Available · Q3 2026/Bengaluru, IN
— : — IST/Open to · PM · AI PM · Product · BA/v1.2
00 Portfolio · 2026

Building AI-native products,grounded in real business problems.

Engineer turned product builder. I work at the intersection of AI systems, product thinking, and enterprise workflows, on the seam where model capability meets the way teams actually get work done.

01Selected Work

Three projects at the seam of AI capability and enterprise execution.

PRJ 01Agentic Systems2025, Ongoing

Multi-agent enterprise workflow system

An orchestration layer for AI agents that can be trusted with real work, not just demos.

Request walkthrough
Problem
Single-agent LLM patterns break down on enterprise workflows that span multiple tools, long contexts, and branching decisions. Most agent frameworks ship as toys; they do not survive contact with a real ticketing system or a finance reviewer.
What I built
An orchestration architecture that routes work between specialized agents with explicit tool contracts, persistent memory, and a coordination layer that handles retries, hand-offs, and human checkpoints. Designed for reliability first: observable, auditable, and degradable.
Stack
TypeScriptLangGraphLangChainVector DBsLLM APIsMCP
Impact
Reliable tool routing on long-running workflows that previously needed constant human babysitting.
PRJ 020 to 1 Product2025, Closed beta

TheBookShelves

A community network for readers, hosted inside independent cafes.

See the prototype
Problem
Two compounding problems on either side of one room. Independent cafes face thin margins and quiet off-peak hours; readers have nowhere community-rooted to land between home and work. Discovery is broken on both sides.
What I built
An AI-native, two-sided platform. Partner cafes host curated bookshelves and reading rituals: silent reads, themed nights, slow mornings. Readers find cafes, browse books, reserve titles, and join events that match the way they want to be in public.
Stack
Claude CodeLovableSupabaseNext.jsMiro
Impact
Working prototype shipped; closed beta planned with partner cafes in Bengaluru.
PRJ 03Strategy & Research2025

AI Monetization Framework

Why most enterprise AI pricing quietly loses money, and what to do about it.

Request the paper
Problem
Enterprise AI pricing is being copy-pasted from SaaS playbooks that do not account for non-linear cost-to-serve, fragile adoption, or who actually captures the value when an outcome is generated.
What I built
A framework that maps pricing across SaaS copilots, usage-based, outcome-based, and embedded models. Benchmarked 15+ products and built an analytical lens for evaluating any AI pricing decision against cost-to-serve, value capture, and adoption friction.
Stack
Market researchUnit economicsExcel / SQLComparative analysis
Impact
A repeatable lens used in 3+ pricing conversations across academic and enterprise contexts.
02About

Three years inside enterprise systems. That is where I learned to respect the work.

Most AI products fail at the seam between model capability and the way a real team actually gets work done. I build for that seam.

I started as an engineer at Capgemini, running reliability and observability for retail, pharmacy, and hospitality platforms used by Fortune 500 clients. I learned what production really means: that a 30% latency improvement matters because someone, somewhere, is trying to close a register.

At MathCo I moved closer to the product surface. I built a GenAI copilot for report generation that shipped across 5+ enterprise customers, and I owned the collaboration layer of an analytics platform: comments, tasking, attachments, the unglamorous primitives that decide whether a team actually adopts your software.

The MBA at IIM Udaipur in Digital Enterprise Management gave me the vocabulary for the business questions I was already asking on the floor: pricing, adoption, unit economics, organizational change.

Now I build agentic systems and AI-native products with the same instinct. Start from the workflow, not the model. Let the work speak.

2025 — Now
Building / TheBookShelves & agentic systems
Closed beta with partner cafes in Bengaluru. Multi-agent orchestration on the side.
2025 — 2026
MBA, Digital Enterprise Management / IIM Udaipur
Focused work on AI monetization, enterprise adoption, and product strategy.
2024 — 2025
SWE (Product) / MathCo
Built GenAI copilot for report generation, shipped to 5+ Fortune 500 clients. Owned collaboration layer.
2022 — 2024
Software Engineer / Capgemini
Reliability & observability for retail and pharmacy platforms. Failure detection: hours to under 5 minutes. 1,000+ RCAs.
2020
B.Tech, Mechanical Engineering / Alliance University
03Principles

How I think about building products with AI inside them.

01

Start with the workflow, not the model.

The question is not what the model can do. It is which step in this human's day is brittle, and would a model make it less brittle.

02

Reliability is the feature.

A clever agent that fails 1 in 10 times is a worse product than a boring one that fails 1 in 1,000. Enterprise teams trade flair for trust every time.

03

Adoption is an interface problem.

The collaboration layer (comments, tasking, attachments, review) is where AI features earn a place in the workflow or quietly die.

04

Price for cost-to-serve.

SaaS pricing on a product whose marginal cost moves with inference tokens is a quiet way to lose money. Unit economics belong in the pricing conversation.

05

Observability before cleverness.

If you cannot see every tool call, prompt, and fallback, you cannot improve the system. Logs and traces are how the product gets better.

06

Ship the spec, then the system.

A crisp written spec (what the agent does, refuses, escalates) is the actual product. Most failures are spec failures wearing engineering costumes.

05 Contact

If you are building something hard at the AI / product seam, let's talk.

Open to PM, AI PM, Product, and BA roles where business, AI, and engineering judgement actually meet. Also: collaborators on TheBookShelves, and anyone thinking carefully about agentic systems in production.