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


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
CampoValor
Host principal192.168.1.30
Hostname logicoubuntu-ialab
RuntimeAI-LAB Cognitive Runtime
EstadoONLINE
Tipo de despliegueSingle-node cognitive runtime
ArquitecturaGateway + Router + Telemetry + Agentic Skeleton
Perfil operativoProduccion experimental estabilizada
Runtime generationFASE 29.4.2
Planner runtimeFASE 28.1
Enforcement runtimeFASE 29.4
SubsistemaEstado
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
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-embed
ServicioEstadoFuncion
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)
ServicioEstado
stream_sanitizer✅
capability_router✅
prompt classifier✅
runtime context builder✅
ServicioEstado
Prometheus (192.168.1.40:9090)✅
Grafana (192.168.1.40:3000)✅
Metrics exporter✅
Runtime telemetry✅
Route FamilyEstadoModelo 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:

MetricaResultado
TTFB reduction-29%
p50 TTFB804ms
Success rate100%
Gateway crashes0
qwen3.6 runtime usage0

Runtime SLO Manager: Estados GREEN / YELLOW / RED.

SLOEstado
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.

ModeloEstadoRol
llama-3.1-8b-instruct✅ ACTIVEFastpath / lightweight
qwen/qwen2.5-coder-14b-instruct✅ ACTIVECognitive / report
text-embedding-nomic-embed-text-v1.5✅ ACTIVEEmbeddings / RAG
ModeloEstadoClasificacion
qwen/qwen3.6-27b⚠ DISABLEDInventory only
lmstudio-community/qwen2.5-coder-14b-instruct❌ DEPRECATEDNON_ROUTABLE (alias → qwen/qwen2.5-coder-14b-instruct)
CampoValor
GPUAMD Radeon RX9070
VRAM16 GB
EstadoONLINE
Runtime rolePrimary inference node
Latencia observada~2.9ms
Scheduler modeSingle-node burn-in
CampoValor
GPURX7900XT
VRAM20 GB
EstadoINVENTORY / OFFLINE
ClasificacionNo critico
Uso runtimeNinguno

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

PLANNER RUNTIME SKELETON: OPERATIVO

ComponenteEstado
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 ❌.

MetricaResultado
Requests procesadas306
Failures0
Gateway crashes0
Orphan streams0
qwen3.6 activations0
Success rate100%

GPU Runtime: GPU utilization control funcional, adaptive concurrency funcional, qwen throttling operativo, llama fastpath estable.

ProteccionEstado
Tool budget limiting✅
Tool policy disabled✅
Stream sanitizer✅
Prompt classification✅
Governance engine✅
Runtime enforcement✅
Circuit breaker observability✅
AreaNivel
Runtime inferenceAlto
ObservabilidadAlto
Routing cognitivoAlto
SLO enforcementAlto
GovernanceMedio-Alto
Agentic executionSkeleton
Autonomous executionNo implementado

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

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.

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.