Cloud Native technologies offer benefits that can help organizations improve application resilience, portability, lean architecture, and abstraction. By leveraging these technologies, organizations can create, test, and deploy applications quickly and efficiently, respond to changing market conditions, and deliver value to customers faster.
Application containerization and microservices architecture are the foundation of this agile environment that enables faster time to market.
3. Angel Ramirez @ar4mirez
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Angel is an entrepreneur and technology leader with
more than 15 years in software architecture,
infrastructure, and security helping organizations
achieve a successful cloud immersion.
CNCF Ambassador
Certified Kubernetes Administrator
Exam Developer for CKA and Linux
Technology Advisor for Startups
CEO at Cuemby | Founder at FHCN | CNCF Ambassador | Technology
Advisor | Mentor
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4. You are curious
What's cloud native?
Looking for validation
Who needs cloud native?
Mixed feelings
Why do we require cloud native?
Make it personal
When do we need to be cloud native?
You are commiting
How can we become cloud native?
Agenda
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5. What's cloud native?
You are curious about …
Cloud Native is an approach to building and
running applications that leverage cloud
computing principles and technologies, such as
containers, microservices, and orchestration
tools.
6. Who needs cloud native?
You are looking for validation …
Any organization that is looking to build and
deploy modern, cloud-based applications can
benefit from adopting a Cloud Native approach.
7. Why do we require cloud
native?
You have a mixed feelings…
Cloud Native provides several benefits, including
faster time to market, greater scalability and
flexibility, improved resilience and reliability,
and better resource utilization.
8. When do we need to be
cloud native?
You are now making it personal …
Organizations should consider adopting Cloud
Native practices when they are building new
applications or modernizing existing applications
that are designed to run in the cloud.
9. How can we become cloud
native?
You are now committing …
To become Cloud Native, organizations need to
adopt a range of practices, technologies, and
cultural changes. This includes building
applications using containerization,
microservices, and other Cloud Native
technologies.
11. Cloud Native enables
developers to build and
deploy applications faster by
providing an environment
that allows for continuous
development, testing, and
deployment.
Cloud Native platforms
provide a range of
automation tools that
streamline the development,
testing, and deployment
process.
Cloud Native architectures
are highly flexible and can
adapt to changes in
technology, business
requirements, and customer
needs.
Cloud Native applications
are designed to be highly
scalable, meaning that they
can handle increased
demand without
experiencing downtime or
performance issues.
Rapid Application
Development
Scalability Agility Automation
What is in it for me?
12. Applications are packaged
and deployed as containers,
which enable portability and
consistency across different
environments.
This requires a shift in
mindset from traditional,
monolithic application
development to a more
modular, service-based
architecture.
Cloud Native emphasizes
collaboration between
development and operations
teams, with a focus on
automation, continuous
integration, and continuous
deployment.
Applications are broken
down into small,
independent services that
can be developed, tested,
and deployed independently,
allowing for greater agility
and scalability.
Containerization Microservices DevOps Mindset
What is my learning curve?
13. Cloud Native
Enables faster, more efficient, and agile application development and deployment, while
promoting collaboration and automation.
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