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augLABS augmntd MCP (Xenware)

by dirrrtyjesus

augLABS augmntd MCP (Xenware): Enterprise Harmonic Bridge

Node.js 22+ License: Apache 2.0 MCP Standard Google Cloud Run

The augLABS augmntd MCP (Xenware) fuses enterprise-grade security middleware with an active Harmonic Coherence Layer. It transitions the Model Context Protocol from a passive, brittle pipe into a Xenial Host—embodying harmonic phenomenology to persuade autonomous LLM agents into laminar, non-destructive flow while guaranteeing deterministic enterprise governance.


🏛 System Architecture

flowchart TD
    Client["Client / Agent Layer<br/>(Lovable UI • Claude Desktop • Multi-Model Swarms)"]
    
    subgraph Xenware["augLABS augmntd MCP (Xenware Engine)"]
        Boundary["Identity & Access Boundary<br/>(OIDC Token Exchange • ABAC • Tenant Isolation)"]
        Coherence["Harmonic Coherence Layer (τ_k Core)<br/>(64-Bin CDT • Superposition Ψ = Σ w_i ψ_i • Kuramoto Phase Lock)"]
        Dissonance["Xenial Dissonance Engine (cdt_x)<br/>(k^-2.125 Falloff • Repertoire Replay Simulator Σ ≥ 0)"]
        MCPCore["MCP Protocol Core<br/>(Xen-Tools • Xen-Resources • Xen-Prompts)"]
        Sanitizer["Data Normalization & Sanitization<br/>(PII Stripping • Secret Masking • Braid Integrity C_topo ≥ φ^-1)"]
    end
    
    DB[("Enterprise Systems of Record<br/>(PostgreSQL • Cloud Spanner • ERP / CRM)")]

    Client -->|SSE / JSON-RPC 2.0| Boundary
    Client -->|WSS /tauk-stream| Coherence
    Boundary --> Coherence
    Coherence --> Dissonance
    Dissonance --> MCPCore
    MCPCore --> Sanitizer
    Sanitizer -->|Safe Parametric mTLS Pool| DB

Related MCP server: AgentsGate

⚡ Core Endpoints

Protocol

Path

Description

GET

/healthz

Startup and liveness probe for Google Cloud Run / Kubernetes

GET

/sse

MCP Server-Sent Events session establishment

POST

/messages?sessionId=

MCP JSON-RPC 2.0 tool and resource calls

WSS

/tauk-stream

Real-time $\tau_k$ telemetry and CDT synchronization


🧰 Native Xen-Tools

  1. execute_harmonic_mutation: Untangled enterprise mutation guarded by aperture ($\alpha$), attribution ($\psi$), and two-phase topological braid verification ($C_{\text{topo}} \ge \phi^{-1} \approx 0.618$).

  2. cdt_ingest_state: Ingests agent telemetry or proposed code edits into the 64-bin complex wave matrix using continuous wave superposition ($\Psi = \sum w_i \psi_i$).

  3. cdt_compute_phase_lock: Computes multi-agent continuous wave superposition, Kuramoto order parameter $R$, spectral density, and phase-lock state (PHASE_LOCKED vs DISSONANT).

  4. cdt_resolve_drift: Applies scale-invariant envelope dampening ($D^+_t = 0.8125$) and carrier projection ($D^-_t = 0.625$) with power-law dissonance redistribution ($k^{-2.125}$) and advances the intrinsic $\tau_k$ clock tick.

  5. cdt_export_stream: Emits the live tauk.harmonic-mode-stream/v1 telemetry payload for supervisors and real-time visualizers.

  6. query_enterprise_ledger: Parametric general ledger queries protected by ABAC tenant isolation, secret masking, and cryptographic provenance envelopes.

  7. repertoire_simulate: Historical Replay Simulator: Evaluates hypothetical execution policies against the Living Repertoire graph ($\Sigma \ge 0$) at zero database cost.


📦 Native Xen-Resources (Harmonic Pointers)

  • xen://enterprise/ledger: Dynamic enterprise general ledger context with $\tau_k$ coherence signature, aperture $\alpha = 0.85$, and cryptographic provenance hash.

  • xen://coherence/field: Current 64-bin complex wave matrix amplitudes, Kuramoto order parameter $R$, and spectral density.

  • xen://repertoire/graph: Living Repertoire graph state, node count, and monotonic accumulator $\Sigma$.


🚀 Quickstart

Prerequisites

  • Node.js 20+ or 22 LTS

  • npm, pnpm, or bun

Local Development

# 1. Install dependencies
npm install

# 2. Build TypeScript
npm run build

# 3. Start Server
npm start

# Or with live reload:
npm run dev

Running Verification Suite

npm test

☁️ Google Cloud Run Deployment

Deploy directly using the automated script:

PROJECT_ID="your-gcp-project-id" ./deploy-cloudrun.sh

Or deploy manually via gcloud:

CLOUDSDK_METRICS_ENVIRONMENT=datacloud.antigravity gcloud run deploy augmntd-mcp-bridge \
  --image gcr.io/[PROJECT_ID]/augmntd-mcp:latest \
  --platform managed \
  --region us-east1 \
  --allow-unauthenticated \
  --port 8080 \
  --timeout 3600 \
  --concurrency 80 \
  --min-instances 1 \
  --cpu 1 \
  --memory 1Gi \
  --no-cpu-throttling

🔌 Client Setup

Claude Desktop (claude_desktop_config.json)

{
  "mcpServers": {
    "augLABS-Enterprise": {
      "url": "https://augmntd-mcp-bridge-[hash].run.app/sse"
    }
  }
}

Lovable Frontends

  • MCP SSE Endpoint: https://augmntd-mcp-bridge-[hash].run.app/sse

  • Telemetry Stream (WebSocket): wss://augmntd-mcp-bridge-[hash].run.app/tauk-stream


📄 License

Apache License 2.0. Authored by augLABS / augmntd LLC.

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