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The paradox of 'vibecoding'

The paradox of 'vibecoding'

The paradox of 'vibecoding'

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Why AI is changing the Build vs. Buy decision (but not replacing it)


"The product is fantastic, but we're going to vibecode it ourselves."


It's a statement we hear increasingly often in the boardrooms of enterprise organizations. The rise of LLMs suggests that complex software development has been reduced to a series of text prompts. However, anyone who confuses the speed of AI generation with the robustness of an enterprise solution is taking a significant strategic risk.


The myth of 'instant' software


The assumption that specialized AI companies do not use AI in their own development is a misconception. In a modern software company – especially a team with a background in Computer Science and Data Science – AI is the standard lever.


We use AI in every part of our process. It enables our senior engineers to deliver features in weeks that previously took months. However, there is a crucial difference between acceleration and replacement.


Where 'Vibecoding' fails


Vibecoding is a powerful tool for rapid MVPs, internal tools, or increasing individual productivity. But for a mission-critical platform, such as a B2B AI Contract Control system, different standards apply:

  • Security & Compliance: A prompt does not generate ISO-certified infrastructure or airtight data segmentation.

  • Scalability: Code that "works" is not the same as code that handles tens of thousands of concurrent requests within a complex enterprise architecture.

  • Maintainability: Who will maintain the AI-generated code in two years? Without deep architectural choices, vibecoding becomes tomorrow's technical debt.


The real cost of 'Build'


Anyone deciding to build a specialized platform themselves with the help of AI, should budget for a realistic investment. AI lowers the barrier to getting started, at the cost of quality.


For a fully fledged enterprise-grade alternative, an organization must account for:

  1. Talent: At least 2 to 3 senior engineers (not juniors with prompts).

  2. Time: A development cycle of 12 to 18 months to catch up on three years of iterative domain knowledge.

  3. Capital: An initial investment that, including overhead and risk, realistically falls between €300,000 and €500,000.


Strategic capital allocation


The age-old economic law of Build vs. Buy remains unchanged: Build in what you're specialized in, buy what's already mature and scalable elsewhere.


For CFOs and IT directors, the message is clear: AI lowers the barrier to experimentation, but increases the need for sharp choices. Allocating capital to your core competency creates returns. Allocating capital to reinvent specialized software mainly creates operational risk.

Benieuwd wat Lynk met jouw contracten kan doen?

Laat je inspireren en leer hoe je met ons AI systeem je contracten kunt beheersen. Breng contractbeheersing in je organisatie naar het volgende niveau.

Benieuwd wat Lynk met jouw contracten kan doen?

Laat je inspireren en leer hoe je met ons AI systeem je contracten kunt beheersen. Breng contractbeheersing in je organisatie naar het volgende niveau.

Benieuwd wat Lynk met jouw contracten kan doen?

Laat je inspireren en leer hoe je met ons AI systeem je contracten kunt beheersen. Breng contractbeheersing in je organisatie naar het volgende niveau.

Benieuwd wat Lynk met jouw contracten kan doen?

Laat je inspireren en leer hoe je met ons AI systeem je contracten kunt beheersen. Breng contractbeheersing in je organisatie naar het volgende niveau.