Artificial intelligence is advancing at a pace that amazes some and unsettles others—yet its rapid growth shows no signs of slowing down. What began as a simple experiment with basic commands, queries, and playful reinterpretations of classic artwork has evolved into a technology that could realistically become a trillion-dollar industry in the near future.
The rise of large language models like OpenAI’s ChatGPT has undeniably paved the way for groundbreaking advancements. With just a few prompts, AI tools like ChatGPT can generate extensive content for research, articles, code, and even multimedia, including images and videos.
Even more concerning, however, is AI’s ability to mimic human behavior so convincingly that it can be indistinguishable from reality. Deepfakes, once seen as a mere novelty, are now posing serious threats to national security. A striking example occurred when a deepfake video of Ukrainian President Volodymyr Zelenskyy surfaced, falsely showing him urging his troops to surrender to Russia in the early days of the war. While discussions on banning deepfakes have been ongoing, no concrete measures have been implemented yet.
AI-crafted history
Just as troubling as deepfakes is AI’s influence on the preservation of historical facts. While many assume artificial intelligence to be impartial, it inevitably inherits the biases and distortions of its creators. A striking example is DeepSeek, a Chinese-developed AI tool that refuses to acknowledge the 1989 Tiananmen Square massacre, effectively erasing it from history. In fact, users can witness this censorship in real time as the chatbot avoids any mention of the event.
While governments have been altering history for centuries—whether by burning books during the Nazi era or modifying text with the Gutenberg Press—AI introduces a new dimension to this practice. It enables digital erasure with unprecedented permanence and allows misinformation to spread rapidly across the internet. Moreover, AI is widely used for research, often trusted as a reliable source of information, and is becoming increasingly common in educational settings.
Despite these ethical concerns, tech giants like Microsoft and Amazon Web Services continue to push forward, integrating AI tools like DeepSeek into their cloud services. This means that nearly everyone with internet access—essentially the majority of the global population—will interact with an AI that only tells the truth if it has been programmed to do so. How can we trust a biased tool to safeguard historical records and factual information?
Blockchain-powered solutions
As humans and AI continue to coexist, it’s crucial to establish a reliable way to preserve information, images, and, most importantly, historical facts. We need a solution that ensures data remains untouchable—protected from erasure, manipulation, or distortion. Right now, blockchain stands as the only technology capable of guaranteeing this level of security and permanence.
A blockchain functions as an immutable ledger where information can never be deleted or altered. Once recorded, any transaction or data remains permanently stored, making it an ideal tool for preserving history in an era where records are often shaped by the agendas of politicians and powerful figures. This may be one of blockchain’s most noble applications—not as a means to evade censorship, but to safeguard the truth.
Several initiatives are already developing blockchain-based solutions specifically for historical preservation. One such project is Story, a blockchain designed to transform intellectual property—whether writing, music, paintings, or even ideas—into tokenized assets that can be securely stored and traded on-chain.
A permanent cloud
Arweave, on the other hand, is a blockchain designed to store data permanently in a decentralized cloud—guaranteed for at least 200 years. This approach differs from traditional cloud services like Google Cloud or Amazon Web Services, which serve as the backbone of the internet but come with vulnerabilities.
For instance, if you store photos or Word documents on Google Drive, they reside in the cloud—but this storage is susceptible to breaches, syncing issues, or even accidental (or intentional) deletions. Moreover, cloud-stored data can be censored or erased by governments or other authorities, raising serious concerns about the reliability of using centralized cloud services to preserve historical records and essential information.
Permanent, decentralized cloud solutions solve these issues entirely. Once data is uploaded, it remains there forever—untouched, unaltered, and immune to deletion. Every piece of information is securely timestamped and linked to its original uploader, ensuring complete transparency and authenticity. This makes it an ideal solution for preserving critical records, such as historical archives.
Moreover, deepfakes become much easier to expose on a blockchain-powered cloud. The origin of any fake video or image would be instantly traceable, making it impossible to pass off deception as reality. At the same time, legitimate announcements could be verified with certainty, eliminating doubts about the authenticity of critical messages—such as a president’s orders during a time of war.
Ultimately, this tamper-proof method of data storage ensures the provenance of information, playing a crucial role in resolving “he said, she said” disputes that often hinder the verification of historical facts. In an era where these facts are increasingly at risk due to technology capable of generating hyperrealistic deepfakes of politicians and public figures, it’s more urgent than ever to embrace the only solution that can genuinely safeguard history.