Unfox AI Content Detector

Unfox analyzes linguistic and statistical patterns to estimate whether text is more likely to be AI-generated or human-written. Like any AI detection tool, it cannot guarantee 100% accuracy. Results can vary depending on text length, writing style, paraphrasing, AI-assisted editing, and other factors. We recommend using the detection score and sentence-level results as signals for further review rather than definitive proof of authorship.

Yes. AI detectors can produce both false positives and false negatives. Human-written content may sometimes show patterns associated with AI, particularly when the writing is highly structured, formulaic, or heavily edited. Similarly, AI-generated text may not always be identified correctly. For this reason, an AI detection result should be considered alongside the writing context, source material, and other available evidence.

Yes. Unfox is designed to identify AI writing patterns associated with major generative AI systems, including ChatGPT, Claude, Gemini, and DeepSeek. AI models continue to evolve, so detection systems also need to adapt to new writing patterns. Results indicate how strongly submitted text resembles AI-generated writing rather than proving which specific model created it.

An AI detection score represents how strongly the submitted text shows patterns associated with AI-generated writing. A higher AI score indicates stronger AI-associated signals, while a higher Human result indicates patterns more consistent with human writing. The score is a probability-based signal, not a definitive statement about authorship. Sentence-level results can provide additional context by showing which parts of the text contributed to the overall result.

Yes. Unfox can analyze text at the sentence level, which helps identify sections that show stronger AI-associated patterns within a larger document. This can be useful when human-written content has been combined with AI-generated or AI-assisted passages. However, mixed writing can be more difficult for any AI detector to classify consistently, so individual sentence results should still be reviewed in context.

Yes. Unfox can be used to review essays, assignments, papers, and other academic writing for patterns associated with AI-generated content. Students can use it as a self-check before submitting work, while educators can use it as one input during content review. AI detection should not be used alone to determine academic misconduct or make decisions that could significantly affect a student's academic standing.

Unfox is designed to make AI detection accessible without unnecessary steps. If your current free detector allows users to run a check without creating an account, you can paste or upload your content and start the detection directly. Any usage limits or account requirements should be clearly shown in the detector interface so users know what to expect before running a check.

Unfox is designed with a privacy-first detection workflow. According to the current product policy, submitted content is not stored after detection and is discarded after analysis. This allows users to review essays, unpublished articles, client drafts, and other sensitive content with greater confidence. For specific retention, security, or enterprise requirements, users should also refer to Unfox's current privacy and data-handling policies.

Unfox supports AI detection across 17 languages, including English, Simplified Chinese, Japanese, German, French, Spanish, Portuguese, Russian, Arabic, Dutch, Czech, Hindi, Indonesian, Italian, Korean, Turkish, and Vietnamese. The system can identify the language of supported content and analyze it for patterns associated with AI-generated writing.

No. An AI detector can estimate whether text contains patterns associated with AI-generated writing, but it cannot establish who actually wrote the text or prove that a specific person used AI. Detection results are best used as one part of a broader review that may include writing history, drafts, source material, and other relevant evidence.