State of the Art M2M/IoT Solutions · State of the Art M2M/IoT Solutions M2M Evolution: Closing the...
Transcript of State of the Art M2M/IoT Solutions · State of the Art M2M/IoT Solutions M2M Evolution: Closing the...
State of the Art M2M/IoT Solutions
M2M Evolution: Closing the Gap between IT and OT
Las Vegas, 8.11.2014
Jon Woodland
Director of Cloud Solutions
IT/OT Gap Overview• Information Technology (IT)
– Providing data for corporate decision making and support of corporate
business process
– Homogenous architecture to allow readiness, pervasiveness and cost containment.
– Rapid adoption to new computing trends
– Virtualization => Internet => Cloud => Mobility => BYOD
• Operational Technology (OT)
– Providing data and control to operationally transform products and services
– Task Oriented – specific purpose -
– Highly customized service specific systems designed to specific assets
– Silos of proprietary architectures specific because to task
• IT/OT Integration –
– Nature of OT is changing.
– Devices are increasing becoming multiservice end points serving multiple
applications
– Need to learn from best practices in IT
The Internet of ThingsUnderstanding Legacy Architectures - Monolithic
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
EngineeringCustom
Application
Enterprise Applications
The Internet of ThingsLegacy IoT Architectures – Implementation Barrier
One-to-One data relationship
between the services (devices) –
monolithic solutions.
Custom applications are required
to access data
Custom
“Monolithic”
Applications
Enterprise Applications
Location # 2
Location # 3
Implementation
Barrier
Location # 1
WAN / Internet
The Internet of ThingsArchitectural Approach for more effective M2M Solutions
What needs to be done:
• Flexible, IT centric M2M hardware & software platforms
• Decoupling of consumers and producers of data
• Single flexible & manageable M2M infrastructure
But …
• “Minimal-invasive” approach
• Integrating legacy systems, preserving investments
• Reduce cost (WAN, cellular, implementation, operations)
The Internet of ThingsArchitectural Approach for more effective M2M Solutions
What needs to be done summary:
Decoupling Producers & Consumers of M2M Device Data
+Integrating, Consolidating and Computing at the Edge
The Internet of Things – Step 1Decoupling 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
The Internet of Things – Step 2Integrating, Consolidating and Computing at the Edge
M2M Smart Services Gateways
integrate and consolidate at the
remote location
Enterprise Applications
Location # 3
Location # 1
Location # 2
M2M Intelligent
Edge
Internet of ThingsEnd to End Solutions in IoT
Devices
System
Infrastructure
Application
Infrastructure
Layer
Application
Layer
M2M
Integration
Platform
Communication
Infrastructure
Field Infrastructure
IaaS
Server
Datacenter
iPaaS
aPaaS
SaaS
Enterprise Applications
SIM Management &
Provisioning Platforms
Mobile
CarriersOther
Carriers Satellite
OT Infrastructure
/ Device CloudInternet
Big Data
Business Intelligence / Analytics
Application
Enablement
Device & Data
Management
Cloud
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