Artificial intelligence is rapidly evolving, captivating some and alarming others. The growth trajectory suggests an imminent emergence of a trillion-dollar industry. What began as simple experiments with commands has now developed into tools like large language models that can generate comprehensive content, from articles to code, and even images and videos.
However, AI’s ability to convincingly mimic human behavior introduces significant risks. Deepfakes have become more than just a nuisance; they pose genuine threats to national security. A notable example occurred at the onset of the conflict in Ukraine, when a manipulated video of President Zelensky suggested surrendering to Russia. Despite ongoing discussions about regulating deepfakes, effective measures have yet to materialize.
AI’s Role in Preserving History
While many view artificial intelligence as an unbiased entity, it is susceptible to the same prejudices as its developers. A striking instance is DeekSeek, an AI developed in China that erases references to the Tiananmen Square massacre, effectively altering historical facts. The potential for AI to disseminate false information at unprecedented speeds underscores its threat to factual integrity.
As history has been rewritten through the ages—from book burnings to manipulated texts—AI presents a novel challenge in terms of permanence and rapidity of misinformation. Its increasing use in research and education raises concerns about relying on a technology that could distort historical accuracy.
Despite these ethical dilemmas, tech giants are unapologetically advancing AI integration into their services, risking widespread exposure to potentially biased information. This raises significant questions about the reliability of AI in maintaining historical records.
Blockchain as a Solution
To safeguard information and historical integrity in an AI-driven future, we must explore alternative preservation methods where data cannot be altered or erased—blockchain technology represents such a solution. It functions as an immutable ledger, ensuring that once information is recorded, it remains intact and unchangeable.
Several initiatives are already focusing on blockchain solutions for preserving history. For instance, some projects aim to tokenize intellectual property, such as literature and art, allowing for secure storage and trade on-chain.
A Reliable Cloud for the Future
Arweave, a blockchain platform, offers a decentralized cloud solution designed to store data permanently—guaranteeing at least 200 years of accessibility. This contrasts sharply with conventional cloud services that are prone to breaches, syncing issues, and deletions, raising doubts about storing crucial historical data online.
The permanence and decentralized nature of blockchain eliminate these vulnerabilities. Once uploaded, information remains untouched and verifiable, making it an ideal medium for preserving historical records.
In a blockchain environment, deepfakes can be instantly attributed to their sources, enhancing verification processes for legitimate information. This clarity can resolve controversies surrounding historical accounts, especially amid the rise of realistic deepfake technologies that challenge our perception of reality.
Ultimately, the immutable nature of blockchain ensures the integrity of information, vital for resolving disputes over historical narratives. As the threat of AI-generated misinformation looms larger, embracing blockchain technology to preserve history has never been more urgent.
