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I Built a Python Prompt Orchestrator for Structured LLM P...
Alexander Ivanov · 2026-05-29 · via DEV Community

Alexander Ivanov

Most LLM applications eventually hit the same problem:

prompts become unmanageable.

At first, everything fits into a single string.

Then you add:

  • summaries
  • RAG
  • memory
  • safety checks
  • token budgets
  • conversation compaction
  • provider switching

And suddenly your prompt pipeline becomes harder to maintain than the model itself.

So I built prompt_orchestrator.

What is it?

prompt_orchestrator is a Python module for structured prompt orchestration with:

static/semi-stable/dynamic prompt layout
configurable summarization providers
optional RAG integration
safety heuristics
token budgeting
centralized configuration
prompt efficiency analysis

The goal was simple:

Make prompt pipelines deterministic, modular, and production-friendly.

Structured prompt sections

The orchestrator separates prompts into:

  • static parts
  • semi-stable parts
  • dynamic conversation context

This improves:

  • cacheability
  • token efficiency
  • prompt readability
  • debugging

Works with or without RAG

The module supports optional RAG providers.

It integrates directly with rag_orchestrator and compatible retrieval systems.

One particularly useful detail:

Both projects share a compatible DocChunk structure.

This makes integration extremely simple.

Safety checks included

The project includes lightweight safety heuristics for:

  • injection detection
  • contradiction checks

without requiring a separate moderation service.

Summary providers

Supported summary backends:

  • OpenAI
  • Ollama
  • deterministic local fallback
  • custom providers

So the orchestration layer is not tied to a single vendor.

Token-aware orchestration

The orchestrator includes:

  • token counting via tiktoken
  • automatic trimming
  • prompt fitting
  • configurable token budgets

which becomes critical for long-running conversations.

Designed for integration

The module was intentionally designed to integrate into existing systems.

It does not force:

  • a framework
  • an agent runtime
  • a specific LLM provider
  • a database stack

Tests and simulations

The repository already includes:

  • interactive simulations
  • safety simulations
  • conversation replay tests
  • console pipelines

which makes experimentation easy.

Installation

pip install -e .

Final thoughts

A lot of current LLM tooling focuses on:

  • agents
  • autonomous loops
  • framework ecosystems

But prompt orchestration itself is still an unsolved infrastructure problem.

This project focuses specifically on making that layer cleaner and easier to reason about.