#DevOps containerization

[devops-posts]

Exploring DevOps Services & phases in DevOps lifecycle

In the ever-evolving landscape of software development, DevOps has emerged as a crucial methodology to streamline workflows, enhance collaboration, and accelerate the delivery of high-quality applications. Companies in Canada are increasingly recognizing the value of DevOps services to stay competitive in today’s digital era. In this blog, we will explore three essential DevOps services: Integrated DevSecOps, DevOps Containerization, and VMware DevOps, along with relevant statistics and resources for further reading.

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[connectinfo1999]

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[thelinuxhelp]

How to Install and Use Docker on Ubuntu 22.04

Docker is an open-source containerization platform that allows developers to easily package and deploy applications in a portable and lightweight manner. In this tutorial, we will provide a step-by-step guide on how to install and use Docker on Ubuntu 22.04. Prerequisites Before you proceed, make sure you have Ubuntu 22.04 installed on your system and have a user account with sudo…

[zoofsoftware]

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[jcmarchi]

Why do hackers love Linux? The 7 deeply unsettling realities - CyberTalk

New Post has been published on https://thedigitalinsider.com/why-do-hackers-love-linux-the-7-deeply-unsettling-realities-cybertalk/

Why do hackers love Linux? The 7 deeply unsettling realities - CyberTalk

EXECUTIVE SUMMARY:

Why do hackers use Linux so extensively? This open-source operating system (OS), which some see as more stable and reliable than any other operating system in existence, has become a favored playground for cyber criminals.

Although Linux claims only a small percentage of the OS market share, major telecommunications networks, science-based organizations (particularly those running supercomputers), national e-voting systems and global stock exchanges run on Linux. National Departments of Defense are also known for their reliance on Linux.

In this article, we unpack why Linux has become an irresistible target for motivated cyber criminals. You’ll gain new insights designed to help inform (and transform) your security processes and system development. Keep reading to learn more:

Why do hackers love Linux? 7 unsettling realities

1. The open-source advantage. Linux is open-source software. The source code of the Linux project is available to the general public. Anyone can download the source code for free, modify it for their own use and even create their own version of Linux. This can be good, but it also comes with challenges…

While the open-source model allows for collaboration and rapid innovation, it also exposes the source code to malicious actors, who may scrutinize it for vulnerabilities. Malicious persons can then exploit weaknesses with relative ease.

2. Ubiquity and versatility. Linux powers a diverse array of systems and applications, from IoT devices, to desktops, to smartphones. This makes Linux an attractive target for hackers who want to maximize their impact. When compromising a Linux system, cyber criminals can potentially gain access to a wide network of interconnected devices and services, thereby enabling them to amplify the effects of their activities.

3. Kernel vulnerabilities. Why do hackers use Linux to gain elevated privileges? It’s simple. Despite a strong reputation for security, the Linux kernel, the core element responsible for managing system resources, has been dogged by vulnerabilities over the years. High profile bugs have effectively provided cyber criminals with opportunities to unduly gain elevated privileges.

4. Supply chain attacks. Why do hackers use Linux ecosystems for widespread disruption? In the era of containerization and DevOps practices, supply chain attacks targeting Linux ecosystems have become a serious concern. By compromising a widely used package or container image, cyber criminals can inject malicious code that propagates across numerous systems, resulting in widespread disruption and data breaches.

5. Cryptocurrency mining. Linux’s efficiency and scalability render it a preferred platform for cryptocurrency mining operations; both those that are legitimate and those that are illicit. Cyber criminals adeptly leverage Linux’s systems to harness the extensive computing power for mining, evading detection all the while.

6. Internet of things. The proliferation of Linux-based IoT devices has created an expansive attack surface for cyber criminals. Many IoT devices are bereft of proper security, making them easy targets for hackers seeking entry points into networks. Hackers use Linux to establish a foothold, via IoT, within corporate networks, enabling them to eventually deploy more sophisticated network-based attacks.

7. Technical capabilities. Why do hackers use Linux tools for advanced exploits? Linux’s command-line interface and powerful tools (like Bash and Python) are a force-multiplier. Understanding the intricacies of Linux enables elite cyber criminals to craft sophisticated exploits that sow more chaos, lead to more damage and turn up higher yields than attacks leveraging other operating systems.

For more of the latest cyber security insights, please see CyberTalk.org’s past coverage. Lastly, subscribe to the CyberTalk.org newsletter for timely insights, cutting-edge analyses and more, delivered straight to your inbox each week.

[dclessonsonline]

Revolutionize your containerization skills with DC Lessons' "Docker" courses! Master the art of container orchestration, delve into hands-on training, and gain practical insights into deploying and managing applications seamlessly. https://www.dclessons.com/category/courses/docker

[jvalentino2]

A walkthrough of the world of Docker, and specifically how Docker Compose can be used to run a sample container locally.

[gsoftblogs]

Why Containerization is Crucial for Successful DevOps Implementation?

Understand the reasons why containerization is important for seamless DevOps implementation, its business scenario implications, and the benefits it offers to businesses.

[anusha-g]

Yes, an IT support technician can transition into a DevOps engineer role with the right skills and training. While IT support technicians troubleshoot technical issues for users, DevOps engineers focus on automating processes and managing infrastructure through code. To make the transition, technicians need to learn about software development, CI/CD pipelines, configuration management, containerization, and cloud technologies. Gaining hands-on experience, pursuing certifications, and further education can help facilitate this career shift. With dedication and learning, an IT support technician can successfully become a DevOps engineer.

[justrandomthought1111]

Docker Architecture in 5 Minutes | How Docker Works in 5 Minutes | Docker Components in 5 Minutes

[shris890]

Hey there, cloud-native enthusiasts! Today, we’re diving into one of my favourite topics: Kubernetes Operators. These aren’t just tools; they’re game-changers in cloud-native application management. Let’s unravel the mystery of Operators and explore why they’re essential for anyone venturing into Kubernetes.

[sapphireblogsposts]

What are the latest features and enhancements in Node.js for 2024?

As of 2024, Node.js continues to advance with several key features and enhancements that significantly impact node.js app development services. Some notable developments include:

Performance Boosts: Ongoing efforts to optimize the V8 JavaScript engine contribute to improved runtime performance, ensuring faster execution and responsiveness in Node.js applications.

ECMAScript Standards Compliance: Node.js remains committed to staying current with ECMAScript standards, providing developers with access to the latest JavaScript language features and ensuring compatibility with modern web development practices.

Enhanced Security Measures: Security remains a top priority, and new features and updates are expected to bolster Node.js security, addressing potential vulnerabilities and offering developers tools to build more secure applications.

Developer Experience Improvements: Node.js continues to focus on enhancing the overall developer experience. Look for updates in developer tools, debugging capabilities, and frameworks that simplify and streamline the development process.

Containerization and Deployment Optimizations: With the growing prevalence of containerization, Node.js is likely to introduce features that enhance compatibility with Docker, Kubernetes, and other container orchestration tools, facilitating smoother deployment workflows for app services.

Native ESM Modules Support: Native support for ECMAScript modules in Node.js improves code organization and simplifies module management, providing developers with more flexibility and modularity in their applications.

npm Enhancements: The Node Package Manager (npm) is integral to Node.js development, and updates may include new features, optimizations, and improved dependency management tools to facilitate seamless integration of third-party libraries and packages.

WebAssembly Integration: Node.js may introduce features or optimizations to better support the integration of WebAssembly modules within applications, opening up new possibilities for performance-critical tasks.

GraphQL Support: Given the increasing adoption of GraphQL, Node.js might offer improved support and integrations to streamline the development of APIs using this query language, enhancing flexibility and efficiency in building data-driven applications.

Extended Support for Serverless Architectures: Node.js is likely to adapt to the trend of serverless computing, providing features that make it easier for developers to build and deploy serverless applications.

To stay updated on these features and enhancements, it's essential for Node.js app development services to regularly check the official Node.js website, release notes, and participate in relevant community discussions. Embracing these advancements ensures that your Node.js applications leverage the latest tools and capabilities for optimal performance and maintainability.

[kaarainfosystem]

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