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Elon Musk Clamors That We’re Running Out Of Data For Advancing AI LLMs But Let’s Not Overlook Squeezing Out More Juice From Data That We Already Have

Jan 13, 2025 - forbes.com
The article discusses the concern that advancements in generative AI and large language models (LLMs) might be hindered by a shortage of new data, a situation referred to as "peak data." Prominent figures like Elon Musk have expressed worries that the cumulative sum of human knowledge available for AI training is nearly exhausted, potentially stalling AI progress. The article explores whether this claim considers only freely available public data or also includes private or pay-to-access data. It suggests that while the Internet might be nearly tapped out, other sources such as offline data, human-generated content, and AI-produced synthetic data could be leveraged to continue AI development.

The article also argues that existing data might not be fully exploited and suggests innovative methods to extract more value from it, such as dynamic contextualization, cross-domain integration, data remixing, temporal decomposition, and quantum-inspired pattern matching. These approaches aim to squeeze more insights from the data we already have, potentially mitigating the data scarcity issue. The analogy of data to oil is critiqued, emphasizing that unlike oil, data is not consumed upon use and can be reused, suggesting that the focus should be on maximizing the utility of existing data rather than solely seeking new data sources.

Key takeaways:

  • The concern is that advancements in AI, particularly generative AI and large language models, may be limited by a shortage of available data for training.
  • There is a debate about whether we have exhausted all available data, with some arguing that there is still untapped data in private collections or less accessible parts of the internet.
  • Potential solutions to the data shortage include digitizing offline data, creating new data through human efforts, and generating synthetic data using AI.
  • Innovative approaches to maximize existing data include dynamic contextualization, cross-domain integration, data remixing, temporal decomposition, and quantum-inspired pattern matching.
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