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What If AI's Biggest Competitive Advantage Isn't the Model?

Sean King
Veritone

Everyone wants to talk about models. Compute clusters. Benchmark scores that climb a fraction of a point and make headlines anyway. It's an easy conversation to have because it's measurable. But it's also increasingly beside the point.

Here's the uncomfortable truth for anyone still fixated on model size: the models are converging. What used to be a moat — raw scale, raw compute — is turning into table stakes. And when everyone has access to roughly the same foundational horsepower, what actually separates one AI system from another is its fuel.

That fuel is proprietary data that no one else has, gathered honestly, with the paperwork to prove it.

The Data Economy Catches Up to the AI Economy

For years, the fastest way to train a model was to scrape whatever the public web offered up, no questions asked. That era is ending, not because it stopped working technically, but because it stopped being viable — legally, reputationally, and increasingly, practically. Enterprise buyers don't want a model with murky provenance sitting anywhere near their business. They want to know where the training data came from and who has the right to use it.

That shift is reshaping an entire market. Analysts peg the global AI training dataset market at roughly $34 billion by 2033, a number that reflects something bigger than a trend line. It reflects the moment two separate economies, the AI economy and the data economy, finally realized they were the same economy all along.

There's also a supply problem underneath all of this. High-quality text is getting scarcer, which is pushing developers toward richer, messier, more human sources: audio, video, the kind of multimodal content that's harder to process but far more valuable once it's structured. Turning raw footage and recordings into something a model can actually learn from takes real infrastructure — the unglamorous plumbing of tokenization, indexing, and rights management that rarely gets a headline but increasingly decides who wins.

The Archive Sitting in the Basement

Ask almost any large organization what their most valuable data asset is, and they'll point to a database, but the answer might really be a closet full of old tapes or film reels.

Most companies are sitting on mountains of unstructured material they've never thought of as an asset: years of recorded meetings, customer service calls, internal documents, footage nobody's watched twice. It's been treated as clutter — the digital equivalent of boxes in a basement. But run that material through transcription, metadata tagging, and proper indexing, and it becomes a knowledge graph. Something a model can actually learn from, with context and structure intact.

That's a real shift in mindset from archiving as a compliance obligation to archiving as a strategic asset.

From Defense to Offense

Rightsholders spent the last few years playing defense — lawsuits, takedown notices, cease-and-desist letters. That posture is giving way to something more interesting: licensing frameworks that turn what used to be a legal headache into a recurring revenue line. If a hyperscaler wants to train on your content, the conversation isn't “please stop” anymore. It's “here's the rate.”

Making that work at scale requires transparency most organizations have never had to build before — clear lineage, clear rights status, a straight answer to “can this actually be used for training, and by whom?” Platforms built for that kind of tracking are what let rights-cleared data flow to developers without anyone reaching back into the scraped-web grab bag out of habit or convenience.

Open Doesn't Mean Unaccountable

None of this works if the systems stay locked in proprietary silos that only talk to themselves. Organizations need architectures that can pull data from wherever it lives — internal systems, licensed partners, archives — into one place they can actually search and govern, without weakening privacy or security along the way.

Openness and accountability aren't in tension; they're the same requirement viewed from two angles. An enterprise has to know, with certainty, where its AI's knowledge came from and whether it's allowed to be there. It's the price of trust.

The organizations that lead over the next decade will be the ones that looked at their own back catalog — the recordings, the documents, the years of institutional memory sitting untouched — and decided it was worth organizing, verifying, and licensing properly.

Sean King is CRO & GM, Commercial at Veritone

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Ask an operations team what they monitor and you will hear a familiar list: latency, errors, throughput, uptime. Those signals still matter for AI, but they no longer answer the most important question. As Krishna Sai, CTO of SolarWinds, puts it: "Traditional observability tells you a system is running. AI observability tells you whether it's still reasoning soundly. Those are completely different questions" ...

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Everyone wants to talk about models. Compute clusters. Benchmark scores that climb a fraction of a point and make headlines anyway. It's an easy conversation to have because it's measurable. But it's also increasingly beside the point ...

What If AI's Biggest Competitive Advantage Isn't the Model?

Sean King
Veritone

Everyone wants to talk about models. Compute clusters. Benchmark scores that climb a fraction of a point and make headlines anyway. It's an easy conversation to have because it's measurable. But it's also increasingly beside the point.

Here's the uncomfortable truth for anyone still fixated on model size: the models are converging. What used to be a moat — raw scale, raw compute — is turning into table stakes. And when everyone has access to roughly the same foundational horsepower, what actually separates one AI system from another is its fuel.

That fuel is proprietary data that no one else has, gathered honestly, with the paperwork to prove it.

The Data Economy Catches Up to the AI Economy

For years, the fastest way to train a model was to scrape whatever the public web offered up, no questions asked. That era is ending, not because it stopped working technically, but because it stopped being viable — legally, reputationally, and increasingly, practically. Enterprise buyers don't want a model with murky provenance sitting anywhere near their business. They want to know where the training data came from and who has the right to use it.

That shift is reshaping an entire market. Analysts peg the global AI training dataset market at roughly $34 billion by 2033, a number that reflects something bigger than a trend line. It reflects the moment two separate economies, the AI economy and the data economy, finally realized they were the same economy all along.

There's also a supply problem underneath all of this. High-quality text is getting scarcer, which is pushing developers toward richer, messier, more human sources: audio, video, the kind of multimodal content that's harder to process but far more valuable once it's structured. Turning raw footage and recordings into something a model can actually learn from takes real infrastructure — the unglamorous plumbing of tokenization, indexing, and rights management that rarely gets a headline but increasingly decides who wins.

The Archive Sitting in the Basement

Ask almost any large organization what their most valuable data asset is, and they'll point to a database, but the answer might really be a closet full of old tapes or film reels.

Most companies are sitting on mountains of unstructured material they've never thought of as an asset: years of recorded meetings, customer service calls, internal documents, footage nobody's watched twice. It's been treated as clutter — the digital equivalent of boxes in a basement. But run that material through transcription, metadata tagging, and proper indexing, and it becomes a knowledge graph. Something a model can actually learn from, with context and structure intact.

That's a real shift in mindset from archiving as a compliance obligation to archiving as a strategic asset.

From Defense to Offense

Rightsholders spent the last few years playing defense — lawsuits, takedown notices, cease-and-desist letters. That posture is giving way to something more interesting: licensing frameworks that turn what used to be a legal headache into a recurring revenue line. If a hyperscaler wants to train on your content, the conversation isn't “please stop” anymore. It's “here's the rate.”

Making that work at scale requires transparency most organizations have never had to build before — clear lineage, clear rights status, a straight answer to “can this actually be used for training, and by whom?” Platforms built for that kind of tracking are what let rights-cleared data flow to developers without anyone reaching back into the scraped-web grab bag out of habit or convenience.

Open Doesn't Mean Unaccountable

None of this works if the systems stay locked in proprietary silos that only talk to themselves. Organizations need architectures that can pull data from wherever it lives — internal systems, licensed partners, archives — into one place they can actually search and govern, without weakening privacy or security along the way.

Openness and accountability aren't in tension; they're the same requirement viewed from two angles. An enterprise has to know, with certainty, where its AI's knowledge came from and whether it's allowed to be there. It's the price of trust.

The organizations that lead over the next decade will be the ones that looked at their own back catalog — the recordings, the documents, the years of institutional memory sitting untouched — and decided it was worth organizing, verifying, and licensing properly.

Sean King is CRO & GM, Commercial at Veritone

Hot Topics

The Latest

For decades, traditional observability tools have forced IT professionals to sift through endless dashboards, turning a flood of alerts into actionable insight and driving widespread burnout. While enterprises adopted AI to eliminate this friction, most still deploy it reactively rather than proactively ... As systems become more complex and IT moves to the center of business strategy, a reactive posture is unsustainable ...

Ask an operations team what they monitor and you will hear a familiar list: latency, errors, throughput, uptime. Those signals still matter for AI, but they no longer answer the most important question. As Krishna Sai, CTO of SolarWinds, puts it: "Traditional observability tells you a system is running. AI observability tells you whether it's still reasoning soundly. Those are completely different questions" ...

AI observability serves several roles across an organization. AI engineers use it to build, evaluate, and improve AI systems. SREs use it to operate those systems reliably and efficiently in production, including managing their cost. Leaders need it to connect AI behavior and operational performance to business outcomes. The common need is a clear understanding of whether AI systems are delivering the intended result ...

Part 4 outlines the challenges enterprise face when adopting AI observability. The main challenge is that AI complexity compounds at every stage of maturity. LLM-based applications introduce new behavior, dependencies, and quality considerations, while Agentic AI adds further failure modes as systems make decisions and take actions ...

Part 3 reports on the current state of AI observability. Most experts agree: enterprises are moving faster with AI than they are with the operational discipline needed to run it safely ...

When discussing AI Observability, one of the first questions that arises: Is this just an extension of traditional observability or is this a whole new type of tool? Part 2 compares traditional observability with AI observability ...

In this extensive 14-part series that will post over the next three weeks, experts across observability and AI will provide insight and opinions on the need for AI Observability, the challenges, the benefits, the current state, and predictions for the future ...

Amid rising complexity, organizations are moving quickly toward agent-driven operations: AgenticOps, according to The Impact of Agentic AI on Network Operations, a new report from Cisco ...

AI, automation, and enterprise software give organizations an extraordinary amount of leverage. Work that once required hours can happen in minutes. Information buried across systems can be analyzed almost instantly. Complex workflows can be coordinated across teams with far less manual intervention. That leverage creates a temptation to start with the technology ...

Everyone wants to talk about models. Compute clusters. Benchmark scores that climb a fraction of a point and make headlines anyway. It's an easy conversation to have because it's measurable. But it's also increasingly beside the point ...