The document discusses the adoption of cloud-native development as a means for businesses to achieve digital transformation, emphasizing faster development and high-quality applications. It highlights the challenges and methodologies associated with transitioning to cloud-native environments, including the use of enterprise open-source solutions. Additionally, Red Hat's services, frameworks, and tools are presented as vital resources to accelerate application delivery and integrate legacy systems with modern cloud infrastructures.

1. Using cloud-native
development to achieve digital
transformation
Avishay Sebban
Solution Architect Partner IGC

2. Watts Humphreys

3. Businesses experience is becoming more software-centric
Your customers now expect...
Cloud Native Development
ON-DEMAND
SERVICE
PERSONALIZED
EXPERIENCE
ACCESS FROM
ANYWHERE
PRIVACY AND
SECURITY
Creating value depends on your ability
to develop and deliver high quality applications faster
on any cloud

4. Businesses experience is becoming more software-centric
Your customers now expect...
Cloud Native Development
ON-DEMAND
SERVICE
PERSONALIZED
EXPERIENCE
ACCESS FROM
ANYWHERE
PRIVACY AND
SECURITY
Creating value depends on your ability
to develop and deliver high quality applications faster
on any cloud
This solution is to adapt Cloud-native development approach!!

5. Challenges Migrating Applications to the Cloud
Going cloud native: Where to start?
Innovate and optimize simultaneously
Develop & deploy new
applications faster
Modernize & integrate
existing applications
Automate & optimize
application infrastructure
Cloud Native Development

6. Defining Cloud Naitve
“The cloud-native approach describes a way of
modernizing existing applications and building new
applications based on cloud principles, using services
and adopting processes optimized for the agility and
automation of cloud computing.”
Despite its name, a cloud native approach is not
focused on where application are deployed, but
instead on how application are built, deployed and
managed.

7. Traditional Vs Cloud-Native Application
Traditional Cloud-Native
FOCUS Longevity and stability Speed to market
DEVELOPMENT METHODOLOGY Waterfall, semi-agile development Agile development, DevOps
TEAMS Isolated development, operations,
QA, and security teams
Collaborative DevOps teams
DELIVERY CYCLES Long Short and continuous
APPLICATION ARCHITECTURE Tightly coupled Monolithic Loosely coupled Service-based
Application programming
interface (API)-based
communication
INFRASTRUCTURE Server-centric Designed for
on-premise
Infrastructure-dependent Scales
vertically Preprovisioned for peak
capacity
Container-centric Designed for
on-premise and cloud Portable
across infrastructure Scales
horizontally On-demand capacity

9. What Solution approach we can take?

10. Enterprise open source modernizes the enterprise
What is enterprise open source being used for?
Source: Red Hat. “The State of Enterprise Open Source: A Red Hat Report,” 2019.
53%
IT infrastructure
modernization
42%
Digital
transformation
43%
Application
development
43%
Application
integration
42%
Application
modernization
Source: Red Hat. “The State of Enterprise Open Source: A Red Hat Report,” 2019.

11. Red Hat can help
11
Platform
1. Connect legacy and
cloud-native apps with a
container platform.
2. Select the right frameworks,
tools, and runtimes.
3. Deploy across hybrid cloud
environments.
Process
1. Adopt agile processes to
quickly experiment and iterate.
2. Automate what you can. Build
testing into the pipeline.
3. Create transparency and share
successes.
People
1. Establish a culture of
innovation.
2. Collaborate across dev, ops,
security, and stakeholders.
3. Learn new techniques and
mentor others.

12. RedHat Migration Toolkit for Application
Please checkout this youtube link for impression.

13. Container & Kubernetes powered Platform as a Service and Persistence Storage
Red Hat’s Flexible Cloud-native Solution
Self-service
provisioning
Automated
build & deploy
CI/CD
pipelines
Consistent
environments
Configuration
management
App logs &
metrics
CODE
BUILD TEST DEPLOY
MONITORREVIEW
Cloud Native Development
IT Operations
Automation Toolchain
Dev Frameworks, APIs
and App Runtimes
Development
Automation Toolchain

14. Red Hat’s Flexible Cloud-native Solution
Self-service
provisioning
Automated
build & deploy
CI/CD
pipelines
Consistent
environments
Configuration
management
App logs &
metrics
CODE
BUILD TEST DEPLOY
MONITORREVIEW
Cloud Native Development

15. Developers need frameworks to help them do their work
Develop it, Test it, Package it, Deploy it, Monitor it, Scale it
RUNTIMES
Build (Micro)Services &
Modernize Apps
INTEGRATION
Connect & Integrate Svcs,
Apps & Data Apis
PROCESS
AUTOMATION
Codify Human Processes &
Dynamic Decisions Logic
Frameworks & APIs For
(Micro)service Integration
Patterns & API Mgmt
Frameworks & APIs For
Building (Micro)services &
In-memory Data Mgmt
Frameworks & APIs For
Rules & Workflow Driven
(Micro)services
& Container Storage
Development Freedom & Choices with IT Management & Governance
Cloud Native Development

16. Why customers choose Red Hat
Develop, Deploy, Run across any cloud
Cloud Native Development
BEST OF BREED
OPEN SOURCE
INNOVATION
MANY WORKLOADS
ONE PLATFORM
ANY CLOUD
DEVELOPER &
APPLICATION
FLEXIBILITY
AUTOMATED
PLATFORM
OPERATIONS
• Cloud Infrastructure-agnostic
• Container/K8s optimized Application runtimes, frameworks and developer services
• Supports modern DevOps tools and automations

17. Accelerate application delivery and migrate to the cloud
Improve speed, quality, and scale
It took a minimum of six
months to take an app from
idea to production.
“”
Dashboard Kubernetes dashboard
Deployment automation
DevOps Build automation
CI/CD
Orchestration Container orchestration
Monitoring Logs/metrics
RBAC
Container registry
Infrastructure Storage
Networking
Linux container host
Red Hat OpenShift enables you to
integrate applications and operations
faster:
● Write once, run anywhere
● Run modular applications with
containers
● Fault-tolerant by design
● Control deployments as well
as infrastructure
● Integrate containers for
production
● Comprehensive security
through an ecosystem of
integrations

18. Developer productivity enabled by automation
* coming soon
SPRING & JAVA™ EE MICROSERVICES FUNCTIONS
LANGUAGES DATABASES APPLICATION SERVICES
LINUX WINDOWS*
CODE
BUILD TEST DEPLOY
MONITORREVIEW
Self-service
provisioning
Automated
build & deploy
CI/CD
pipelines
Consistent
environments
Configuration
management
App logs &
metrics

19. OpenShift offers the broadest set of hybrid cloud services
Red Hat OpenShift
Dedicated
Managed By Red Hat
Red Hat AWS
OpenShift
Jointly Managed &
Supported
or
Customer
Managed
or
Customer
Managed
Red Hat
OpenShift
Dedicated
Managed By Red Hat
or
Customer
Managed
Red Hat
OpenShift on IBM
Cloud
or
Customer
Managed
/POWER
Customer
Managed
On-premises
Azure Red Hat
OpenShift
Jointly Managed &
Supported Jointly Engineered
Bare Metal

20. Red Hat OpenShift and OpenShift virtualization
● Accelerate application delivery with a single platform that can manage “mixed
applications” with the same tools and teams
● Add VMs to new and existing applications
● Modernize legacy VM applications over time, or maintain them as VMs
Modernize workloads and support mixed applications
consisting of VMs, containers, and serverless
VMs Containers
Red Hat OpenShift Container Platform
Red Hat Enterprise Linux CoreOS
Physical machine
https://www.waterstechnology.com/operations/7535561/goldman-sachs-revamps-virtualization-infrastructure

21. OpenShift Virtualization

22. Interactive Learning Scenarios provide you with a pre-configured OpenShift instance,
accessible from your browser without any downloads or configuration.
LEARN.OPENSHIFT.COM

23. Thank You