Moving Beyond the Single-Model Wrapper

The initial wave of generative AI applications was dominated by thin API wrappers around single commercial models. In enterprise production, however, this paradigm introduces severe risks: sudden model deprecations, unpredictable latency spikes, unformatted hallucinations, and unsustainable token economics.

Modern AI engineering requires a modular, distributed architecture:

  • Multi-Model Orchestration: Allocating lightweight tasks (classification, entity extraction) to fast, cost-effective models (Gemini Flash, DeepSeek), while reserving expensive frontier models (Claude 3.5 Sonnet) for high-complexity synthesis.
  • Deterministic Output Validation: Guaranteeing that model outputs conform exactly to TypeScript/Pydantic schemas before touching relational databases or client interfaces.
  • Model Distillation: Fine-tuning compact models on constrained internal data to cut inference costs by 90%+ while eliminating vendor lock-in.

Production Architectures Built by Aniket Thakur

Flagship System

SEO-Agent-using-LAYA

Multi-agent pipeline integrating automated web scraping, SERP ranking extraction, and schema-validated LLM content generation.

View Laya Case Study →
Data Product

Prompt-Based Business Intelligence System

Natural-language query layer over enterprise SQL databases with automated schema context injection and read-only query guardrails.

View Prompt-BI Case Study →

Monographs & Engineering Analyses

System Design Note

Designing Deterministic Validation Schemas for Multi-LLM Pipelines

Why unparsed natural language fails in production and how self-healing programmatic retries ensure 99.9% pipeline reliability.

Read Engineering Note →
Unit Economics Analysis

Distilled Video Models & Regional AI Production Economics

How distilled generative models reduce video synthesis to $0.005/sec, making programmatic media viable for regional enterprises.

Read Economic Analysis →
Physical AI Research

Physical AI & Heavy Industry: Software Speed vs Hardware Bottlenecks

Analyzing foundational neural models trained on physical dynamics and why empirical validation cycles remain the key constraint.

Read Research Note →

Core Engineering Toolkit

  • Model Frameworks: LangChain, LlamaIndex, LiteLLM, Ollama.
  • Schema Guardrails: Pydantic (Python), Zod (TypeScript), JSON Schema.
  • Model Providers: Google Gemini, Anthropic Claude, DeepSeek, OpenAI.