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The 95% failure rate that exposes how fintech builds backwards

A 95% AI failure rate defines the cost of building fintech tools in the wrong order: technology first, user second. Rocket's mortgage broker tools are the counter-case, with brokers shaping the product brief before the build began.

By Kwame Asante·Sep 12, 2026·2 min read·crypto

Key takeaways

  • Roughly 95% of AI fintech tools that reach production underperform or get shelved, a cost the article attributes to building technology first and considering the user second.
  • The article frames the 95% figure as a statement about build sequence rather than model quality, since a tool built to the wrong specification goes unused no matter how good the model is.
  • Rocket's mortgage broker tools are presented as the counter-case, with brokers shaping the product brief before the build began.
  • Blockchain mortgage platforms failed the same way: the distributed-ledger protocol worked but brokers were absent from design, so the tools never fit daily workflow and adoption never followed.
  • The article's core principle is that in fintech practitioners should write the brief and engineers build to it, and reversing that order is what the 95% failure rate costs.

A 95% AI failure rate defines the cost of building fintech tools in the wrong order: technology first, user second. Rocket's mortgage broker tools are the counter-case, with brokers shaping the product brief before the build began.

The failure pattern runs back through blockchain. Platforms entered the mortgage space on the strength of their underlying distributed ledger mechanics. The protocol worked. Integration into daily broker workflow did not, because brokers were absent from the design process. Adoption never followed. The record of failed blockchain platforms in mortgage finance is long enough to constitute a pattern, and the pattern traces to the same root: the technology was the product, not the solution to a mapped problem. Separating protocol from price is the right frame for evaluating any of these builds. In mortgage blockchain, the former was sound. The latter never arrived.

The build sequence as the variable

The 95% figure covers AI tools that reach production and then underperform or get shelved. The rate is a statement about sequence, not about model quality. A tool built against the wrong specification will not get used regardless of how well the underlying model performs. Technology that defines the problem instead of the practitioner is the structural failure mode, and it appears in both the blockchain chapter and the current AI wave.

Rocket's reported approach treats the build sequence as the primary variable. Brokers identified what they needed. The toolset followed that brief. The failure mode behind the 95% figure, a technically capable product built around a problem the user never described, is harder to reach when the user is doing the describing. Mortgage brokers, working with Rocket, tested that thesis. The result is the case study behind a general principle: in fintech, practitioners write the brief, then engineers build to it. The 95% failure rate is the cost of reversing that order.

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Source: forbes.com
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Frequently asked

What does the 95% failure rate actually measure?

It covers AI tools that reach production and then underperform or get shelved, reflecting a failure of build sequence rather than model quality.

Why did blockchain mortgage platforms fail?

Their distributed-ledger protocols worked, but brokers were left out of the design process, so the tools never integrated into daily workflow and adoption never followed.

What makes Rocket's approach different?

Rocket let brokers identify what they needed and built the toolset to that brief, treating the build sequence as the primary variable.

What is the article's main lesson for building fintech tools?

Practitioners should write the specification first and engineers should build to it, because reversing that order produces technically capable products that solve problems users never described.