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-gatewayAPI OpenAI-compatible (:8008)
ailab-routerRouting cognitivo (:8083)
ailab-live-apiEstado runtime live (:8084)
ailab-live-stateSnapshot runtime
ailab-heartbeatHealth signaling
ailab-docsAstro documentation (:4322)
ailab-metricsExport 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
minimalllama-3.1-8b
observellama-3.1-8b
cognitiveqwen2.5-coder
reportqwen2.5-coder
embeddingsnomic-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.