Red Hat and the Open Source for DX

Berlin, the 15th of May 2019

IoT & Digital Transformation beyond the datacenter with containers

Luca Gabella, EMEA BDM for Digital Transformation & IoT

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DIGITAL TRANSFORMATION The accelerating transformation of

business activities, processes and competenciesto fully leverage the opportunities of digital

technologies and automation.

THE RED HAT PORTFOLIO

HYBRID CLOUD INFRASTRUCTUREInfrastructure software across the 4 footprints, with Linux at the core

CLOUD-NATIVE APP PLATFORMS

Software to rapidly & efficiently develop & deploy apps across

hybrid cloud environments

MANAGEMENT & AUTOMATION

Software to simplify management & automation of

hybrid cloud environments

3

…

…

DIGITAL TRANSFORMATION BUSINESS REQUIREMENTS RAISE ADDITIONAL CHALLENGES

● Digital Transformation is a permanent state requiring continuous innovation

● More data to gather, more data to analyse in real-time and act upon these outcomes

● Enable the above everywhere it is needed from the datacenter up to the edge to support business needs

Innovate continuously

Handle huge amount of data in real time

Deploy everywhere up to the edge

EXAMPLES OF USE CASESRemote factories, float of vessels, trains, oil & gas platforms, complex machinery,...

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CONTAINER

REMOTE MACHINE

CONTAINER

CONTAINER

CONTAINER

Edge

?

Container

CUSTOMER NEEDSHow to handle containers deployment to the edge?

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WHAT ARE CONTAINERS?CONTAINER BENEFITS FOR MULTIPLE TEAMS

CONTAINERS

Package all app dependenciesIntegrated in Linux OS

Fully Open SourceSecure Isolation of Applications

Eliminates need for VM HypervisorRuns on Any Cloud Platform

CLOUD INFRASTRUCTURE

LINUX HOST (KERNEL)

Container

App

Container

App

Container

App

Container

App

● Enable efficiency and automation for microservices, but also support traditional applications

● Enable faster and more consistent deployments from Development to Production

● Enable application portability across 4 infrastructure footprints: Physical, Virtual, Private & Public Cloud

Automated operations

A CONSISTENT CONTAINER APPLICATION PLATFORM

FROM YOUR DATACENTER TO THE CLOUD

Multi-tenant Networktraffic control

Over-the-airupdates

BARE METAL, VSPHERE, RHV, OPENSTACK, AWS, AZURE, GOOGLE

Pluggable architecture

Monitoring& chargeback

Secure by default

Datacenter

OPENSHIFTCLUSTER

ENVIRON-MENT PRODUCTIONDEVELOPMENT TESTING

GatewaysGatewaysDistributed Nodes.

EXISTINGCI/CD PIPELINE

OPENSHIFTIMAGE

REGISTRY

EDGE PRODUCTION

DISTRIBUTED SYSTEMS

RHEL 7.XCONTAINER

RHEL 7.XCONTAINER

THE VISION - CI/CD THROUGH DATA-CENTRE AND THEIR DISTRIBUTED SYSTEMS

GatewaysGatewaysEdge Nodes.

RHEL 7.XCONTAINER

RHEL 7.XCONTAINER

USE CASE SCENARIOFrom Datacenter to the Factory

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IoT HUB

SCENARIO 1Low resource (Edge Gateway)Non reliable connectivity

SCENARIO 2High resource (Edge Server)Reliable connectivity

SCENARIO 3Available resource (Edge Server)High affidability connectivity

- Data gathering- Dynamic deployed containerized business applications- Centralized Management

- Data gathering- Basic analytics remotely managed

- Data gathering- Dynamic deployed containerized business applications

Corporate Node Plant Node Edge Node

Deployment Scenarios(Based on resource (CPU/Memory)

and connectivity (Bandwidth/Latency) availability)

Available capabilities

Plant DCCorporate DC

MULTIPLE EDGE DEPLOYMENTS SCENARIOS

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Datacenter

OPENSHIFTCLUSTER

ENVIRON-MENT PRODUCTIONDEVELOPMENT TESTING

GatewaysGatewaysEdge Nodes.GatewaysGatewaysDistributed Nodes.

EXISTINGCI/CD PIPELINE

OPENSHIFTIMAGE

REGISTRY

EDGE PRODUCTION

RHEL 7.XCONTAINER

RHEL 7.XCONTAINER

DISTRIBUTED SYSTEMS

RHEL 7.XCONTAINER

RHEL 7.XCONTAINER

SEPARATION OF DUTIES MEANWHILE COHABITING ON THE SAME DISTRIBUTED ARCHITECTURE

IoT domain

application domain

IoT HUB

SCENARIO 1Low resource (Edge Gateway)Non reliable connectivity

SCENARIO 2High resource (Edge Server)Reliable connectivity

SCENARIO 3Available resource (Edge Server)High affidability connectivity

- Data gathering- Dynamic deployed containerized business applications- Centralized Management

- Data gathering- Basic analytics remotely managed

- Data gathering- Dynamic deployed containerized business applications

Corporate Node Edge Node Field

Deployment Scenarios(Based on resource (CPU/Memory)

and connectivity (Bandwidth/Latency) availability)

Available capabilities

Plant DCCorporate DC

MANAGING DIFFERENT DOMAINS TO COVER THE COMPLEXITY AT THE EDGE

App

IoTApp

App

IoT

App

IoT

IoT

Dev Test Prod

SMART TRAIN AT THE EDGEBUILDING THE INTELLIGENT ENTERPRISE

TRANSPORTATION

SBB, the Swiss Railways Company empowers its trains with intelligent gateways to provide onboard information system. The IoT gateways feeds in-train Information terminals - shows next stop and additional train connections, process loudspeakers for alert messages, handle surveillance cameras.

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DATA CENTER

• Opoenshift• Sattelite

• RHEL

BUILDING INTELLIGENT FACTORY USING REAL-TIME DATA

BUILDING THE INTELLIGENT ENTERPRISE

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INDUSTRY 4.0

POSCO ICT sought to cost-effectively create an intelligent factory that uses real-time data from Internet of Things (IoT) sensors to monitor and control facility conditions, maintain a stable operation environment, and extend the lifespan of the facility.

● Red Hat Enterprise Linux as an open source foundation for its critical systems, such as its enterprise portal and collaboration systems.

● Red Hat Virtualization and Red Hat JBoss Enterprise Application Platform, to support data analysis conducted at the smart factory

Smart meters

Smart Factory Data Center

Central information system

Sensors 1

Sensors 2

ENHANCE THE IOT PLATFORM OF AN APPLIANCE MANUFACTURER

BUILDING THE INTELLIGENT ENTERPRISE

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INDUSTRY 4.0

Vorwerk, the European Appliance manufacturer, wanted to develop an IoT solution for its new line of products sold worldwide and needed a stable and fully automated container platform which will serve as an IoT backend working on multi-cloud environments

PUBLIC CLOUD 1

PUBLIC CLOUD 2

PUBLIC CLOUD 3

CONTAINER 1

CONTAINER 2

CONTAINER 3

GEOGRAPHY 1

GEOGRAPHY 2

GEOGRAPHY 3

CUSTOMER

DATA CENTER

● Openshift to act as the IoT back-end platform to deploy and support its IoT solutions via +7000 containers and +800 VMs

● CloudForms on top of the solution as a brokerage and cost control solution to leverage the multi-cloud environments in different geographies

IMPROVE AIRLINES’ TECHNICAL OPERATIONS BUILDING ENTIRELY NEW, REAL-TIME, DATA-STREAM BUSINESSES

BUILDING THE INTELLIGENT ENTERPRISE

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Lufthansa Technik built and operated AVIATAR using a hybrid cloud infrastructure based on enterprise open source software from Red Hat. Lufthansa Technik needed a flexible, scalable environment that could run multiple applications using a shared repository of industry data.

● Using Red Hat OpenShift to develop an entirely new product and business line to make airline operations safer and more reliable.

● It’s a hybrid cloud (Azure + private datacenter) solution, built and delivered with containers and Kubernetes through Red Hat OpenShift.

TRANSPORTATION

WHY OPEN SOURCE

• Use open standards • Take advantage of community innovation and advances• Wider integration with platforms and devices• Speed time to market to deliver solutions• Maintain control of your IoT technology selection and licensing• Iterate more quickly with less risk• Lay the foundation for future system and requirements scaling

F10157-171207

MORE THAN

90%of companies

in theFORTUNE

500RED HAT

use

PRODUCTS &SOLUTIONS*

~12,627EMPLOYEES

95+OFFICES

S&P

500COMPANY

NYSE

RHT35+COUNTRIES

THE FIRST

$2OPEN

SOURCECOMPANYIN THE WORLD

BILLION

THE WORLD’S LEADING PROVIDER OF OPEN SOURCE, ENTERPRISE I.T. SOLUTIONS

19 Source: Red Hat client data & Fortune 500 list, June 2018.

GRAZIE PER L’ATTENZIONE

Luca Gabella, EMEA BDM for Digital Transformation & IoT

IoT HUB

SCENARIO 1Low resource (Edge Gateway)Non reliable connectivity

SCENARIO 2High resource (Edge Server)Reliable connectivity

SCENARIO 3Available resource (Edge Server)High available connectivity

- Data gathering- Dynamic deployed containerized business applications- Centralized Management

- Data gathering- Basic analytics remotely managed

- Data gathering- Dynamic deployed containerized business applications

Corporate Node Plant Node Edge Node

Deployment Scenarios(Based on resource (CPU/Memory)

and connectivity (Bandwidth/Latency) availability)

Available capabilities

Plant DCCorporate DC

DEMO TIME ON THE RED HAT BOOTH

SCENARIO’S DEMO on Red Hat Booth