Platform Focus

AI Agent Platform Engineering from Architecture to Production Operations

Owning AI Agent platform architecture, tools and permissions, replay evaluation, quality operations, and enterprise integration to bring LLM capabilities reliably into core workflows.
PLATFORM OWNER

Platform Ownership

End-to-end ownership across architecture evolution, core runtime, shared platform capabilities, production quality operations, and team delivery, accountable for reliability, efficiency, cost, and business outcomes.

Platform capability map
  1. 01

    Led the evolution from code-guided Agent 1.0 to model-driven 2.0, defining the boundary between model decisions and Runtime control.

  2. 02

    Built Agentic RAG, parallel multi-agent orchestration, unified context, dynamic Skill routing, and MCP/API tool systems.

  3. 03

    Established multi-tenant isolation, tool permissions, audit, human handoff, idempotent retries, and high-risk action controls.

  4. 04

    Connected production traces, replay evaluation, release gates, and data feedback to turn production issues into knowledge, Skill, and policy improvements.

  5. 05

    Led the AI Agent squad in core platform delivery and expanded the AI development harness across 40 repositories, connecting development, testing, release, deployment, and verification.

Core Operating Areas

Connecting architecture decisions, platform capabilities, and team delivery through production outcomes.

01

Runtime and Orchestration

Agentic RAG, parallel multi-agent orchestration, unified context, and dynamic Skill routing, with about 7s end-to-end latency under 7k+ average conversation-token load.

02

Tools and Production Governance

MCP/API, tool gating, multi-tenant permissions, audit, side-effect controls, human handoff, and an observable execution ledger.

03

Quality and Cost Operations

Continuous optimization through replay evaluation, content gaps, and usage auditing, reducing token consumption by 60% and improving auto-resolution by about 30%.

04

Team and Engineering Effectiveness

Led a 4-person AI Agent squad within a 20-person product-engineering team; expanded the AI development harness across 40 repositories and reached roughly 10x the prior collaboration model's efficiency for standardized delivery.

Selected Delivery

AI Agent platforms, model serving, and large-scale platform engineering.

2025-03 - Present

Production-grade AI Agent Platform Architecture

Owned a cross-industry AI Agent customer-service SaaS platform from architecture evolution through production operations and expanded the team AI development harness across 40 repositories.

  • Agent Runtime
  • Tool-use
  • LLMOps
  • Evaluation
  • AI Harness
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2021-09 - 2024-05

AIGC SaaS and Model-serving Platform

Owned backend engineering, microservice decomposition, inference call chains, and platform operations for 0-to-1 generative AI SaaS delivery.

  • AIGC SaaS
  • Model Serving
  • Stable Diffusion
  • Microservices
  • DevOps
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2017-10 - 2021-08

Alibaba High-traffic Commerce and Live Engineering

Owned high-traffic cross-platform web engineering, micro-frontends, ad attribution, logging SDKs, JsBridge, and performance optimization across Alibaba Taobao and Local Services.

  • Micro-frontend
  • SSR
  • Attribution
  • Performance
  • SDK
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Data Feedback

AI Agent Platform Data Feedback System

Connects production traces, issue cases, evaluation samples, and preference data so online behavior becomes a continuous quality improvement mechanism.

  • Preference Data
  • DPO
  • Evaluation
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Evaluation Practice

Turning production traces into replay evaluation and release gates.

Replay Eval

Agent Replay Evaluation Harness

Built reproducible Agent regression evaluation from production traces for prompt, tool, and model changes.

  • Evaluation
  • Replay
  • Regression
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Contact

Principal AI Agent Engineer

Focused on Agent Runtime, tool governance, evaluation release gates, and core workflow integration.