Introduction

Before we can obviously clarify PCF- Pivotal Cloud Foundry and contextualize its position in the current scene of accessible cloud services, we need to begin with some foundation information on cloud services and the first Cloud Foundry stage created by VMware.

As the IT business advanced, cloud services arose as an option to on-premise the board of IT foundation with 3 plans of action overwhelming the business: 

  1. Platform-as-a-Service (PaaS)
  2. Infrastructure-as-a-Service (IaaS) 
  3. Software-as-a-Service (SaaS)

In the PaaS model, associations would manage data and applications with any remaining capacities and abilities oversaw by a cloud service provider.

The full form of IaaS is Infrastructure-as-a-Service. In this model, associations would deal with their virtualization, servers, storage, outsource the management networking, operating system, middleware, runtime, data, and applications abilities to a cloud services provider.

In the SaaS model, associations access an application through an online entrance with the entirety of the related resources oversaw by a cloud service provider.

In this article let us look at:

  1. What is Pivotal Cloud Foundry (PCF)?
  2. PCF Components and Functions
  3. PCF Benefits for Developers
  4. Sumo Logic Streams PCF Data in Real-Time

1. What is Pivotal Cloud Foundry (PCF)?

PCF is a distribution of the open-source Cloud Foundry platform that incorporates extra highlights and administrations that grow the capacities of Cloud Foundry and make it simpler to utilize. Infrastructure-as-a-Service stages like Amazon Web Services and Google Cloud have built and arranged formats that make it simple to send Pivotal Cloud Foundry as a Platform-as-a-Service arrangement on top of their cloud-based infrastructure products.

Cloud Foundry is a multi-cloud stage used to help the management, the development and persistent conveyance of programming applications. It very well may be sent on top of an IaaS instrument like OpenStack, vSphere or Amazon Web Services and gives a bunch of highlights and concentrated capacities that assist associations with decreasing the expense and intricacy of arranging the fundamental stage for their applications.

2. PCF Components and Functions

The fundamental reason for PCF is to give the basic framework that associations need to encourage nonstop delivery of software updates, streamline the development, deployment, scaling of web-based applications, and manage the application life cycle. Key components of PCF architecture are:

  • BOSH: BOSH is a deployment administrator instrument that was initially created for use with Cloud Foundry, yet that can likewise be utilized outside of Pivotal Cloud Foundry to convey a Kubernetes group. BOSH Cloud Foundry utilizes Infrastructure-as-a-Service -explicit cloud setups like those made by Google Cloud and Amazon Web Services.
  • Loggregator: Pivotal Cloud Foundry Loggregator totals and streams PC created log and occasion documents and measurements from the entirety of Pivotal Cloud Foundry infrastructure segments alongside any applications that are sent.
  • Diego: Diego is the container orchestration framework for Pivotal Cloud Foundry arrangements. Diego arranges the deployment of compartments inside PCF utilizing three fundamental segments likes Diego Brain, Database VM, and Diego Cells. 
  • The Cloud Controller: The Cloud Controller unifies Application Programming Interface endpoints where operators and developers can send orders to Pivotal Cloud Foundry and its sent applications.
  • The Gorouter: Written in the Go programming language, Gorouter is utilized by Pivotal Cloud Foundry to deal with approaching solicitations or orders from developers or operators. 
  • User Account and Authentication (UAA) Server: The User Account and Authentication segment of Pivotal Cloud Foundry controls access and identity the management on the server.
  • Ops Manager: The Ops Manager is an online graphical interface that assists with mechanizing assignments and backing the arrangement of Pivotal Cloud Foundry into IaaS environments.

3. PCF Benefits for Developers

With Pivotal Cloud Foundry designer, associations can improve the speed and efficiency with which they operate, deploy and build the software. Pivotal Cloud Foundry speeds up software conveyance and makes it simple to scale hidden application framework with a developing base of users. Pivotal Cloud Foundry is exceptionally robotized, simple to install, and runs on any private or public cloud, so associations can run their applications any place they scale and choose them across infrastructure targets.

4. Sumo Logic Streams PCF Data in Real-Time

Sumo Logic’s Pivotal Cloud Foundry integration exploits the aggregator Firehose, catching the nonstop stream of log data from Pivotal Cloud Foundry with a specific Pivotal Cloud Foundry Nozzle tool. With Sumo Logic, clients of Pivotal Cloud Foundry can pipe aggregator data through a solitary spout that streams network and occasion logs alongside measurements straightforwardly to the Sumo Logic stage, where machine learning strategies drive information examination that yields operational knowledge and business experiences.

Conclusion

The distinction between Cloud Foundry vs Pivotal Web Services is that Cloud Foundry is open source software, however on the off chance that you are seeking to tinker with it interestingly, utilizing the OSS is a bit included, while Pivotal Cloud Foundry is a business usage that makes it simpler to get ready for action as you are learning the task.
Pivotal Web Services are PWS Usage and Billing, Cloud Foundry Command Line Interface, Build-packs, Deploying and Managing Applications, Services Marketplace for Users, Single Sign-On, PCF Metrics, and Apps Manager.

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