Laboratory Simulation

Rete FTTH distribuita con nodi intelligenti e AI.

FiberSpider unisce telemetria reale, LLM intelligence e una rete distribuita sicura tramite Yggdrasil.

Vedi il laboratorio Attivazione tecnico Architettura

LABORATORY SIMULATION — Nessun provisioning FTTH reale eseguito.

Live FiberSpider Lab

Dati reali in tempo reale, topologia dinamica e validazione deterministica.

Live labAPI-driven network

TopologyInterpretazione intelligente

ValidationBackend control

Live FiberSpider Lab

Stato del laboratorio e infrastruttura in tempo reale.

API status Loading...

Fetching backend health.

Simulation Pending

Awaiting live lab data.

Control plane Loading...

Fetching OpenStack status.

General status

API Online: —
Project: —
Status: —
Technician: —
ONT detected: —

Mission details

ONT serial: —
LLM proposal: —
Backend validation: —
Provisioning: —
Final state: —

OpenStack Infrastructure

Control plane and virtual network topology.

Control Plane Loading...

FS-MGMT —

FS-LINE-A —

FS-LINE-B —

FS-LINE-C —

CAB-A —

CAB-B —

CAB-C —

Fiber topology

Percorso simulato dal laboratorio.

Il percorso è una rappresentazione animata della simulazione di rete.

FIBERSPIDER INTELLIGENCE

Il processo LLM e la validazione deterministica.

Observe

Analyze

Topology Proposal

Deterministic Validation

Provisioning Plan

...

Technician activation

Workflow di attivazione simulato.

Telegram ID

WR / Work Request

ONT GPON / Serial

ROE

Cabinet

Splitter

Field path / technician notes

Activation workflow simulation only. No real provisioning executed.

Activation workflow simulation

Telegram Identity
Technician verification
WR verification
OTP Telegram
ONT / GPON identification
Physical path analysis
LLM analysis
Backend validation
Simulated provisioning
Job closed

...

Distributed architecture

Public, control and data layers.

Internet

→

Cloudflare

→

ALEX
Public Web Layer

→

Yggdrasil
Encrypted Mesh

→

RAGNO
FiberSpider Intelligence / API

→

AAA
Distributed Data Layer

NEXT RESEARCH PHASE

Smart FTTH cabinet prototype.

Optical Sensors

Telemetry

Smart Switching

Local AI Compute

Resilient Power

Autonomous Diagnostics

Distributed Control

Software proof of concept completed. Hardware smart cabinet is research/prototype phase.