Data

Disclosure: The views and opinions expressed here belong solely to the author and do not represent the views and opinions of crypto.news’ editorial.

AI might be the next trillion-dollar industry, but it’s quietly approaching a massive bottleneck. While everyone is racing to build bigger and more powerful models, a looming problem is going largely unaddressed: we might run out of usable training data in just a few years.

Summary

• AI is running out of fuel: Training datasets have been growing 3.7x annually, and we could exhaust the world’s supply of quality public data between 2026 and 2032.
• The labeling market is exploding from $3.7B (2024) to $17.1B (2030), while access to real-world human data is shrinking behind walled gardens and regulations.
• Synthetic data isn’t enough: Feedback loops and lack of real-world nuance make it a risky substitute for messy, human-generated inputs.
• Power is shifting to data holders: With models commoditizing, the real differentiator will be who owns and controls unique, high-quality datasets.

According to EPOCH AI, the size of training datasets for large language models has been growing at a rate of roughly 3.7 times annually since 2010. At that rate, we could deplete the world’s supply of high-quality, public training data somewhere between 2026 and 2032.

Even before we reach that wall, the cost of acquiring and curating labeled data is already skyrocketing. The data collection and labeling market was valued at $3.77 billion in 2024 and is projected to balloon to $17.10 billion by 2030.

That kind of explosive growth suggests a clear opportunity, but also a clear choke point. AI models are only as good as the data they’re trained on. Without a scalable pipeline of fresh, diverse, and unbiased datasets, the performance of these models will plateau, and their usefulness will start to degrade.

So the real question isn’t who builds the next great AI model. It’s who owns the data and where will it come from?

AI’s data problem is bigger than it seems

For the past decade, AI innovation has leaned heavily on publicly available datasets: Wikipedia, Common Crawl, Reddit, open-source code repositories, and more. But that well is drying up fast. As companies tighten access to their data and copyright issues pile up, AI firms are being forced to rethink their approach. Governments are also introducing regulations to limit data scraping, and public sentiment is shifting against the idea of training billion-dollar models on unpaid user-generated content.

Synthetic data is one proposed solution, but it’s a risky substitute. Models trained on model-generated data can lead to feedback loops, hallucinations, and degraded performance over time. There’s also the issue of quality: synthetic data often lacks the messiness and nuance of real-world input, which is exactly what AI systems need to perform well in practical scenarios.

That leaves real-world, human-generated data as the gold standard, and it’s getting harder to come by. Most of the big platforms that collect human data, like Meta, Google, and X (formerly Twitter), are walled gardens. Access is restricted, monetized, or banned altogether. Worse, their datasets often skew toward specific regions, languages, and demographics, leading to biased models that fail in diverse real-world use cases.

In short, the AI industry is about to collide with a reality it’s long ignored: building a massive LLM is only half the battle. Feeding it is the other half.

Why this actually matters

There are two parts to the AI value chain: model creation and data acquisition. For the last five years, nearly all the capital and hype have gone into model creation. But as we push the limits of model size, attention is finally shifting to the other half of the equation.

If models are becoming commoditized, with open-source alternatives, smaller footprint versions, and hardware-efficient designs, then the real differentiator becomes data. Unique, high-quality datasets will be the fuel that defines which models outperform.

They also introduce new forms of value creation. Data contributors become stakeholders. Builders have access to fresher and more dynamic data. And enterprises can train models that are better aligned with their target audiences.

The future of AI belongs to data providers

We’re entering a new era of AI, one where whoever controls the data holds the real power. As the competition to train better, smarter models heats up, the biggest constraint won’t be compute. It will be sourcing data that’s real, useful, and legal to use.

The question now is not whether AI will scale, but who will fuel that scale. It won’t just be data scientists. It will be data stewards, aggregators, contributors, and the platforms that bring them together. That’s where the next frontier lies.

So the next time you hear about a new frontier in artificial intelligence, don’t ask who built the model. Ask who trained it, and where the data came from. Because in the end, the future of AI is not just about the architecture. It’s about the input.

Max Li

Max Li is the founder and CEO at OORT, the data cloud for decentralized AI. Dr. Li is a professor, an experienced engineer, and an inventor with over 200 patents. His background includes work on 4G LTE and 5G systems with Qualcomm Research and academic contributions to information theory, machine learning and blockchain technology. He authored the book titled “Reinforcement Learning for Cyber-physical Systems,” published by Taylor & Francis CRC Press.

Source link