Copyleaks apresenta capacidade de detecção de bardos líder do setor e estabelece novo padrão em detecção de conteúdo por IA

Nova York, NY – 7 de dezembro de 2023 Copyleaks, the leader in plagiarism identification, AI-content detection, and GenAI governance, today announced its latest capability innovation: Bard detection. With the innovation and scale of their existing technology, Copyleaks became the first to market with Bard detection capabilities, setting new standards in AI content detection.

 

Bard detection allows Copyleaks to offer a range of advanced features, including the ability to identify AI-generated content with remarkable precision across products, including:

  • AI Content Detector – With over 99% accuracy and full model coverage that includes GPT-4 and Bard, this is the market’s most comprehensive enterprise solution for distinguishing between human-created and AI-generated content.
  • Generative AI Governance, Risk and Compliance (GRC) – a full suite of protection to ensure generative AI enterprise compliance, reduce organization-wide risk, and safeguard proprietary data.
  • Plagiarism Detector – Simultaneously detect AI content and plagiarism across multiple languages using advanced AI to detect the slightest variations within the text, including hidden and manipulated characters, multiple forms of paraphrasing, and content that’s been put through a text spinner. 

 

“In today’s evolving landscape, where AI-generated content is on the rise with new platforms continuing to launch, Copyleaks is committed to providing the most accurate and comprehensive solution to detecting machine-generated content with a high degree of accuracy,” said Alon Yamin, CEO and Co-founder of Copyleaks. “Bard detection represents a major milestone in our journey to empower organizations to navigate the world of AI confidently and responsibly.”

 

Earlier this year, Copyleaks launched its enterprise-level, multi-language AI Content Detector for educational institutions, businesses, and individuals designed to detect whether digital content was written by a human or generated by AI, including OpenAI ChatGPT. The technology developed for this platform has enabled the rapid integration of Bard detection despite the algorithmic differences between these two Large Language Models (LLM). Copyleaks’ innovation and scalability are exemplified in this transition.

 

“Our robust technological foundation, combined with our commitment to research and development, enables us to adapt to new Large Language Models seamlessly,” Yamin added. “With text bots and AI software continuing to gain popularity, we’re dedicated to maintaining our status as a pioneer in the industry.”

 

Em julho de 2023, um pesquisa published on the Cornell Tech-owned arXiv declared Copyleaks AI Content Detector the most accurate tool for detecting text generated by Large Language Models. The study, conducted by four researchers from around the world, analyzed data collected from 124 submissions from computer science students before the creation of ChatGPT. They then generated 40 ChatGPT submissions and used the data to evaluate eight publicly available LLM-generated text detectors. 

 

A Copyleaks continua a liderar o fornecimento de ambientes seguros para indivíduos e empresas compartilharem ideias, aprenderem com confiança e garantirem a adoção responsável e generativa de IA.

Para obter mais informações sobre Copyleaks e suas revolucionárias soluções de detecção de conteúdo de IA, visite https://copyleaks.com

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Sobre Copyleaks

Dedicada à criação de ambientes seguros para compartilhar ideias e aprender com confiança, a Copyleaks é uma empresa de análise de texto baseada em IA usada por empresas, instituições educacionais e milhões de indivíduos em todo o mundo para identificar possíveis plágios em mais de 100 idiomas, descobrir conteúdo gerado por IA, garanta a adoção responsável de IA generativa, verifique a autenticidade e a propriedade e capacite a escrita sem erros.

Para informações adicionais, visite nosso Local na rede Internet ou siga-nos no LinkedIn.