GCP (Google Cloud Platform), AWS (Amazon Web Services), and OpenStack all revolve around the realm of cloud computing.

Cloud computing entails the provision of computing resources on demand via the internet. It empowers businesses and individuals to tap into a vast array of computing services—ranging from storage and networking to databases and virtual machines—without the need for physical infrastructure on their premises.

Let’s explore the distinctive terminologies associated with each of these cloud computing platforms:

1. Google Cloud Platform (GCP):

   • Compute Engine: GCP’s offering of virtual machine (VM) services, enabling users to create and manage VM instances in the cloud.
   • App Engine: GCP’s fully managed platform-as-a-service (PaaS) platform, enabling developers to build and deploy applications without the burden of infrastructure management.
   • Google Kubernetes Engine (GKE): GCP’s managed service that simplifies the deployment, administration, and scaling of containerized applications using Kubernetes.
   • Cloud Storage: GCP’s scalable service for storing and retrieving data in the cloud, providing robust object storage capabilities.
   • BigQuery: GCP’s serverless, highly scalable data warehousing and analytics platform, facilitating efficient data analysis.
   • Cloud Pub/Sub: GCP’s messaging service designed to construct event-driven systems and real-time analytics applications.
   • Cloud Firestore: GCP’s NoSQL document database for building scalable web, mobile, and server applications.
   • Cloud Spanner: GCP’s globally distributed relational database service built for high availability and scalability.

2. Amazon Web Services (AWS):

   • EC2 (Elastic Compute Cloud): AWS’s service for virtual machines, empowering users to launch and manage servers seamlessly in the cloud.
   • S3 (Simple Storage Service): AWS’s object storage service, offering scalable and durable storage solutions for diverse data types.
   • Lambda: AWS’s serverless computing service, allowing developers to run code without worrying about server provisioning or management.
   • RDS (Relational Database Service): AWS’s managed service for relational databases, supporting popular engines like MySQL, PostgreSQL, and Oracle.
   • VPC (Virtual Private Cloud): AWS’s virtual network dedicated to an individual AWS account, delivering isolated and secure network environments.
   • CloudFront: AWS’s content delivery network (CDN) service, facilitating the expedited delivery of web content to global users.
   • IAM (Identity and Access Management): AWS’s service for managing user access and permissions to AWS resources, ensuring robust security practices.

3. OpenStack:

   • Nova: OpenStack’s compute service, responsible for managing and provisioning virtual machines efficiently.
   • Swift: OpenStack’s object storage service, tailored for storing and retrieving vast quantities of unstructured data.
   • Cinder: OpenStack’s block storage service, providing persistent storage volumes for virtual machines.
   • Neutron: OpenStack’s networking service, enabling the creation and administration of network resources, including routers, subnets, and load balancers.
   • Keystone: OpenStack’s identity service, facilitating user authentication and authorization for seamless access to resources.
   • Glance: OpenStack’s image service, streamlining the discovery, registration, and retrieval of virtual machine images.
   • Horizon: OpenStack’s user-friendly web-based dashboard, allowing efficient management and monitoring of OpenStack resources.

These are just a few instances of the terminologies associated with GCP, AWS, and OpenStack. Each platform boasts an extensive range of services and features to meet diverse cloud computing requirements.