Massive number of services and massive number of stakeholders with - - PowerPoint PPT Presentation

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Massive number of services and massive number of stakeholders with - - PowerPoint PPT Presentation

1 Massive number of services and massive number of stakeholders with local rules Pal Varga and Jerker Delsing www.arrowhead.eu 03/10/13 3 The society nervous system - the automation challenge 3 Annual growths more than 10% and over 40


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Massive number of services and massive number of stakeholders with local rules

Pal Varga and Jerker Delsing

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03/10/13 3

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The society nervous system - the automation challenge

Annual growths more than 10% and over 40 billion connected devices are expected worldwide by 2020. - Artemis SRA 2011 Massive automation systems not possible with current technologies

Not enough many engineers on the globe to do the job with current technology


Arrowhead automation service framework based on Internet of Things and Service Oriented Architecture enabling Collaborative automation involving almost any device and Machine supported system integration


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Heathrow terminal 5

5 million connected points!!

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What about London railway then?

X.XXX.XXX number of bearings Connected bearings will support Bearing condition monitoring Railway wagon condition monitoring

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Arrowhead Framework

Common systems and components Security: authorisation, authentication, encryption


 


ARROWHEAD
 FRAMEWORK COMPLIANT NETWORK

IA SM II

Application system Application system Application system Application system Application system Application system

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Integration of technology generations

Application (”legacy”) system

Adapter type X (SW component)


 


ARROWHEAD
 FRAMEWORK COMPLIANT NETWORK

Application system Application (”legacy”) system

Adapter type Y

Level 3 Native implementation Level 2 Implementation based on integrated commonly provided SW component Level 1 Implementation using commonly provided adaptor that connects to existing interface.

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Unified and deployed Arrowhead

ESB realization Arrowhead Network

Sys Sys Sys Sys II SM IA IA

AFNET

S2 S1 S4 S3

II

SM

IA IA AFNET

S2 S1 S4 S3

II

SM

IA IA Bridge

Bridge Bridge

Sys P-P Sys Sys Sys Sys Sys Sys Sys

AFNET

S2 S1 S4 S3

II

SM

IA IA Bridge

Hub-n-Spoke Sys P-P Arrowhead 
 Network

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Interaction between local clouds

Security Authorisation Authentication Encryption Technology transparency Interoperability layer Translation service Orchestration system Semantics Error handling

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Technology consideration

Massive distribution - unreliable communication Resources constrained systems, computing, memory, energy Energy cost of data transportation Information centric Authorisation

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Multi stakeholder in collaborative operation

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Local cloud #1

IA SM II

Application system Application system Application system Application system Application system Application system

Local cloud #2

IA SM II

Application system Application system Application system Application system Application system Application system

Local cloud #3

IA SM II

Application system Application system Application system Application system Application system Application system

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Composed services need to overcome issues of local boundaries Local rules of orchestration Local rules of authentication and authorisation Local rules of services registry Technology generations Technology ownership

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Conclusion

Massive number of services and massive number of stakeholders with local rules Interaction between local clouds enabling Composed services Between stockholders interaction At run time Technologies of different generation should be composable Resources at devices are constrained