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Cloud Platforms based on OpenStack

Python Projects

Objectives of OpenStack

  • OpenStack is an open-source cloud computing platform designed to create and manage large-scale cloud environments. It provides a suite of software tools to build and operate both public and private clouds. OpenStack is highly modular and flexible, allowing organizations to deploy a cloud infrastructure that suits their needs, whether for compute, storage, or networking resources.The open development model encourages transparency, allowing anyone to review the source code, contribute to its improvement, and suggest enhancements.Promote open standards and avoid vendor lock-in.Enable highly scalable and customizable cloud environments.Foster community-driven innovation and collaboration.Provide cost-effective solutions without licensing fees.Support diverse workloads and cloud models (private, public, hybrid).Enhance security, automation, and high availability for cloud operations.

Software Requirements

  • • Language : Python, Java
  • • Tools : Apache NetBeans IDE 22
  • • Cloud server tool : OpenStack victoria – 20.0
  • • Database : MySQL 8.0.3
  • • Operating System : Ubuntu 20.04.6 LTS 64-bit/Windows
  • • Libraries : openstack-examples-3.0.0.jar file
  • • Hypervisor : KVM(Kernal based Virtual Machine), QEMU(Quick Emulator),Xen, Vmware ESXi, Hyper-v, LXC(Linux Container),Virtuozzo
  • • Deployment Model : Public, Private and Hybrid Cloud
  • • Service Model : Infrastructure as a Service(IaaS)
  • • Cloud Service Provider : Amazon EC2, Google Compute Engine
  • • Tools : Nova, Neutron, Cinder, Swift, Keystone, Glass, Horizon,Ceilometer and Aodh, Heat

Operations

  • • Compute (Nova) Operation:

    Instance Management: Create networks, subnets, and routers.

    Security Groups: Define firewall rules and apply them to instances.

    Load Balancing: Configure load balancers to distribute network traffic.

  • • Storage Operation:

    Block Storage (Cinder): Provision, attach/detach volumes, and manage snapshots.

    Object Storage (Swift): Store and retrieve objects; manage containers.

  • • Identity (Keystone) Operation:

    User Management: Create and manage user accounts and groups.

    Role Management: Assign roles for access control.

    Service Catalog: Register and manage services.

  • • Image (Glance) Operation:

    Image Management: Upload, update, delete, and manage VM images and snapshots.

  • • Dashboard (Horizon) Operation:

    Access Management: Monitor and manage resources via a web-based interface; perform various operations through the GUI.

  • • Orchestration (Heat) Operation:

    Template Management: Define and manage resources using templates; deploy and manage stacks.

    Stack Operations: Update, scale, or delete stacks.

  • • Telemetry (Ceilometer and Aodh) Operation:

    Monitoring: Collect performance metrics and set up alarms for proactive management.