Introduction to Cloud Technologies
• Basics, Models, Benefits & Real-World Use
• Presented by Neelu Sa
What is Cloud Technology?
• • Delivery of computing services over the
internet
• • Pay-as-you-go model
• • Accessible from anywhere
Key Characteristics
• • On-demand self-service
• • Broad network access
• • Resource pooling
• • Rapid elasticity
• • Measured service
Cloud Deployment Models
• • Public Cloud – Shared, 3rd party (e.g., AWS,
Azure)
• • Private Cloud – Dedicated to one
organization
• • Hybrid Cloud – Combination of public and
private
Cloud Service Models
• • IaaS – Infrastructure as a Service (e.g.,
Amazon EC2)
• • PaaS – Platform as a Service (e.g., Google
App Engine)
• • SaaS – Software as a Service (e.g., Gmail,
Microsoft 365)
Benefits of Cloud Computing
• • Cost Efficiency
• • Scalability
• • Flexibility
• • Disaster Recovery
• • Accessibility
Challenges/Risks
• • Data Security & Privacy
• • Downtime
• • Compliance
• • Vendor Lock-In
Popular Cloud Providers
• • Amazon Web Services (AWS)
• • Microsoft Azure
• • Google Cloud Platform (GCP)
• • Oracle Cloud
• • IBM Cloud
Real-Life Use Cases
• • Online File Storage (e.g., Google Drive)
• • Streaming Services (e.g., Netflix)
• • Cloud-based ERPs (e.g., Oracle Fusion,
Medius)
• • Virtual Meetings (e.g., Zoom, MS Teams)
Future of Cloud Technology
• • Rise of Edge Computing
• • Integration with AI & IoT
• • Focus on Security & Sustainability
Summary
• • Cloud is reshaping business operations
• • Choose appropriate service and deployment
model
• • Balance benefits with potential risks
Q&A / Thank You
• • Any Questions?
• • Contact Info: [Your Email/Phone]

Cloud_Technologies_Presentation.pptx-SAMPLE

  • 1.
    Introduction to CloudTechnologies • Basics, Models, Benefits & Real-World Use • Presented by Neelu Sa
  • 2.
    What is CloudTechnology? • • Delivery of computing services over the internet • • Pay-as-you-go model • • Accessible from anywhere
  • 3.
    Key Characteristics • •On-demand self-service • • Broad network access • • Resource pooling • • Rapid elasticity • • Measured service
  • 4.
    Cloud Deployment Models •• Public Cloud – Shared, 3rd party (e.g., AWS, Azure) • • Private Cloud – Dedicated to one organization • • Hybrid Cloud – Combination of public and private
  • 5.
    Cloud Service Models •• IaaS – Infrastructure as a Service (e.g., Amazon EC2) • • PaaS – Platform as a Service (e.g., Google App Engine) • • SaaS – Software as a Service (e.g., Gmail, Microsoft 365)
  • 6.
    Benefits of CloudComputing • • Cost Efficiency • • Scalability • • Flexibility • • Disaster Recovery • • Accessibility
  • 7.
    Challenges/Risks • • DataSecurity & Privacy • • Downtime • • Compliance • • Vendor Lock-In
  • 8.
    Popular Cloud Providers •• Amazon Web Services (AWS) • • Microsoft Azure • • Google Cloud Platform (GCP) • • Oracle Cloud • • IBM Cloud
  • 9.
    Real-Life Use Cases •• Online File Storage (e.g., Google Drive) • • Streaming Services (e.g., Netflix) • • Cloud-based ERPs (e.g., Oracle Fusion, Medius) • • Virtual Meetings (e.g., Zoom, MS Teams)
  • 10.
    Future of CloudTechnology • • Rise of Edge Computing • • Integration with AI & IoT • • Focus on Security & Sustainability
  • 11.
    Summary • • Cloudis reshaping business operations • • Choose appropriate service and deployment model • • Balance benefits with potential risks
  • 12.
    Q&A / ThankYou • • Any Questions? • • Contact Info: [Your Email/Phone]