SOFIE Secure and Open Federation of IoT systems An introduction - - PowerPoint PPT Presentation

sofie secure and open federation of iot systems
SMART_READER_LITE
LIVE PREVIEW

SOFIE Secure and Open Federation of IoT systems An introduction - - PowerPoint PPT Presentation

SOFIE Secure and Open Federation of IoT systems An introduction September 25, 2017 Pekka Nikander, Aalto University Outline Introduction and goals Core concept Project partners Technical approach Field trials


slide-1
SLIDE 1

SOFIE Secure and Open Federation of IoT systems

An introduction September 25, 2017 Pekka Nikander, Aalto University

slide-2
SLIDE 2

Outline

  • Introduction and goals
  • Core concept
  • Project partners
  • Technical approach
  • Field trials
  • Constrained devices
  • Summary
slide-3
SLIDE 3

Introduction and goals

  • EU H2020 IoT-03 R&I project
  • 3 years 2018–2020
  • Key idea: Secure Open Federation, using DLTs
  • Stated concrete objectives:
  • Define an IoT federation architecture and 


develop a corresponding framework

  • Deploy and evaluate the federation framework in field trials
  • Evaluate the commercial viability
  • Establish the IoT federation approach as a major enabler
slide-4
SLIDE 4

Core concept

– – –

  • Figure 1. SOFIE core concept

consortium’s technological excellence, existing prototype platforms (s

See e.g. the “Overton report”: David Overton, Next Generation Internet Initiative – –

Smart Energy (Electricity & Gas) Grid Existing IoT Platforms & Autonomous “Things” Federation Security Data sovereignty Semantics interoperability Smart Energy (Electricity & Gas) Grid Inter-ledger transactions Openness Application Areas

slide-5
SLIDE 5

Consortium

Participant Country Aalto University Finland Ericsson Finland Rovio Finland Guardtime Estonia AUEB Greece Synelixis Greece Optimum Greece Eng Italy Asm Terni Spa Italy Emotion Srl Italy

slide-6
SLIDE 6

Technical approach

– – –

  • Describe the data (“things”) in the existing IoT pl

handling of “thing events” needs to be considered.

  • decentralised blockchains and ledgers whose governance is also decentralised or “equilateralized” (see Section

IoT Network Stored Data Abstraction Services/API Federation Adapter IoT Network Stored Data Abstraction Services/API Federation Adapter

Existing “closed” IoT Platforms

IoT Network Stored Data Abstraction Services/API Federation Adapter Federation Adapter

Existing “open” IoT Platforms (e.g. FIWARE)

Inter-ledger transactions Layer

Guardtime KSI Ethereum Hyper-Ledger Fabric

. . .

Semantic Representation Secure Actuation SOFIE Federation Framework

Legacy IoT Application SOFIE IoT Application Hybrid IoT Application

. . .

Hybrid IoT Application SOFIE Component Existing DLT Existing IoT Platform

slide-7
SLIDE 7

SOFIE field trials

  • Mixed reality gaming
  • Energy (2 partly federated trials)
  • Food chain
  • Looking for additional external users / trials
slide-8
SLIDE 8

Mixed reality gaming

– – –

  • infrastructure as part of the university’s digitalization agenda, and it will also host one of the world’s first 5G test

slide-9
SLIDE 9

Energy: Terni

– – –

Figure 6. Overview of the energy pilot The Terni pilot will be extended/interoperated with Guardtime’s laboratory and interoperability pilot. Though the

slide-10
SLIDE 10

Energy: Estonia

– – –

Elering (Estonia’s major utility, commercial partner of Guardtime).

  • customer’s point of view, provides the ability to
slide-11
SLIDE 11

Food chain

– – –

and the air in the producer’s premises, the amount of water that has been consum –

Synelixis SynField IoT Platform Optimum Aberon IoT Platform Supermarket IoT Platform Trucks IoT Sensors SOFIE Community based Marketplace Application Synelixis’ SynField multi-hop network of in-field nodes Supermarket Storage & Distribution Centre

slide-12
SLIDE 12

Constrained devices

  • Currently not considering

constrained devices directly

  • You may want to convince

us otherwise 🙃

  • Perhaps an "open" federation

adapter could address that?

  • Anyone volunteers to write

such an adapter? 🙐

– – –

  • Describe the data (“things”) in the existing IoT pl

handling of “thing events” needs to be considered.

  • decentralised blockchains and ledgers whose governance is also decentralised or “equilateralized” (see Section

IoT Network Stored Data Abstraction Services/API Federation Adapter IoT Network Stored Data Abstraction Services/API Federation Adapter

Existing “closed” IoT Platforms

IoT Network Stored Data Abstraction Services/API Federation Adapter Federation Adapter

Existing “open” IoT Platforms (e.g. FIWARE)

Inter-ledger transactions Layer

Guardtime KSI Ethereum Hyper-Ledger Fabric

. . .

Semantic Representation Secure Actuation SOFIE Federation Framework

Legacy IoT Application SOFIE IoT Application Hybrid IoT Application

. . .

Hybrid IoT Application SOFIE Component Existing DLT Existing IoT Platform

slide-13
SLIDE 13

Reflection

  • Not rocket science
  • Mostly novel integrating of existing components
  • Security and privacy may be challenging
  • Especially end-to-end data security
  • Apparently lots of conflicting needs
  • Need community help to get the details right
slide-14
SLIDE 14

Summary

  • H2020 IoT-03 R&I, 2018–2020, 4.5 M€, 10 partners
  • Secure Open Federation of IoT platforms with DLTs
  • Trial areas: Gaming, Energy, Food chain
  • We are looking for
  • Community feedback (e.g. to our white paper)
  • New external trials / users (from mid 2018)