Naveen Galithoti · AI Product Leader

Enterprises don’t buy demos. They buy reliability.

I take AI products from a messy problem to a shipped, trusted, sold system. Below is how I do that, stage by stage. The case studies show it in action.

17 yrs
enterprise SaaS
2
startups founded, both acquired
1M+
learners on a platform I led
10+
production AI systems shipped

Every number survives an interview.

Illustrated portrait of Naveen Galithoti

Head of AI Labs, KNOLSKAPE — leading the AI product portfolio and applied-AI function · 17 years in enterprise SaaS · two startups founded, both acquired

Deterministic cores. LLMs at the edges.
Hard human-validation gates before anything generates.
The agent assembles; the human decides.

See the work Download CV

Run the pipeline or skip to the full list of what I’ve built →

Station 01 · The Problem

Every product starts with a problem worth solving: a client requirement, a workflow that hurts, a signal from the market. I go and look at the actual work before anyone talks about models — who does it today, what it costs them, and what good would look like.

Start with the work, not the model.

Where I did this: the adoption gap behind Genie Sandbox →

Station 02 · Discovery and the decision

I map the problem against what the company already owns — knowledge, data, distribution — and what the market shows. Then the decisions that matter: what to build, what not to build, and where a model belongs versus where plain code must do the job. Every roadmap I run carries a don’t-build list with reasons.

The moat is the knowledge, not the model. Know what not to build.

Where I did this: the go/no-go on the AI experience builder →

Station 03 · The Build

Spec first. Then an internal version with real users before any platform pitch. Anything that must be exactly right runs as deterministic, testable code; the model does only what it is reliably good at. Evaluation is a shipping gate, not a demo.

Deterministic cores, LLMs at the edges.

Where I did this: an internal tool that became the flagship copilot →

Station 04 · Trust

Nothing reaches a client without a person deciding. Every system I ship has a hard human gate at the moment of judgment, validators that fail on uncited claims, and an audit trail a buyer’s procurement team can read. That is what turns “AI-generated” from a liability into a selling point.

The agent assembles. The human decides.

The human decides. Anti-hallucination is system design, not prompting.

Where I did this: the step-7 gate in the journey-design engine →

Station 05 · Launch and learn

Positioning built on outcomes, not features. Sequencing over ambition: internal users, then partners, then self-serve. Pricing tied to real unit economics. Adoption gets measured — and what users do next becomes the next problem at Station 01.

Sequencing beats ambition.

Where I did this: the wedge that replaced a standalone launch →

Case studies

The method in action

Four decisions, each told in the same five stages as the pipeline above.

Case study 01 · Station 01 · The Problem

A practice platform, not a course

Problem
Enterprises had AI tools but not AI habits; usage plateaued at novelty.
The decision
Build a practice loop, not a course: real work, an impartial Judge, a coach that never writes the answer.
What happened
Deployed with 800+ tests and 137 recorded decisions; in pilot with global IT services firms.

Read the case study →

Case study 02 · Station 03 · The Build

From internal tool to platform flagship

Problem
Every enterprise deal needed a day-plus of scarce senior consultant time to produce a proposal.
The decision
Build an internal tool first and let its failure modes write the product spec.
What happened
Graduated into the company’s flagship AI copilot; in production on live proposals; minutes instead of a day.

Read the case study →

Case study 03 · Station 04 · Trust

The deterministic gate

Problem
The obvious build was a prompt that designs a learning journey — impressive in demos, unauditable for a client’s CHRO.
The decision
Make steps 1–7 deterministic and put a hard human gate before anything is generated.
What happened
Reproducible journeys, a fully testable core, and the LLM confined to writing the rationale.

Read the case study →

Case study 04 · Station 02 · Discovery and the decision

Killing my own product’s positioning

Problem
Leadership wanted the no-code AI experience builder launched as a standalone platform.
The decision
Run the go/no-go honestly: not viable as positioned; conditional GO through a narrowed wedge.
What happened
The standalone launch didn’t happen; the sequenced strategy is in motion with outcome-led messaging.

Read the case study →

How I build

Six principles, each with a receipt

Everything I ship follows the same doctrine, formed by watching enterprise buyers say no to impressive demos and yes to boring reliability. Each principle names the pipeline stage where it does its work, and the case where you can check it.

  1. 1 ·Start with the work, not the model.

    Before anyone names a model, I go and look at the job: who does it today, what it costs them, where it breaks. The copilot began as a consultant’s day-plus proposal cycle, not as a feature; the practice platform began with the observation that companies had bought AI licences and usage had plateaued at novelty. A product that starts from the work knows what good looks like before it generates anything.

    Seen in: Station 01 · The Problem · A practice platform, not a course

  2. 2 ·Deterministic cores, LLMs at the edges.

    Anything that must not be wrong — costing, sequencing, data transforms, compliance — runs as deterministic code. The model handles what it’s reliably good at: language, synthesis, rationale. My journey-design engine generates nothing until seven deterministic steps and a human approval complete; the LLM then writes prose about decisions already made. I formalized this as a Workflows/Agents/Tools pattern: SOPs orchestrated by agents, deterministic tools for everything that must be exact.

    Seen in: Station 03 · The Build · From internal tool to platform flagship

  3. 3 ·The human decides.

    Every system I ship has a hard human gate at the moment of judgment: the confirmation bar that surfaces every assumption before a proposal finalizes, the competency-approval gate before a journey exists, the metadata confirmation step before a client report generates. Autonomy is a dial, not a virtue — and in enterprise products, trust is the feature.

    Seen in: Station 04 · Trust · The deterministic gate

  4. 4 ·Anti-hallucination is system design, not prompting.

    You don’t ask a model nicely to stop making things up. You build validators that hard-fail on uncited figures. You write adversarial test suites that attack your own confidentiality boundaries. You corroborate across four models and score consensus before believing a claim. Roughly 230 automated tests stand between my flagship product and its users.

    Seen in: Station 04 · Trust · From internal tool to platform flagship

  5. 5 ·The moat is the knowledge, not the model.

    Models are rented; ontologies are owned. My platform work is grounded in a proprietary structure — 224 skills across 9 domains, 658 behavioural indicators, 19 journey templates — that makes generic models produce specific, defensible output. When the next model generation arrives, the moat transfers.

    Seen in: Station 02 · Discovery and the decision · From internal tool to platform flagship

  6. 6 ·Know what not to build.

    Every roadmap I run carries an explicit don’t-build list with reasons. The strategy document I’m proudest of recommended against my own product’s standalone positioning. Sequencing beats ambition: internal users → partners → self-serve is how creation platforms actually win.

    Seen in: Station 05 · Launch and learn · Killing my own product’s positioning

Why the arc matters

This doctrine is why the arc of my career matters: founder (twice, both acquired), platform PM at 1M+ user scale, four years owning GTM, now heading AI. Build, sell, build again — I know what happens to AI products after the demo, because I’ve been on every side of that moment.

Go-to-market · 2020–24

Four years owning marketing before heading AI

Rebuilt the marketing team 4→20 people; SQLs +65% YoY; 3x inbound; ran US/UK market entry. It is why my product strategy always ends with a launch plan — and sometimes with a decision not to launch.

The decision not to launch, as a case study →

AI Labs

Also built and shipped

Smaller AI systems I built and shipped alone, each with real users — the lab where the platform thinking gets pressure-tested first.

  • Autonomous AI SDR

    End-to-end outbound pipeline: discovery → enrichment → parallel AI research → personalized multi-email sequences; in production on live lead batches with resumable, checkpointed background jobs.

    Python · Claude · Streamlit · Railway

  • Impact Report Generator

    Turns raw cohort data and a solution brief into a fully branded, editable client report deck with AI-written competency narratives and NPS analysis; built for non-technical customer-success users with confirmation gates.

    Python · Flask · Anthropic API

  • Executive-brief agent

    Persistent-memory agent that reconciles weekly leadership updates against history, surfaces silent commitments and contradictions, and produces a triaged sub-400-word pre-meeting brief.

    Claude · Flask · long-term memory

  • AI-native PM operating system

    Open-licensed toolkit: 8 specialized sub-agents, 17 commands, persistent memory with staleness protocols, and validators that hard-fail any uncited figure.

    Claude Code · Apache-2.0

  • Research consensus engine

    Fans one query to 4 LLMs in parallel, clusters atomic claims by embedding similarity, scores cross-model consensus, flags conflicts, and synthesizes a confidence-tiered report.

    TypeScript · 4 LLMs · Voyage embeddings

  • Financial-signal engine

    Scrapes financial influencers across three platforms, extracts tickers/sentiment/conviction, aggregates a consensus buzz score with conflict detection. Explicitly not financial advice.

    Node · Next.js · Claude

  • FDE programme outcome model

    A client-facing interactive dashboard: a buyer describes their people in five inputs and watches a Forward Deployed Engineer programme derive itself — stages, modules, certificate — valued in their own numbers, recomputed live. One generic master; every client is a JSON brief, never a fork.

    TypeScript · Vite · 105 tests · Vercel

  • Engineering Lab for an enterprise software company

    The Sandbox’s predecessor: engineers work production-style incidents in their own AI tool, submit the prompt to a live Judge scored on six dimensions, and passing prompts compound into a shared Team Playbook.

    Next.js · SQLite · Anthropic API

More on GitHub →

Exploring senior AI product leadership roles — Europe, Middle East, Southeast Asia. If you’re building AI that has to survive contact with enterprise reality: naveengalithoti@gmail.com · LinkedIn: /in/galithotink · GitHub: /naveen-knol