin.

💡AI Researcher

An AI researcher is an individual who conducts research in the field of artificial intelligence. In the video, Joseph Gman, identified as an AI researcher, has been working on developing methods to bypass AI detection systems like Turnitin, highlighting the intersection of AI development and its applications in academic integrity.

💡Software Developer

A software developer is a professional who designs, codes, and maintains software applications. Joseph Gman, as a software developer, is depicted as having the technical expertise to create tools like Stealth GPT, which is intended to help users generate text that can pass undetected by AI detection systems.

💡Undetectable AI Services

Undetectable AI Services are platforms or tools that claim to produce AI-generated content that cannot be identified as such by detection software. The video scrutinizes these services, revealing that they are often ineffective against Turnitin's detection capabilities.

💡Chat GPT

Chat GPT, likely referring to Chatbot Generative Pre-trained Transformer, is a type of AI model that generates human-like text. The video discusses how content generated by Chat GPT is easily detected by Turnitin, prompting the need for alternative solutions like Stealth GPT.

💡Bypass AI Detection

Bypass AI Detection is the process of generating AI text in a way that it is not recognized by AI detection systems. The video's main theme revolves around this concept, with Stealth GPT being presented as a service that can successfully bypass Turnitin's AI detection.

Highlights

Turnitin's latest AI detection update is catching every AI writing tool on the market.

Joseph Gman, an AI researcher and software developer, has been working to beat Turnitin's AI detection.

Turnitin is the leading academic software used by millions of students and thousands of professors.

Turnitin's AI detection model is so effective it can identify AI-generated text with high accuracy.

AI services claiming to be undetectable are still being caught by Turnitin's AI.

Turnitin's AI is very similar to Chat GPT, which is why other AI tools based on Chat GPT are easily detected.

Stealth GPT is a new AI model created to bypass Turnitin's detection.

Stealth GPT trains its own model on hundreds of forms of human-written text to be semantically different from Chat GPT.

Stealth GPT consistently bypasses Turnitin and other AI detectors.

Users can subscribe to Stealth GPT and access custom models to defeat Turnitin.

Stealth GPT allows users to import text from Chat GPT and click 'Bypass AI Detect' to generate undetectable text.

Stealth GPT also enables users to generate content directly within the platform, bypassing AI detectors.

The video aims to help users understand how to use Stealth GPT to beat Turnitin's AI detection.

Feedback from users on their experience with Stealth GPT is encouraged in the comment section.

The video concludes with a reminder to use the service responsibly.