The potential for the range of creative and knowledge work that can be generated with GenAI is boundless. Yet, with this remarkable technology comes the responsibility to ensure that the content it generates is both original and of suitable quality.
Originality in GenAI-generated content isn’t just a matter of avoiding plagiarism and copyright infringements; it can also be about fostering innovation, creating new products and computer codes, and pushing the boundaries of what GenAI can achieve.
Achieving excellence means ensuring that the output meets or exceeds the standards that would be expected of a human creator by law, ethics, tradition, or industry requirements. Together, these principles form the bedrock of trust and value in GenAI-generated works.
This lesson delves into the critical importance of upholding originality and excellence, and the strategies you can employ to achieve them.
Why does originality matter so much in GenAI-generated content, beyond simply avoiding plagiarism?
Strategies for ensuring originality in GenAI creations
Some GenAI tools are now embedding invisible digital watermarks in their outputs to help track and authenticate AI-generated content across the internet.
To ensure the originality and quality of GenAI creations, it’s essential to implement strategies that can verify the uniqueness and accuracy of the content produced. Here are some strategies you can use to improve content generated by GenAI:
- Prompt GenAI to provide references in its responses and then review those references yourself. Why? Because GenAI often lies. And, yes, it can totally make up references to support its lies, too. But also because that’s a good first step in spotting hints of plagiarism or copyright infringements.
- Use a different GenAI model to cross-reference generated content against existing works, flagging potential duplicates for review. For example, prompt Google Smart Search or Perplexity to factcheck the response you got from Claude or ChatGPT. Some GenAI search tools like Perplexity will automatically cite its sources for you to review, too. Make sure to stop and actually review the sources it gives you.
- Consider embedding digital watermarks or metadata within GenAI-generated content, creating a traceable digital footprint that confirms its origin and authenticity. See the deep dive below for more on digital watermarks and metadata.
- Know the data source. The development of GenAI models should be transparent and ethical, with clear documentation of the data sources and training methods used. By this, we mean that the maker of the GenAI model or application — either a vendor or your internal AI development team — should provide transparent information on how the model was trained and what data was used. This transparency not only builds trust but also allows for the scrutiny necessary to maintain the integrity of models in the rapidly evolving GenAI landscape. Discovering how the model was trained can help you estimate the risks in terms of the likelihood of originality and reliability of outputs.
For example, the GPT models that power ChatGPT were trained on data scraped from the internet. That may mean a higher risk in the potential of plagiarism and copyright infringement than, say, a specialized model that AI scientists at your company trained only on company data. - Consider asking your employer or GenAI vendors to use Causal AI to reveal how the GenAI model came to its decision (output) as a deeper check of its functioning within ethical guidelines. This is a highly technical strategy that your AI or IT department or GenAI vendor will need to do for you, as it involves developing causal inference algorithms that can work alongside or within GenAI models, creating training datasets that include causal relationship information, designing new model architectures that can combine causal reasoning with natural language generation, and developing metrics to manage the two. However, once in place, the Causal AI can reveal how the GenAI did what it did so you can better evaluate the originality and quality of its outputs.
That’s why you never want to prompt a GenAI model to factcheck or check for plagiarism in its own responses and just accept its answer. Nor should you ever assume that you’re using a different model to check the first model’s work. You could easily be using two different applications built atop the same GenAI model.
Want to go deeper? The science behind digital watermarks and embedded metadata
Embedding digital watermarks or metadata is a method used to include hidden information within GenAI-generated content to verify its origin and authenticity. This is particularly important for digital works such as images, videos, music, and text that are created by GenAI systems or tools, as it helps to prevent unauthorized use and copyright infringement, as well as to track the distribution of the content.
Digital Watermarks- What they are: Digital watermarks are covert marks or codes that are inserted into digital content. They can be visible or invisible to the human eye (or ear, in the case of audio content). Invisible watermarks are designed to be undetectable under normal circumstances but can be revealed through specific software or techniques.
- How to use them: To use digital watermarks, content creators or distributors employ specialized software to embed the watermark into the content before it’s distributed. The watermark might contain information such as the creator’s identity, the date of creation, or terms of use. If the content is found elsewhere later, the watermark can be extracted to prove its origin or to show that it’s been used without permission.
- Tools for digital watermarks: Adobe Photoshop is widely used for images, allowing for both visible and invisible watermarking. Software like uMark or Watermarkly can also be used to embed watermarks. For batch processing of images, tools like IrfanView offer plugins for watermarking multiple files at once. For videos, software like Video Watermark Pro can be used. Audio watermarks can be embedded using tools like Audio Watermarking Tools (AWT).
- What it is: Metadata is data that provides information about other data. In the context of GenAI-generated content, metadata can include details such as the author’s name, creation date, location, copyright information, and any other relevant data about the content’s origins or rights.
- How to use it: Metadata is often attached to files and can be viewed and edited by using various software tools. When generating content, the GenAI system or the user can input metadata into the file properties. For example, in image files, metadata can be embedded into the EXIF data, while for text documents, it might be included in the document properties or within the file itself.
- For metadata editing: For images, tools like Adobe Bridge or ExifTool allow users to view and edit EXIF data. For documents, Microsoft Word and Adobe Acrobat can be used to edit properties and metadata. Music files’ metadata can be edited with software like MusicBrainz Picard or mp3tag.
Wrap it up and distribute. Verify that the watermark or metadata is correctly embedded before sharing your GenAI-generated content, ensuring traceability and authenticity wherever your content travels.
The creation of content or knowledge that is new, innovative, and not plagiarized or copied from existing sources, especially when produced by GenAI systems.
A hidden digital mark embedded in content (such as images, text, or audio) to verify its origin, authenticity, and to help prevent unauthorized use or copying.
Major news organizations are starting to require GenAI-generated content to carry embedded watermarks or metadata, so any future disputes over authorship or copyright can be quickly resolved.
How does knowing the data source behind a GenAI model help you judge the trustworthiness and originality of its outputs?
If you use a plagiarism checker on GenAI content, it’s guaranteed to be original if no matches are found.
GenAI can fabricate both content and supporting references, so originality requires deeper review—including validation of sources and understanding of how the model was trained.
- Originality in GenAI is about more than just avoiding plagiarism—it’s about innovation and trust.
- Multiple strategies are needed to verify the uniqueness and quality of GenAI outputs.
Practitioners recommend always reviewing the underlying sources and references provided by GenAI, and not relying solely on automated tools for checking originality.
What additional risks can arise if an organization fails to document and communicate the training data sources behind its GenAI models?
Put your GenAI evaluation skills into practice!
- Generate a short article or paragraph with your favorite GenAI tool on a familiar topic.
- Ask the GenAI to provide at least three references or sources for its content.
- Independently verify each reference—are they real, relevant, and do they actually support the content?
- Use a separate AI tool or internet search to double-check for duplicate phrasing or potential plagiarism.
- Reflect: Did the content pass your originality and quality checks? What did you learn?
GenAI Originality
Tap to revealThe measure of how unique or innovative GenAI-generated content is, without copying or plagiarizing existing works.
Digital Watermark
Tap to revealA hidden marker in digital content verifying its origin and authenticity, often used to track GenAI creations.
Causal AI
Tap to revealAn AI technique that reveals how decisions or outputs are made, offering deeper insight into the originality and ethics of GenAI systems.
Which strategy is most reliable for confirming the originality of GenAI-generated content?
How might embedding watermarks or metadata in GenAI-generated content affect issues of copyright and ownership?
What steps would you take, in your own work or studies, to ensure that content you produce with GenAI is both original and of high quality? Which strategies from this lesson would you prioritize, and why?
Trust in GenAI-generated content depends on a rigorous, multi-layered approach to ensuring originality, quality, and transparency in every step of content creation.
Simply relying on GenAI’s internal checks isn’t enough—human review, cross-referencing, and transparency about data sources are essential for upholding high standards.
How confident are you that you can evaluate the originality and quality of GenAI-generated content using multiple strategies?