What ChatGPT has to say about mitigation of deepfake risks using blockchains
Over the weekend I thought about how to formulate a question to ChatGPT on a subject that is dear to my heart, here's what I came up with:
In 800 words, how could blockchain technology be used to reduce the risks of deepfakes for mankind?
This is what ChatGPT came back with (plus a little editing by your's truly):
Deepfakes are becoming an increasingly prevalent threat in today's society. With advancements in artificial intelligence and machine learning, it has become easier for individuals to create convincing fake videos and images that rogue actors can use for malicious purposes. For example, you might have seen?Angela and Obama spending time together at the beach. They can use Deepfakes to spread false information, manipulate public opinion, and even blackmail individuals. Deepfakes are a significant threat to individuals and society, and it is crucial to find ways to reduce their associated risks.
One potential solution to this problem is to use blockchain technology. Blockchain is a distributed ledger that is decentralized, transparent, and immutable. Blockchain technology has been used in various applications, such as finance, supply chain management, and voting systems, to provide security, transparency, and accountability. This article will explore how we can use blockchain technology to reduce the risks of deepfakes for humanity.
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1) Using a blockchain, we can verify the authenticity of digital content. Blockchain technology allows us to create a digital watermark embedded in digital content, such as images and videos. This digital watermark proves the content's authenticity and ensures that it has not been tampered with. Solutions could store the digital watermark on the blockchain, which is immutable and transparent, making it impossible for it to be altered or deleted. This approach could reduce the risks of deepfakes.
2) Blockchains could host decentralized platforms for verifying the authenticity of digital content that users submit to them. Again, due to its immutability characteristics, the blockchain would make it impossible for the verification results to be altered or deleted. Hence, these platforms could reduce the risk of deepfakes.
3) Blockchains could enable platforms for fact-checking. Such platforms could verify the authenticity of news articles and other content types, including pictures and videos. This type of decentralized fact-checking could further reduce the risks of deepfakes, especially the risk of them being used to spreading false information.
4) Blockchains can serve as decentralized platforms for identity verification. They can?verify the identity of individuals who submit digital content and more. This blockchain application could reduce the risks of deepfakes being used to impersonate individuals.
In conclusion, deepfakes are a significant threat to individuals and society. However, blockchain technology provides a potential solution to this problem. Applying blockchain technology to the risks of deepfakes is a nascent field that I believe deserves our attention. Please leave your comments and thoughts below.?
Mental Health Specialist
1 年sounds like something DIDs and verifiable credentials solve easily How can you verify you are talking to a legit openAI agent and not a scammer. Simply put a known badge (verifiable credential) on it. KILT Protocol just released their AssetDID, see demo below how it can be used to verify and build better social networks https://www.youtube.com/watch?v=ExVX9t9-EXU
What triggered the post was: https://youtu.be/xoVJKj8lcNQ
CEO & Co-Founder of RISKGRID
1 年I wonder what ChatGPT has to say about restricting AI from producing deepfake images in the first place?... One of the troubles with social media and news feeds now in general is that we've pretty much given up on truly wishing to authenticate source anyway. Who's fault is that? Technology from 50 years ago (PGP) allows digital signatures if we really wanted to... we don't need blockchain (although it adds a few nice features)... my view is, people don't care. Which is the real issues.
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1 年I asked GPT-4 to take a skeptical view ;-) Unfortunately LinkedIn has a strict character limit: Deepfake Risks & Blockchain: A Skeptic's View * Provenance & Authenticity: Blockchain can track content origin, but registering deepfakes could provide false authenticity. * Timestamping: Blockchain timestamps verify content age, but evolving deepfake techniques challenge their efficacy. * Intellectual Property: Blockchain protects IP rights, but complex legal landscapes limit its effectiveness as a deterrent. * Content Verification: Blockchain-based systems struggle to discern genuine content as deepfake technology advances. * Decentralized Storage: Secure decentralized storage relies on trustworthy network nodes, necessitating credibility mechanisms. * Reputation Systems: Blockchain reputation systems can be manipulated, leading to skewed information. * Collaboration & Privacy: Blockchain facilitates stakeholder collaboration but raises privacy concerns due to transparency. * Education & Awareness: Blockchain supports educational tools, but human-centered approaches like critical thinking and media literacy are essential. Skepticism is vital to address blockchain's limitations and challenges in combating deepfake risks.