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Serverless

Serverless refers to a cloud computing approach where developers can build and run applications without having to manage the underlying infrastructure, such as servers or server instances. In the serverless model, the responsibility for provisioning, scaling, and maintaining servers lies with a cloud service provider.

Essentially, serverless doesn’t mean there are no servers; it means developers don't need to concern themselves with managing those servers. The infrastructure is automatically managed and scaled by the provider as needed, allowing developers to focus on writing application code without worrying about the underlying hardware or server configuration.

Serverless applications are often broken down into functions or services known as "Function-as-a-Service" (FaaS). Developers write functions that respond to specific events and are managed and executed by the serverless provider. These functions scale on demand and are billed based on actual usage.

Benefits of serverless include improved scalability, cost savings through usage-based billing, reduced operational complexity, and the ability to focus on developing application logic rather than managing infrastructure. It's commonly used for various types of applications such as web applications, APIs, data processing, and more.

 


Created 1 Year ago

Cloud Computing

Cloud computing refers to the delivery of computing resources over the internet. Instead of using local servers or personal devices to store data or run applications, cloud services are provided and managed by a provider over the internet.

There are different types of cloud services:

  1. Infrastructure as a Service (IaaS): It provides basic computing resources such as virtual machines, storage, and networking. Users can utilize and manage these resources without owning physical hardware.

  2. Platform as a Service (PaaS): It offers a platform for developers to build, run, and manage applications without worrying about the underlying infrastructure. This includes databases, development tools, and middleware.

  3. Software as a Service (SaaS): Fully hosted applications that can be accessed and used over the internet without requiring installations or updates on the users' devices. Examples include email services, office suites, and CRM systems.

Cloud computing offers numerous benefits, including scalability, flexibility, cost-effectiveness (through usage-based billing), easier access to resources, and regular updates to services provided by the vendor.

It's used across various domains, from businesses looking to outsource their infrastructure to developers aiming to build scalable applications. The cloud has significantly transformed how resources are provisioned and applications are developed.

 


Created 1 Year ago

Google Cloud PubSub

Google Cloud Pub/Sub is a managed messaging service provided by Google, based on the Publish/Subscribe model. It enables scalable and reliable message delivery between applications and systems in real-time.

Cloud Pub/Sub serves as a central intermediary for message delivery between different components within cloud infrastructure or across various applications. It facilitates Publish/Subscribe communication, where Publishers send messages to specific topics, and Subscribers subscribe to these topics to receive messages.

Some key features of Google Cloud Pub/Sub include:

  1. Scalability: It can handle messages in large volumes and is designed for high throughput rates.

  2. Reliability: It ensures message delivery with low latency and offers persistence to prevent message loss.

  3. Real-time processing: Facilitates real-time message transmission between applications or systems.

  4. Integration: Seamlessly integrates with other Google Cloud services and can connect to external systems.

Cloud Pub/Sub is commonly used in cloud-based applications, data processing pipelines, real-time analytics, IoT (Internet of Things), and other scenarios requiring reliable and scalable message delivery.

 


Created 1 Year ago

Internet of Things - IoT

The "Internet of Things" (IoT) refers to a network of physical devices, vehicles, household appliances, and other objects equipped with sensors, software, connectivity, and the ability to collect and exchange data. These objects can communicate with each other and gather or share information, often over the internet or other networks.

The goal of IoT is to connect the physical world with the digital world, enhancing automation, efficiency, accuracy, and convenience in various domains. By using sensors and connectivity, IoT devices can collect, analyze, and utilize data to provide real-time information or perform actions without human intervention.

Examples of IoT applications include smart home devices like thermostats or lighting systems, connected vehicles with telematics systems, health monitoring devices, industrial machinery with sensors for monitoring and optimizing processes, and much more. IoT offers a wide range of applications aimed at improving how we live, work, and interact with the world around us.

 


Created 1 Year ago

Publisher

In the context of a message broker, a "Publisher" refers to a component or entity that generates messages and sends them to the message broker. A message broker serves as an intermediary or middleware that facilitates communication between different applications or systems by receiving, processing, and forwarding messages to the appropriate recipients.

The Publisher is the source of messages within this system. It produces messages and sends them to the message broker, which then forwards them to other systems or subscribers. Essentially, the Publisher sends information or events that can be received and processed by other parts of the system or by subscribers.

For example, in a messaging system, a Publisher could be an IoT device generating sensor data and sending it to the message broker, which then disseminates this data to various subscribers or receivers that process or act upon this information.

 


Created 1 Year ago

Message Broker

A Message Broker is a software component that facilitates communication between different applications or systems by receiving, forwarding, and delivering messages. It acts as an intermediary, transporting messages from one application to another regardless of the type of application or its location.

The Message Broker receives messages from a sending application, temporarily stores them, and then forwards them to the respective receivers. The broker can provide various functions such as message queues, topics, message routing, and transformations to ensure that messages are transmitted efficiently and securely.

Such systems are often used in distributed application landscapes to facilitate interaction and data exchange between different applications, services, or systems by enabling loosely coupled, reliable communication.


Created 1 Year ago

RabbitMQ

RabbitMQ is an open-source message-brokering software designed to facilitate communication between different systems, applications, or services. It acts as middleware, serving as a mediator for message exchange between different parts of an application or among different applications.

Built on the Advanced Message Queuing Protocol (AMQP), RabbitMQ allows sending, receiving, and processing messages between various systems. It acts as a broker that distributes messages between senders and receivers, ensuring messages are transmitted in a specific order, with the right priority, and reliability.

It's often used in distributed systems, microservices architectures, for decoupling applications, and implementing queues to enable communication between various components of an application. RabbitMQ facilitates information exchange among different parts of a system, contributing to improving scalability, flexibility, and reliability of applications.


Created 1 Year ago

Web Application

A web application is a software application accessible via a web browser and operates over the internet. Unlike traditional software installed on a local computer, a web application runs on a remote server and is accessed through the user's browser.

Web applications can encompass a wide range of functions, from simple interactive pages to complex applications such as social networks, email services, online stores, productivity tools, and more. They often use a combination of different technologies like HTML, CSS, and JavaScript on the client-side (in the user's browser) as well as backend technologies like databases, server-side scripting languages (e.g., Python, PHP, Ruby), and frameworks to support functionality.

Accessing web applications via the browser makes them platform-independent, allowing them to be used from various devices with an internet connection—be it a computer, tablet, or smartphone.


Created 1 Year ago

Java Virtual Machine - JVM

The Java Virtual Machine (JVM) is a crucial component of the Java platform. It's a virtual machine that executes Java bytecode. When you write code in Java, you create human-readable code, which is then translated into Java bytecode by the compiler. This bytecode is platform-independent, meaning it can run on any machine that has a JVM, regardless of its operating system.

The JVM is responsible for translating Java bytecode into machine code and executing it on the specific hardware it's running on. It provides an environment for various functionalities such as memory and resource management, garbage collection (cleaning up memory that is no longer needed), and security mechanisms.

The JVM is an essential component that enables Java programs to run on different systems and platforms without requiring the code to be rewritten for each platform.

 


Created 1 Year ago

Java

Java is a widely used object-oriented programming language developed by James Gosling and his team at Sun Microsystems in the 1990s. It is known for its portability, versatility, and security. Some key features of Java include:

  1. Platform Independence: Java programs can run on different platforms such as Windows, macOS, and Linux because they run within a virtual environment called the Java Virtual Machine (JVM).

  2. Object-Orientation: Java is an object-oriented language, treating everything as an object. This allows for the creation of modular and reusable code blocks.

  3. Robustness and Security: Features like garbage collection (automatic memory management), exception handling, and strong typing enhance the stability of Java programs. Security is ensured through restrictions on code execution.

  4. Widespread Use: Java finds application in various domains, from enterprise software development and web applications (through Java Enterprise Edition) to mobile devices (many Android apps are written in Java) and embedded systems.

  5. Rich Standard Libraries: The Java Standard Library offers a wide range of functionalities for various purposes, including data structures, networking capabilities, graphics, and more.

Java is commonly used for developing applications, websites, mobile apps, and large-scale systems. Due to its portability, security, and versatility, it remains a popular choice among developers worldwide.


Created 1 Year ago
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