Oct 14, 2026

Summary

Onboarding a new Carta customer meant eight manual steps: emails, spreadsheets, re-uploads, and an implementation manager stitching a cap table together by hand from dozens of legal PDFs. It is now one drop-in flow, at 97% precision and 94% recall on extraction from unstructured documents. A firm arriving with 8,000 documents across hundreds of portfolio companies now onboards in weeks instead of months.

Ruchita Chandhok uses that build to work through four decisions any team putting an LLM in front of real data will face:

  • Where the contract between platform and product lives. Typed schemas, versioned like APIs, not prompts. It is what lets the two teams stop blocking each other.
  • What a reviewer needs to trust a machine-extracted value. Provenance on every field, down to the page and sentence. Verification in seconds beats confidence scores.
  • When to build evals. Before the second feature, not after the first incident. You cannot reconstruct a regression from logs.
  • What the model should never be allowed to do. Arithmetic, dedup, and date math belong in tested code. Reserve the model for judgment.

Speakers

Ruchita Chandhok

Ruchita Chandhok

Senior Director of Engineering @ Carta

From global capital markets to enterprise AI, Ruchita Chandhok has spent her career building the systems behind some of the world’s most demanding financial platforms. As a Senior Director of Engineering at Carta, she leads global engineering organizations at the intersection of financial infrastructure and artificial intelligence.

Across public and private markets, the platforms she has helped build have managed more than half a trillion dollars in financial assets. Today, she is focused on applying generative AI to one of enterprise software’s hardest challenges transforming complex, unstructured financial data into trusted systems that power critical business decisions.

Ruchita’s perspective is rooted in a simple belief: the next generation of software will be defined not by AI models alone, but by the engineering systems built around them. She speaks about architecting production-grade AI, maximizing business value through intelligent token utilization, and designing scalable platforms where every AI interaction delivers measurable outcomes with the reliability, explainability, and trust demanded by enterprise financial systems.

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