Nodo Principal: 192.168.1.30 Clasificacion: Runtime Observed Report Modo: Grounded Runtime Reporting (FASE 29.4.2) Tipo: NOC / Operacional / Infraestructura IA Estado General: OPERATIVO Y ESTABLE Checkpoint Runtime: CP-29.4.2-REPORT-PRESENTATION-STABLE
1. Executive Summary
Section titled “1. Executive Summary”El entorno AI-LAB desplegado en 192.168.1.30 se encuentra actualmente operativo como plataforma de inferencia IA, routing cognitivo y observabilidad avanzada para workloads LLM locales.
La infraestructura ha evolucionado desde un gateway OpenAI-compatible basico hacia un runtime cognitivo multi-route con:
- routing adaptativo por perfil
- proteccion SLO dinamica
- observabilidad Prometheus/Grafana
- clasificacion cognitiva
- planner agentic skeleton
- enforcement runtime
- report grounding contextual
Durante las ultimas fases (29.3.x, 29.4.x, 28.1) se estabilizo el runtime con mejoras criticas:
- reduccion TTFB -29%
- 0 crashes
- 0 orphan streams
- 100% success rate en burn-in
- proteccion adaptativa GPU/VRAM
- degradacion dinamica
- aislamiento de modelos deshabilitados
2. Identidad del Runtime
Section titled “2. Identidad del Runtime”| Campo | Valor |
|---|---|
| Host principal | 192.168.1.30 |
| Hostname logico | ubuntu-ialab |
| Runtime | AI-LAB Cognitive Runtime |
| Estado | ONLINE |
| Tipo de despliegue | Single-node cognitive runtime |
| Arquitectura | Gateway + Router + Telemetry + Agentic Skeleton |
| Perfil operativo | Produccion experimental estabilizada |
| Runtime generation | FASE 29.4.2 |
| Planner runtime | FASE 28.1 |
| Enforcement runtime | FASE 29.4 |
3. Estado Global del Sistema
Section titled “3. Estado Global del Sistema”| Subsistema | Estado |
|---|---|
| Gateway OpenAI-compatible | ✅ Operativo |
| Router cognitivo | ✅ Operativo |
| Runtime SLO | ✅ Operativo |
| Observabilidad | ✅ Operativa |
| Planner skeleton | ✅ Operativo |
| Governance | ✅ Operativo |
| Agentic execution | ⚠ Skeleton solamente |
| Sandbox write | ❌ Pendiente |
| Executor readonly | ❌ Pendiente |
4. Arquitectura Runtime Actual
Section titled “4. Arquitectura Runtime Actual”CLIENT ↓AI-LAB Gateway (:8008) ↓Capability Router ↓Tool Request Classifier ↓Priority Lane Scheduler ↓Runtime SLO Manager ↓Model Routing Layer ├── llama-3.1-8b-instruct ├── qwen2.5-coder-14b-instruct └── nomic-embed5. Servicios Observados
Section titled “5. Servicios Observados”Servicios Core
Section titled “Servicios Core”| Servicio | Estado | Funcion |
|---|---|---|
| ailab-gateway | ✅ | API OpenAI-compatible (:8008) |
| ailab-router | ✅ | Routing cognitivo (:8083) |
| ailab-live-api | ✅ | Estado runtime live (:8084) |
| ailab-live-state | ✅ | Snapshot runtime |
| ailab-heartbeat | ✅ | Health signaling |
| ailab-docs | ✅ | Astro documentation (:4322) |
| ailab-metrics | ✅ | Export Prometheus (:3010) |
Servicios Support
Section titled “Servicios Support”| Servicio | Estado |
|---|---|
| stream_sanitizer | ✅ |
| capability_router | ✅ |
| prompt classifier | ✅ |
| runtime context builder | ✅ |
Servicios Observability
Section titled “Servicios Observability”| Servicio | Estado |
|---|---|
| Prometheus (192.168.1.40:9090) | ✅ |
| Grafana (192.168.1.40:3000) | ✅ |
| Metrics exporter | ✅ |
| Runtime telemetry | ✅ |
6. Routing Cognitivo
Section titled “6. Routing Cognitivo”| Route Family | Estado | Modelo Primario |
|---|---|---|
| minimal | ✅ | llama-3.1-8b |
| observe | ✅ | llama-3.1-8b |
| cognitive | ✅ | qwen2.5-coder |
| report | ✅ | qwen2.5-coder |
| embeddings | ✅ | nomic-embed |
Routing Tightening (FASE 29.3.1): Implementado correctamente:
- greetings → llama fastpath
- lightweight prompts → llama
- qwen escalation control
- qwen3.6 excluido de discovery
- observe override activo
Impacto validado:
| Metrica | Resultado |
|---|---|
| TTFB reduction | -29% |
| p50 TTFB | 804ms |
| Success rate | 100% |
| Gateway crashes | 0 |
| qwen3.6 runtime usage | 0 |
7. Runtime SLO Enforcement
Section titled “7. Runtime SLO Enforcement”Runtime SLO Manager: Estados GREEN / YELLOW / RED.
| SLO | Estado |
|---|---|
| TTFB p50 | ✅ |
| TTFB p95 | ✅ |
| Timeout rate | ✅ |
| GPU pressure | ✅ |
| VRAM pressure | ✅ |
| Orphan streams | ✅ |
| Gateway crashes | ✅ |
Degradation Levels: NORMAL ✅, LIGHT ✅, HEAVY (Observado), EMERGENCY (Observado).
Protecciones activas: forced llama routing, qwen protection, adaptive concurrency, stream backlog monitoring, runtime pressure awareness, circuit breaker observability.
8. Modelos IA Disponibles
Section titled “8. Modelos IA Disponibles”Active Runtime Models
Section titled “Active Runtime Models”| Modelo | Estado | Rol |
|---|---|---|
| llama-3.1-8b-instruct | ✅ ACTIVE | Fastpath / lightweight |
| qwen/qwen2.5-coder-14b-instruct | ✅ ACTIVE | Cognitive / report |
| text-embedding-nomic-embed-text-v1.5 | ✅ ACTIVE | Embeddings / RAG |
Disabled / Inventory Models
Section titled “Disabled / Inventory Models”| Modelo | Estado | Clasificacion |
|---|---|---|
| qwen/qwen3.6-27b | ⚠ DISABLED | Inventory only |
| lmstudio-community/qwen2.5-coder-14b-instruct | ❌ DEPRECATED | NON_ROUTABLE (alias → qwen/qwen2.5-coder-14b-instruct) |
9. Infraestructura GPU
Section titled “9. Infraestructura GPU”Nodo Activo
Section titled “Nodo Activo”| Campo | Valor |
|---|---|
| GPU | AMD Radeon RX9070 |
| VRAM | 16 GB |
| Estado | ONLINE |
| Runtime role | Primary inference node |
| Latencia observada | ~2.9ms |
| Scheduler mode | Single-node burn-in |
Nodo Inventario
Section titled “Nodo Inventario”| Campo | Valor |
|---|---|
| GPU | RX7900XT |
| VRAM | 20 GB |
| Estado | INVENTORY / OFFLINE |
| Clasificacion | No critico |
| Uso runtime | Ninguno |
10. Observabilidad
Section titled “10. Observabilidad”Dashboards Grafana activos:
- AI Governance: parser failures, hallucination guard, rate limiting, governance blocked
- Cognitive Profiles: requests by profile, model by profile, route family
- Runtime Protection: SLO state, degradation level, GPU pressure, VRAM pressure, timeout storms, circuit breakers
- Production Burn-In: route distribution, latency p95, prompt inflation, memory recall, error families
11. Planner Runtime (FASE 28.1)
Section titled “11. Planner Runtime (FASE 28.1)”PLANNER RUNTIME SKELETON: OPERATIVO
| Componente | Estado |
|---|---|
| Intent parser | ✅ |
| DAG planner | ✅ |
| Dry-run engine | ✅ |
| Risk engine | ✅ |
| Explainability | ✅ |
| Approval gate | ✅ |
| Workflow state machine | ✅ |
| Governance hooks | ✅ |
Componentes pendientes: Executor readonly ❌, Sandbox write ❌, Rollback engine real ❌, Real execution runtime ❌.
12. Runtime Health
Section titled “12. Runtime Health”| Metrica | Resultado |
|---|---|
| Requests procesadas | 306 |
| Failures | 0 |
| Gateway crashes | 0 |
| Orphan streams | 0 |
| qwen3.6 activations | 0 |
| Success rate | 100% |
GPU Runtime: GPU utilization control funcional, adaptive concurrency funcional, qwen throttling operativo, llama fastpath estable.
13. Seguridad Operacional
Section titled “13. Seguridad Operacional”| Proteccion | Estado |
|---|---|
| Tool budget limiting | ✅ |
| Tool policy disabled | ✅ |
| Stream sanitizer | ✅ |
| Prompt classification | ✅ |
| Governance engine | ✅ |
| Runtime enforcement | ✅ |
| Circuit breaker observability | ✅ |
14. Estado de Madurez
Section titled “14. Estado de Madurez”| Area | Nivel |
|---|---|
| Runtime inference | Alto |
| Observabilidad | Alto |
| Routing cognitivo | Alto |
| SLO enforcement | Alto |
| Governance | Medio-Alto |
| Agentic execution | Skeleton |
| Autonomous execution | No implementado |
15. Riesgos Actuales
Section titled “15. Riesgos Actuales”Moderados:
- single-node runtime
- dependencia GPU RX9070
- planner aun sin executor real
- qwen runtime sensible a presion VRAM
Bajos:
- gateway instability
- orphan streams
- routing drift
- qwen leakage
16. Recomendaciones Estrategicas
Section titled “16. Recomendaciones Estrategicas”Prioridad Alta — FASE 28.2: Implementar executor readonly, governance contracts, runtime execution gates.
Prioridad Media — FASE 28.3+: Implementar sandbox write runtime, rollback snapshots reales, execution verification, planner DAG dependencies reales.
Prioridad Baja — Futuro: multi-node scheduler, distributed inference, VRAM-aware cross-node routing, autonomous remediation.
17. Conclusion Final
Section titled “17. Conclusion Final”AI-LAB en 192.168.1.30 ya no es simplemente un servidor LM Studio local.
Actualmente funciona como un Runtime cognitivo observabilidad-first con routing adaptativo, proteccion SLO, governance runtime, telemetria avanzada, planner agentic skeleton y runtime grounding contextual.
El sistema se encuentra en ESTADO OPERACIONAL ESTABLE y las fases 29.3.x, 29.4.x y 28.1 han estabilizado correctamente inferencia, routing, proteccion runtime, reporting, observabilidad y groundwork agentic sin introducir regresiones operacionales.