PHOTAXON

FiberSpider

Rete FTTH distribuita con nodi intelligenti, LLM agent e orchestrazione automatizzata.

LABORATORY SIMULATION — No physical FTTH provisioning is executed by this public demo.

FiberSpider

Distributed FTTH simulation backed by live API.

  • Live labAPI-driven network simulation
  • TopologyAutonomous route discovery
  • ValidationDeterministic backend checks

LIVE FIBERSPIDER LAB

Laboratory status powered by live FiberSpider telemetry.

API status Loading...

Fetching backend health.

Simulation Pending

Awaiting live lab data.

General status

API Online
Project
Status
Technician
ONT detected

Mission details

ONT serial
LLM proposal
Backend validation
Provisioning
Final state

TOPOLOGY

Network path observed by FiberSpider.

FIBERSPIDER LLM AGENT

AI-driven interpretation and deterministic validation.

OBSERVE

Collect network state, ONT telemetry, and technician inputs.

ANALYZE

Evaluate topology, capacity, and work request context.

PROPOSE

Suggest a path extension or remediation sequence.

BACKEND VALIDATION

Deterministic service checks the proposal before any action.

PROVISIONING PLAN

Prepare a simulated operation plan and close the job.

The LLM interprets events and generates proposals. It does not have a free shell and does not act on infrastructure without deterministic backend approval.

TECHNICIAN ACTIVATION

Simulation of an operational activation workflow.

This is a simulation workflow only. No real infrastructure changes are performed.

Activation workflow simulation

  1. TELEGRAM ID RECEIVED
  2. TECHNICIAN IDENTITY CHECK
  3. WR CHECK
  4. ONT / GPON IDENTIFICATION
  5. FIELD PATH ANALYSIS
  6. LLM TOPOLOGY PROPOSAL
  7. BACKEND VALIDATION
  8. PROVISIONING
  9. JOB CLOSED
Awaiting input to simulate the workflow.

ARCHITECTURE

Public and distributed control plane architecture.

PUBLIC SIDE

Internet → Cloudflare → ALEX / Apache2

CONTROL SIDE

ALEX → Encrypted Yggdrasil Mesh → RAGNO / FiberSpider FastAPI

DATA SIDE

RAGNO → Encrypted Yggdrasil Mesh → AAA / PostgreSQL FiberSpider

CABINET CONCEPT

Research / future smart cabinet nodes.

Each cabinet represents a future FiberSpider node with local compute, LLM agent, FTTH telemetry, network state, peer communication, and autonomous decision support.

CAB-AFuture distributed node
CAB-BEdge processing concept
CAB-CResilient network observability

NEXT RESEARCH PHASE

Proof-of-concept for smart FTTH cabinet design.

Future objectives include optical sensors, enhanced telemetry, smart switching, local compute, resilient power, and autonomous diagnostics.