Request framing
Normalize the user request, identify intent, and determine whether the task is retrieval-heavy, tool-heavy, or both.
The system was designed as an agentic platform, not just a chat wrapper. LangGraph handled the mission runtime and orchestration flow, while retrieval, controlled tools, and structured output contracts kept the system usable in downstream workflows.
The platform is shaped around control. LangGraph coordinates mission flow, while retrieval, tool use, and output formatting are constrained so the system can be useful without becoming sloppy.
Normalize the user request, identify intent, and determine whether the task is retrieval-heavy, tool-heavy, or both.
Select the right search path, chunking behavior, and evidence handling before the model begins answering.
Use dense search, sparse search, and reranking over PostgreSQL and pgvector to improve both recall and passage quality.
Route only allowed operations through a governed tool layer with explicit contracts and controlled execution paths.
Require JSON-shaped answers, stable fields, and citation-aware content so downstream systems can consume the result safely.
Package the result into a usable report artifact rather than leaving the system as a one-off conversational endpoint.
The interesting part of this system is not just that it uses agents. It is that LangGraph gives the mission runtime explicit routing and state control, while the agent behavior stays constrained enough to be useful in production-minded workflows.
The system assumes that agent freedom needs boundaries if the output is going to survive real operating environments.
Hybrid retrieval and reranking are there to make the generation layer more trustworthy, not to decorate the architecture diagram.
Structured outputs and report packaging push the system toward workflow utility rather than demo theater.
This brief is meant to show how I think about grounded agents, tool control, and report-ready delivery. The next step is a direct conversation about your own workflow and failure modes.