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OpenClaw Agent Showcase

A public-safe portfolio repository for a multi-agent voice + messaging system focused on practical AI application engineering.

This showcase highlights how I approach:

  • multi-agent orchestration
  • voice pipeline integration (STT → LLM → TTS)
  • model routing and fallback design
  • task lifecycle tracking
  • delivery reliability and cost awareness

It is intentionally sanitized for public release: no production credentials, no private user data, no raw internal prompts, and no proprietary workflow logic.


What this repository is really about

This is not a chatbot toy repo.

It is a showcase of the system layer around AI applications: how requests are routed, how agents coordinate, how long-running work is tracked, how voice fits into the flow, and how reliability / cost tradeoffs are handled in practice.


Engineering focus

Multi-agent orchestration

  • explicit role boundaries
  • structured handoff patterns
  • final-delivery ownership
  • internal coordination without duplicate user-facing output

Voice pipeline integration

  • inbound voice handling
  • speech-to-text normalization
  • text generation
  • text-to-speech output
  • channel-aware delivery with text fallback

Model routing

  • task-based model selection
  • premium / default / utility / fallback tiers
  • balancing quality, latency, availability, and cost
  • degraded paths under provider failure or rate-limit pressure

Reliability and observability

  • append-only task status events
  • stale-task awareness
  • delivery dedupe and cooldown handling
  • long-running workflow visibility

System overview

User Message / Voice
  → Ingress Layer
    → Speech-to-Text (if voice)
      → Context Assembly
        → Router
          → Agent Workflow / Handoff
            → Model Invocation
              → Response Assembly
                → Text-to-Speech (optional)
                  → Delivery Layer
                    → Status Ledger / Monitoring

This repository focuses on the middle engineering layers: routing, orchestration, reliability, and public-safe packaging.

See also:


Repository layout

openclaw-agent-showcase/
├── README.md
├── LICENSE
├── .gitignore
├── .env.example
├── docs/
├── examples/
├── scripts/
├── config/
└── diagrams/

Key folders

  • docs/ — architecture and engineering notes
  • examples/ — redacted interaction and task-flow examples
  • scripts/ — small public-safe demo utilities
  • config/ — example-only configuration files
  • diagrams/ — source diagrams for repo visuals

Example public-safe artifacts

This repository may include:

  • redacted agent handoff examples
  • redacted voice-session examples
  • example task lifecycle events
  • demo routing and cost-estimation utilities
  • sanitized config templates

This repository does not include:

  • production API keys
  • real user data
  • raw private session history
  • private prompt bodies
  • proprietary strategy logic
  • live deployment configs

See docs/sanitization-boundary.md for the publication boundary.


Tech represented

  • Python
  • LLM APIs / model routers
  • speech-to-text
  • text-to-speech
  • messaging platform integration
  • SQLite task / status tracking
  • workflow scripting and automation
  • docs-first architecture communication

Why this matters for AI application engineering

The hard part of AI products is usually not the first model call.

It is the system around that call:

  • making multiple components cooperate
  • deciding which model should handle what
  • preserving context without wasting cost
  • managing retries and degraded paths
  • keeping delivery reliable
  • making the system observable and maintainable

That system layer is what this showcase is meant to highlight.


Notes

This is a sanitized showcase repository, not a full production dump.

If you are reviewing this repository from a hiring perspective, the main signals are:

  • system design thinking
  • workflow reliability awareness
  • AI integration pragmatism
  • architecture communication quality
  • engineering judgment around safe public sharing

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Public-safe showcase of a multi-agent voice + messaging system with model routing, workflow orchestration, and reliability-focused AI application engineering.

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