Workshop on Cyber-physical Systems Platforms – Pedro Costa “Internet of Things 2.0”

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Porto, 13 Maio 2015 Internet of Things 2.0 Workshop on Cyber-physical Systems Platforms NarrowNet

Transcript of Workshop on Cyber-physical Systems Platforms – Pedro Costa “Internet of Things 2.0”

Page 1: Workshop on Cyber-physical Systems Platforms – Pedro Costa “Internet of Things 2.0”

Porto, 13 Maio 2015

Internet of Things 2.0

Workshop on Cyber-physical Systems Platforms

NarrowNet

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1 Internet das Coisas

2 SIGFOX

3 NarrowNet

4 Exemplos de Aplicações

5 O Futuro

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Internet das Coisas

1

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“Internet of things is

a $19 trillion opportunity”

$19 trillion

“Google buys Nest for $3.2 billion to

build a strong team for the internet of

things”

$3.2bn

“There are about 20 billion IoT devices out there

today, but that number will grow to 1.5 trillion by

2020”

1.5 trillion devices

“Samsung buys SmartThings, a B2C application

allowing to control everyday home appliances

over the internet, for $200m”

$200m(1)

$450bn devices

“The market for connected devices will

reach $450bn in 2022”

$112m

“PTC buys ThingWorx, a B2B software

platform designed to build and run M2M

and IoT-based applications, for c.$112m”

Note: (1) Estimation (amount not disclosed)

Sources: Press, Companies

“IoT will generate $300bn in revenue

by 2020”

$300bn

1bn 6bn …. 28bn

By 2020

28bn devices

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“Top 10 Strategic

Technology

Trends for 2015”

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Como funciona

Coisas Comunicação Dados Análise

10101

01010

00100

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Previsões

80 mil milhões objectos conectados em 2020

0

40

80

2010 2014 2017 2020

Networked Verticals Industries

Networked Consumer Electronics

Networked Everything

2nd Wave

3rd Wave

1st Wave

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Volumes de Objectos Tecnologia

0

40

80

2010 2014 2020

20 mil milhões Objetos

Tecnologias Atuais

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0

40

80

2010 2014 2020

60 mil milhões Objetos

20 mil milhões Objetos

Novas Tecnologias

Tecnologias Atuais

Volumes de Objectos Tecnologia

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Alto consumo de energia

Complexidade de instalação

Custo de Hardware

Custo de Comunicação relevante

Limitações Tecnologias Actuais

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Opção A - Evolução da tecnologia actual

Opção B - Aplicação duma tecnologia disruptiva

Como se rompem as “cadeias”?

Limitações Tecnologias Actuais

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Da mesma forma que Henry Ford mudou a sociedade ao popularizar o automóvel…

Tecnologia Disruptiva

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Ou, como a forma de cortar o cabo de ligação do telefone nos levou a que todos ganhássemos em liberdade

Tecnologia Disruptiva

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Ou como a internet mudou radicalmente a vida das pessoas

Tecnologia Disruptiva

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2 SIGFOX

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Uma rede de comunicações pioneira,

pensada, desenvolvida e a funcionar em

exclusivo para a IoT.

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História

Tecnologia

2009-2011

2012-…

2013-…

Operador

em França Expansão

Internacional

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Pressupostos

Para que a IoT seja uma realidade é necessário:

Baixo Custo de Comunicação

Baixo Consumo Energético

Longo Alcance

Facilidade de Implementação

Enorme quantidade de objectos

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Sensores

Rede de

Comunicação Cloud Aplicações

Topologia da Rede

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Complexidade

Simplicidade

Banda Larga 3G – 4G

Longo alcance Curto alcance

Próxima Geração

Relevante para comunicações High data

Posicionamento

Ideal para a grande maioria das aplicações IoT / M2M

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Tecnologia

• Banda ISM (livre)

• sinal UNB

• 868.2 Mhz (Europa), regulado pelo ETSI

• 915 Mhz (EUA), regulado pelo FCC

• 12 bytes: tamanho da mensagem (payload útil)

• 140: número máximo de mensagens por dia

• 2s: duração máxima da mensagem

• 100bps: low data rate

• 100Hz: largura de banda

• Native Uplink Network

• Downlink de terceros y limitado (control)

• 25 mW: potência muito baixa nos modems dos dispostivos

• Dispositivos de baixo consumo energético

• -142dBm: boa sensibilidade

• Path loss admitido elevado: 164 (UL) – 158 (DL)

• Longo alcance

• Compatível com bandas não licenciadas

(UN39; Recomendação 70 03; EN 300 220)

• Qualidade do serviço (best effort)

• Uplink and downlink

868

140

Frequência (Europa) Banda Livre ISM

Número máximo de mensagens por dia

12 Tamanho máximo das mensagens

MHz

Bytes 25 Potência dos modems baixa

mW

100 Largura de banda (UNB) Modulação BPSK

Hz

100 Velocidade

bps

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Tecnologia

uma mensagem captada pela rede-piloto em Lisboa

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Tecnologia Capacidade e Resistência às Interferências

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Exterior Interior

Componentes da rede

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Principais Vantagens

Sensores isolados Tamanho ultra reduzido Sem ligação eléctrica

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Cobertura 60 países 5 anos Global

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NarrowNet

3

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A NarrowNet é o SIGFOX Network Operator™ em Portugal.

Quem Somos

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Sensores

Rede de

Comunicação Cloud Aplicações

Topologia Ecossistema

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Light Indoor

Cobertura Rede-Piloto Lisboa

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Outdoor

Cobertura Rede-Piloto Lisboa

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Outdoor

Cobertura Rede-Piloto Lisboa

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Mensagens Backend

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Cobertura 2015

4T 95% População

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Exemplos de Aplicações

4

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Smart Cities Gestão de Painéis Publicitários

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Smart Cities Gestão de Estacionamento

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Telemetria

Detecção de abertura de portas Controlo de Temperatura Monitorização do nível de combustível

Shipping companies need to ensure refrigerated cargo stays refrigerated, and this Sigfox-linked sensor from Seur reports temperature information and notifies overseers if a truck's cargo doors have been opened. Here, the sensor is shown atop a toy truck.

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Tracking Activos Animais Pessoas

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Smart Grids

Contagem Inteligente de Água

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Edifícios

Inteligentes

Detecção de Intrusão Detecção de incêndio e ambientes nocivos

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O Futuro

5

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Investimento

Histórico

100 Milhões Euros

Parceiros Industriais

Telecomunicações

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“If you want something new, you

have to stop doing something old.”

Peter F. Drucker

Pedro Costa (Ecosystem Developer) [email protected]