future internet brazilian environment for experimentation

FIBRE – Future Internet Brazilian Environmentfor Experimentation

ICT Week

Leandro Ciuffo – RNPleandro.ciuffo@rnp.br

Brasilia, Sep 2016

Timeline

1st EU-BR call

2011 2014 2015 20182012 2013 2016 2017

RNP 3rd EU-BR call(Testbed as a service)

(Project)

2019

1st EU-Brazil Coordinated Call in ICT

Tema Projeto selecionadoMicroelectronics/ Microsystems PodiTrodiNetworked Monitoring and Control BEMO-COFRAFuture Internet: Experimental Facilities FIBREFuture Internet: Security SECFUNETe-Infrastructures EUBrazilOpenBio

3

FIBRE Testbed Overview

• Large-scale Virtual Laboratory for students and network researchers• Application and/or lower network layers

• Characteristics• Open and free to use• Diverse types of resources available

• Wireless, VMs, OpenFlow substrate, Sensor Networks• Autonomous Federation of local Testbeds

• SFA (Slice based Federated Architecture)• Community Governance Model• Main services (Operation Centre) operated by RNP

4

UFPE

UNIFACS

UFFUFRJCPqD USPUFSCar

RNP

UFG

UFPA

Wireless nodes

Virtual Machines and switches

RNP(FIBREnet)

Legacy testbedGeneral view

5

Connection to USA

Connection to Europe

FIBREnetDatacom DM4001(FIBREnet border router)

6

UFPE

UNIFACS

UFFUFRJCPqD

USP

UFSCar

RNP

UFG

UFPA

UFRGS

Wireless nodes

Sensors

Virtual Machines and switches

Connection to USA

Connection to Europe

Current infra

7

UFPE

UFES

PUC-Rio

UFFUFRJ

PUC-RS

CPqD

USP

UFSCar

RNP

UFG

UFPA

UFMGUFU

UFRGS

UdelaR

Wireless nodes

Sensors

Virtual Machines and switches

Connection to USA

Connection to Europe

UNIFACS

UFBA

Expansion in progress

8

Hardware inside a typical FIBRE island

2x ServerU Netmap L-800 (whitebox)

Datacom OpenFlow switch(FIBREnet border router)

2 switches OpenFlowVM Server

@institution (lab or datacenter) @RNP PoP

Top of Rack switch

HP DL160 Gen9DATACOM DM4100 ETH44GT+4GC+S+L3

DATACOM DM4001

FIBREnet

Icarus wireless nodes

Users

231 users55 institutions

OCT DEC JAN FEB APR JUN SEP0

50

100

150

200

250

User Growth Through Time

10

Usage (recent examples)

Trabalhos acadêmicos"Djalma Filho" <dalf@cin.ufpe.br>

UFPE - Usa o testbed em experimentos para a dissertação de mestrado"Claudio Luiz" <claudioluiz@iff.edu.br>

IFF - Usa o testbed em experimentos para a dissertação de mestrado e em artigo aceito para o WPEIF 2016 de título "Investigação do Protótipo ProtoRINA utilizando o Ambiente Fibre".

"rodrigoalves rj" <rodrigoalves_rj@yahoo.com.br>UFF - Irá utilizar na tese de doutorado.Também utilizou em sala de aula para o curso de SDN da UFF.

Jeandro Bezerra e Adriano Henrique de Melo França <ahmf@cin.ufpe.br> UFPE - Utilizará em minicurso do SBRC 2016 (http://www.sbrc2016.ufba.br/minicurso/minicurso-3/)

Equipe UFMGArtigo sobre avaliação comparativa de switches OpenFlow (testes de desempenho com DATACOM do PoP-MG)

Uso em sala de aulaMarco Antonio <markao@outlook.com>

UFF - Utilizou em pesquisa orientada e no curso SDN da UFF.Alunos da UFC

UFC - Utilização em curso de SDN da UFC

12

FIBRE Current Status and Next Steps

• Architecture Upgrade• Single resource management and reservation interface• Adoption of a new Control and Management Framework

(OMF 6.0)• Support for the OpenFlow 1.3 protocol

• Extensibility and integration of new resource types• IoT, sensors and actuators, photonics, cloud,…

• Testbed-as-a-Service model• Partnership with other initiatives and projects• E.g. FUTEBOL, BAMBU, Fed4FIRE

• Short course next week at ERRC – Porto Alegre

Leandro Ciuffo – RNPleandro.ciuffo@rnp.br

Obrigado / Thank You

www.facebook.com/fibre.testbedwww.fibre.org.br