Portrait of Shreyaan Seth

0→1 agent infrastructure · 1→100 production hardening

Shreyaan Seth · Engineering Lead

I build the systems ambitious AI products depend on.

I work where an AI demo becomes an operating system: execution state, tools, memory, retrieval, evals, migrations, observability, and the backend paths that have to recover when providers do not.

01

Runtime thinking

The model call is the easy part.

The real engineering starts around it: state, boundaries, retries, costs, tool side effects, and enough history to explain what happened after the user closes the tab.

agent_runtime / run_01J7

LIVE
INSPECTING / 01run_01J7 · persisted

Durable run state

The job has an identity, an owner, and a recoverable starting point before execution begins.

02

Engineering dossier

Systems I have personally taken apart and rebuilt.

Anonymized by design. Specific enough to show the decisions, constraints, and ownership that sat behind the code.

SYS.01

Built the core harness

Production agent runtime

A modular, stateless runtime around streaming model execution—designed for provider failures, runaway loops, large tool results, and agent work that rarely fits into one request.

  • Loop + budget controls
  • Bounded tool concurrency
  • Provider-aware retries
  • Result offloading
SYS.02

Designed and implemented the v2 runtime

Event-driven workflow runtime

Typed workflow nodes and variables with persisted waits, approval checkpoints, duplicate-safe resume claims, failure-aware AI transforms, and per-step execution history.

  • Persisted pause + resume
  • Human approvals
  • Atomic resume claims
  • Step-level observability
SYS.03

Implemented the integration and scope layer

Isolated agent memory

Durable retention and recall across tenant, user, external subject, agent, and knowledge-base boundaries—with rolling compaction for conversations that outgrow a model window.

  • Cross-scope validation
  • Automatic recall + retain
  • Conversation compaction
  • Tenant-aware routing
SYS.04

Built the reusable evaluation system

Agent evaluation framework

Golden and adversarial datasets, deterministic tool mocks, retrieval fixtures, and structured or model-judged assertions for the places agent regressions usually hide.

  • Retrieval quality
  • Tool selection
  • Response behavior
  • Voice + extraction evals
SYS.05

Delivered the feature end to end

Evidence-first AI advisor

Kept business metrics deterministic while surrounding model output with provenance checks, critic loops, confidence signals, evidence inspection, and actionable enterprise UX.

  • Deterministic KPI snapshots
  • Citation validation
  • Critic + trust agents
  • Inspectable recommendations
SYS.06

Designed the staged migration

Multi-provider data ingestion

Separated raw provider capture from application transforms, then added incremental cursors, backfills, reconciliation tests, and explicit token and callback boundaries across Python and TypeScript.

  • Raw-to-app transforms
  • Incremental sync
  • Provider reconciliation
  • Migration safety
SYS.07

Implemented and hardened critical paths

Real-time audio systems

Built resilient browser recording with local session state, chunked upload queues, retries, and live transcription; hardened a telephony-to-realtime-AI bridge around server-side speech detection.

  • Chunked media capture
  • Retry-aware uploads
  • WebSocket transcription
  • Realtime protocol upgrades
03

Operating principles

Calm systems are designed, not wished into existence.

01

Observability before guesswork.

Logs, traces, costs, and run history are how a system explains itself when the demo ends.

02

Explicit state beats hidden magic.

Durable workflows get simpler when progress, failure, and ownership are visible by design.

03

Failure modes are product features.

Retries, cancellation, recovery, and isolation shape the experience as much as the happy path.

04

Boring systems age beautifully.

I like small boundaries, direct control flow, and infrastructure a tired engineer can reason about.

04

Experience

A short history of taking the pager personally.

Autonomix Solutions

Engineering Lead · Backend & AI Infrastructure

Building major product surfaces from React and Next.js through agent runtimes, retrieval, real-time workflows, enterprise boundaries, and production infrastructure.

ByteLeap

Software Engineer

Cut a critical API path from roughly seven seconds to 400 milliseconds, improved Next.js performance, and moved delivery to self-hosted infrastructure.

Co.Lab

Software Developer

Built a consumer-safety browser extension that identifies suspicious websites and explains the warning instead of silently blocking the user.

Full experience in the résumé
05

Quick answers

The short version, without the keyword fog.

Direct answers for founders, engineering leaders, recruiters, and the systems they use to find technical talent.

What kind of engineer is Shreyaan?
A hands-on full-stack engineering lead whose deepest expertise is backend systems, AI infrastructure, and production reliability.
What does Shreyaan build?
React and Next.js product experiences, backend platforms, agent runtimes, durable workflows, retrieval systems, realtime voice paths, and the infrastructure that operates them.
Can Shreyaan own production systems?
Yes. He operates 10 production services across virtual machines, containers, and serverless paths while leading architecture, delivery, reviews, and production debugging.
What roles is Shreyaan best suited for?
Backend, platform, AI infrastructure, full-stack product, or early engineering roles where hands-on ownership and reliability matter.

Currently open to the right problem

Building something ambitious that has to actually work?

I'm interested in backend, AI infrastructure, platform, full-stack product, and early engineering roles where ownership is real and reliability matters.

shreyaans20@gmail.com