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K Bhaskar
K Bhaskar

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Building an Autonomous AI Hiring Agent with Multi-Agent Runtime Orchestration πŸš€

#hermesagentchallenge #ai #dotnet #openai

Hermes Agent Challenge Submission: Build With Hermes Agent

Building an Autonomous AI Hiring Agent with Multi-Agent Runtime Orchestration πŸš€

The future of AI systems is not just single prompts β€” it's autonomous orchestration.

For the Hermes Agent Challenge, I built an enterprise-style Autonomous AI Hiring Agent using:

  • ASP.NET Core
  • OpenAI
  • Semantic Vector Search
  • Reflection Intelligence
  • Runtime Telemetry
  • Multi-Agent Architecture

This project demonstrates how autonomous AI agents can coordinate together to simulate intelligent recruitment workflows.

Why I Built This

Most AI applications today are still:

  • single-prompt systems
  • chatbot wrappers
  • isolated inference pipelines

I wanted to explore something more advanced:

βœ… autonomous execution
βœ… agent collaboration
βœ… runtime reflection
βœ… semantic retrieval
βœ… observability
βœ… production-style AI orchestration

The result became:

Autonomous AI Hiring Agent

A multi-agent AI runtime system capable of planning, searching, reflecting, and logging its own execution flow.

High-Level Architecture

The platform uses specialized AI runtime agents.

User Request
    ↓
Runtime Dashboard
    ↓
RuntimeController
    ↓
RuntimeAgentOrchestrator
    ↓
+----------------------+
| PlannerAgent         |
| SearchAgent          |
| ReflectionAgent      |
| MemoryAgent          |
+----------------------+
    ↓
Semantic Vector Search
    ↓
OpenAI Embeddings
    ↓
Reflection Intelligence
    ↓
Runtime Telemetry
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Instead of one monolithic AI flow, the system decomposes execution into autonomous runtime responsibilities.

Multi-Agent Runtime System

The most interesting part of the project is the autonomous orchestration layer.

Each runtime agent has a specialized responsibility.

PlannerAgent

The PlannerAgent performs:

  • recruiter intent analysis
  • hiring objective detection
  • AI planning
  • required skill extraction

It combines:

  • traditional runtime heuristics
  • OpenAI-powered planning intelligence

Example:

Find senior AI backend engineers with vector database expertise
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becomes structured runtime planning metadata.

SearchAgent

The SearchAgent executes semantic retrieval.

Instead of keyword search, the platform uses:

  • OpenAI embeddings
  • vector similarity scoring
  • semantic candidate matching

This enables intelligent retrieval based on meaning instead of exact text.

ReflectionAgent

One of my favorite parts of the project is the ReflectionAgent.

After execution, the runtime performs autonomous reflection:

  • confidence scoring
  • execution diagnostics
  • improvement analysis
  • runtime quality evaluation

This creates a more cognitive AI workflow rather than simple retrieval.

Runtime Telemetry Dashboard

I also implemented a full-stack runtime dashboard using:

  • Razor Views
  • Tailwind CSS
  • JavaScript

The dashboard visualizes:

βœ… runtime metrics
βœ… execution logs
βœ… reflection confidence
βœ… runtime warnings
βœ… semantic candidate results

This makes the orchestration process transparent and observable.

Example Runtime Logs 

[PlannerAgent] Analyzing runtime intent
[SearchAgent] Executing semantic retrieval
[ReflectionAgent] Evaluating runtime quality
[MemoryAgent] Persisting runtime memory
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This was important because I wanted the system to feel like a real autonomous runtime rather than a black-box AI endpoint.

Semantic Vector Search

The project also includes:

  • embedding generation
  • vector similarity computation
  • hybrid ranking logic
  • semantic retrieval scoring

The search system supports retrieval beyond traditional keyword matching.

Example candidate skills:

  • .NET
  • AI
  • PostgreSQL
  • Vector Search
  • Semantic Search
  • pgvector

Reflection Intelligence

The reflection pipeline analyzes runtime execution quality using:

  • strengths
  • improvements
  • confidence scores
  • runtime telemetry

This adds a layer of runtime cognition and introspection.

Technology Stack

Backend

  • ASP.NET Core 9
  • C#
  • MVC + API Hybrid Architecture
  • Dependency Injection

AI

  • OpenAI GPT
  • OpenAI Embeddings
  • Reflection Intelligence

Frontend

  • Razor Views
  • Tailwind CSS
  • JavaScript

Runtime Features

  • Multi-Agent Orchestration
  • Semantic Search
  • Runtime Telemetry
  • Autonomous Reflection

What I Learned

Building this project taught me several important concepts:

  • autonomous orchestration patterns
  • AI runtime observability
  • semantic retrieval systems
  • reflection-driven workflows
  • production-style AI architecture

The biggest realization was:

AI systems become much more powerful when specialized agents collaborate instead of relying on a single prompt pipeline.

Future Improvements

Some future upgrades I want to explore:

  • adaptive runtime memory
  • distributed agent communication
  • pgvector integration
  • Redis runtime caching
  • streaming telemetry
  • AI interview orchestration
  • LangGraph integration

Final Thoughts

This project was an exciting exploration into autonomous AI systems.

Rather than building another chatbot, I wanted to create something closer to a real AI runtime platform with:

  • orchestration
  • reflection
  • telemetry
  • semantic cognition
  • agent collaboration

The Hermes Agent Challenge was the perfect opportunity to experiment with these ideas.

Thanks for reading πŸš€

Author

Kommu Bhaskar

AI Engineer | .NET Developer | Autonomous Systems Builder

Focused on:

  • ASP.NET Core
  • AI Orchestration
  • Semantic Search
  • Vector Databases
  • Runtime Intelligence

GitHub Repository

https://github.com/Bhaskarkommu/autonomous-ai-hiring-agent

LinkedIn: https://www.linkedin.com/in/kommu-bhaskar-24786243/

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