overcoming the limitations of current or legacy m2m systems - the m2m evolution

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Overcoming the Limitations of Current or Legacy M2M Systems M2M Evolution: The Old and the New Internet of Things Munich, 10.12.2012 Robert Andres

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Overcoming the Limitations of Current or Legacy M2M Systems. M2M Evolution: The Old and the New Internet of Things This presentation explains an Architectural Approach for creating more effective M2M Solutions. Key points are: - Decoupling of Consumers and Producers of data - Single flexible M2M Infrastructure - Flexible, IT centric Scalable Edge Nodes hardware and software platforms - Integrating and Consolidating Services at the Edge.

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Page 1: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

Overcoming the Limitations of Current or

Legacy M2M Systems

M2M Evolution: The Old and the New Internet of Things

Munich, 10.12.2012

Robert Andres

Page 2: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

The Internet of Things Legacy M2M Systems

• M2M is not a new concept - device to business applications have

been implemented for many years

• M2M is just a new term for distributed systems like the ones we

have built for years

• Technology advances and standardization lead to a commoditization

of distributed systems

• There is a huge number of legacy protocols and technologies

implemented and in use today that have to be supported

Page 3: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

The Internet of Things Understanding Legacy Architectures

Multi-Drop Polled Circuits

Operation

Consoles

FEP Host

Enterprise Applications

• Poll/Response Paradigm uses 100% of available bandwidth

• The data “Transport” is the “Application” • One protocol for all field equipment limits deployment of new

technology & impedes migration to new technologies

Page 4: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

Allen-Bradley DF1

Allen-Bradley DH+

Allen-Bradley EN/IP

Amocam (all versions)

ARCNet

ATS

BITbus

CANbus

CA

CCM2

CDCI

CDCII

Conitel

DeviceNet

Daniel

DL130

DNP 3.0

Elliott

Enron Modbus

F&M

Ferranti MK2A

Galveston-Houston

GPE

GSI

Harris 5000/5500/6000

Hansa S002

HART

Hayes

Honeywell DE

Kodata

L&J

LANDAC

Landis & Gyr

Micromotion Flowscale

MODBUS ASCII

MODBUS RTU

MODBUS Plus

MPS9000

MTS

Omron Host Link

Optomux

PERT 2631

Plessey TC6

RDACSII

REDAC 70H

RNIM

Siemens 3964R

Siemens RK512

SLIP

SNET -I

SNET –II

GE SRTP

TANO Model 10

TANO Model 100

TCP/IP

Tejas

Total-Flow

Transit Bus

TRW 9550

Valmet Series 5

Transmitton MT700

TRW S-70

TRW S-703

Varec

Wesdac 4F

WISP

The Internet of Things ... with just a few Industry Protocols

Page 5: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

The Internet of Things Understanding Legacy Architectures

One-to-One data relationship

between the Host and field

equipment.

Custom applications are

required to access data

Multi-Drop Polled Circuits

Operation

Consoles

FEP Host

Custom

Application

ERP

Modeling

Engineering Custom

Application

Enterprise Applications

Page 6: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

The Internet of Things Legacy Architectures – Implementation Barrier

Complex mix of data producers, consumers, and services is not

addressed:

• One-to-One data relationship between the services (devices,

sensors) and the (enterprise) applications requiring the data

• Custom applications on a database level are required to access

data

• 60%-90% of Project Effort on Data Delivery

• Costly Bandwidth Consumption

• Protocol is the Transport – Can’t break apart

Page 7: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

The Internet of Things Architectural Approach for more effective M2M Solutions

What needs to be done:

• Decoupling of consumers and producers of data

• Single flexible & manageable M2M infrastructure

• Flexible, IT centric SEN hardware & software platforms

But …

• “Minimal-invasive” approach

• Integrating legacy systems, preserving investments

• Reduce cost (WAN, cellular, implementation, operations)

Page 8: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

The Internet of Things Architectural Approach for more effective M2M Solutions

What needs to be done (short version):

Decoupling Producers & Consumers of M2M Device Data

+ Integrating and Consolidating Services at the Edge

Page 9: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

The Internet of Things – Step 1 Decoupling Producers & Consumers of M2M Device Data

Many-to-Many data relationship

between the business applications

and the devices

Enterprise Applications

Location # 3

Location # 1

Location # 2

Enterprise Service Bus

For M2M Device Data

M2M

Integration

Platform

Page 10: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

The Internet of Things – Step 2 Integrating and Consolidating Services at the Edge

M2M Smart Services Gateways

integrate and consolidate at the

remote location

Enterprise Applications

Location # 3

Location # 1

Location # 2

M2M Multi-Service

Gateway

Page 11: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

APIs, Dashboards, Console, etc.

The Internet of Things Distributed Systems Architectural Overview

Consumers of Data

M2M

Integration Platform

Multi-

Service

Gateways

Producers of Data

M2M

Infrastructure

Solution

Operational

Technology

Building Block

Standard Interfaces

Page 12: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

© 2013 Eurotech. All rights reserved

This presentation has been prepared by Eurotech S.p.A. (or “Eurotech”).

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The information in this document is proprietary to Eurotech. No part of this document may be reproduced, copied, or transmitted in any form or for any purpose without the express prior written permission of Eurotech.

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No reliance may be placed for any purposes whatsoever on the information contained in this document or any other material discussed during this presentation, or on its completeness, accuracy or fairness.

Eurotech assumes no responsibility for errors or omissions in this document. Eurotech does not warrant the accuracy or completeness of the information, text, graphics, links, or other items contained within this material. This document is provided without a warranty of any kind, either express or implied, including but not limited to the implied warranties of merchantability, fitness for a particular purpose, or non-infringiment.

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Page 13: Overcoming the Limitations of Current or Legacy M2M Systems - The M2M Evolution

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