#Cloud Networking Infrastructure

👇How do you become a Cloud Network Engineer? Here are the key skills you need: Networking Fundamentals You need a solid understanding of IP addressing, routing, and subnetting. These are the core building blocks of any cloud environment. Cloud Platform Expertise Learn how to work with AWS, Azure, or Google Cloud. You’ll be setting up VPCs, subnets, and managing security groups on a daily basis. Automation & Scripting Tools like Terraform and scripting languages like Python or Bash are essential for automating cloud infrastructure and scaling efficiently. Security Practices Cloud security is critical. This includes firewalls, VPNs, and identity management tools. You’ll be responsible for keeping the network secure. If you want to learn these skills, the best way is through hands-on projects. Start by clicking the link in bio for free 👀 #cloudcomputing #networking #AWS #Azure #GoogleCloud #skills👇

Networking is the backbone of cloud computing. If you don’t understand how data moves across networks, you’ll struggle to design scalable, secure, and high-performing cloud architectures. Before diving into AWS, Azure, or GCP or any other cloud provider, it’s crucial to master networking fundamentals—IP addressing, subnets, routing, DNS, and security. Many aspiring cloud engineers skip networking, thinking they’ll just learn cloud-specific networking services—but that’s a big mistake! Cloud networking is built on traditional networking principles. The better your foundation, the easier it is to troubleshoot, optimize, and secure cloud environments. If you’re serious about cloud engineering, invest time in learning networking properly. This video gives you all the right resources—including a must-read book, hands-on AWS labs, and an in-depth learning path. Comment “Networking” if you want the full list! 🚀 #CloudEngineering #AWSNetworking #TechCareers #AWSVPC #CloudComputing #LearnNetworking #TechSkills #techtokwithkriti #techtalkwithkrit #techwithkriti

AI has outgrown traditional cloud infrastructure. A new category is emerging: NeoClouds. 𝗧𝗿𝗮𝗱𝗶𝘁𝗶𝗼𝗻𝗮𝗹 𝗖𝗹𝗼𝘂𝗱 𝗖𝗼𝗺𝗽𝘂𝘁𝗶𝗻𝗴 data centers were designed for general workloads: Web apps, Databases, Storage, Virtual machines. AI workloads are different. Training frontier models requires tightly coupled GPUs, extreme networking bandwidth, and sustained high-density power delivery. NVIDIA CEO Jensen Huang calls these environments 𝗔𝗜 𝗙𝗮𝗰𝘁𝗼𝗿𝗶𝗲𝘀.Facilities where compute and data go in, and trained intelligence comes out. NeoClouds are the operators building them like CoreWeave, Lambda, Nebius. They were purpose-built for GPU-intensive AI training from day 1, not retrofitted from general cloud architecture. 𝗪𝗵𝗮𝘁 𝗠𝗮𝗸𝗲𝘀 𝗡𝗲𝗼𝗖𝗹𝗼𝘂𝗱𝘀 𝗗𝗶𝗳𝗳𝗲𝗿𝗲𝗻𝘁 ☑️ Massive GPU clusters functioning as a single supercomputer ☑️ Bare-metal performance with minimal abstraction layers ☑️ Ultra-low latency networking for distributed training ☑️ Advanced liquid cooling to sustain high thermal loads For large-scale model training, this changes economics and timelines dramatically. 🤝 Hyperscalers are not disappearing. They are partnering. Building AI-scale infrastructure takes years, and model demand is compounding now. We are seeing the specialization of cloud infrastructure in real time. Understanding where your workload fits is no longer optional. It affects cost, performance, and competitive advantage. ____ 👋 Hi, I’m Viktoria, Principal AI Evangelist at Databricks. I make complex AI accessible. Follow for more! #AIExplained #NeoCloud #AIFactory #CloudComputing #LearnAI

These are my top 5 reasons learning cloud networking is a CRUCIAL skill for network engineers: 1. Cloud is now a part of the network. It’s not a separate thing anymore. Workloads and users are distributed in multiple clouds and physical locations. 2. Cloud networking is a different skill set. You will need to know how things like transit gateways, security groups, and cloud NAT work. 3. Multi-Cloud and Hybrid are now the norm. Most companies aren’t all-in on a single cloud provider. They’re running workloads across multiple & on-prem. 4. Cloud-native tools are reshaping how we work. The “network” isn’t just physical anymore. It’s code. It’s templates. It’s automated pipelines. 5. Cloud skills give you more freedom in your career. You’re not “just” a network engineer. You’re the person who understands how different systems connect. If you want to learn more Megaport is hosting a FREE virtual event focused around all of these topics! register with the 🔗 in my bio! P.S. how well do you know cloud networking? #networkengineer #cloudengineer #informationtechnology #workingintech #learn #stem #ccna

Cloud Networking CRASH COURSE 💥 If you want to ace your interview, you must learn these topics: 1. VPC: Your own private space in the cloud where only you control who can enter or access your systems. 2. Subnets: Smaller sections inside your cloud space that decide which systems are public and which stay private. 3. Route Tables: Traffic rules that decide where data should go to the internet, to another section, or stay inside. 4. Internet Gateway: The main door that allows your public systems to connect to the internet. 5. NAT Gateway: A safe exit that lets private systems access the internet without exposing them publicly. 6. Firewalls: Security guards that check traffic and decide what is allowed in or out. 7. Load Balancers: Traffic managers that spread incoming requests across multiple servers so nothing gets overloaded. Don’t just define these components; explain how they work together in a production setup. Save this for later, and follow for more! . . [cloud networking, vpc explained, firewalls, nat gateway, networking fundamentals, cloud engineer, devops engineer, ai engineer, software engineer, cloud security, interview prep, system design interviews, tech interview prep, cloud interview prep, devops interview questions, cloud interview questions, backend interview prep]

I’ve deployed an Ookla Speedtest server named ATEFI.CH on my home network: Capacity: up to 50 Gbps, Dual-stack: IPv4/IPv6 with TLS Try it: open the Speedtest app and search “ATEFI.CH” Visibility: Netdata + ntopng for real-time system health, traffic analytics, and connected devices Core Speedtest service remains unchanged; added secure monitoring and access controls. @speedtestdotnet @init7_net @ooklaconnectivity #speedtest #ookla #homelab #networking #netops #selfhosted #server #linux #ubuntu #ipv6 #ipv4 #fiber #gigabit #sysadmin #devops #monitoring #observability #netdata #ntopng #grafana #nginx #telecom #isp #internet #cloud

Cloud Engineer vs Network Engineer ☁️🌐 Trying to decide between cloud and networking? Here’s the reality most people won’t tell you 👇 ☁️ Cloud Engineer Heavily competitive at entry level Most roles expect prior IT or networking experience A lot of cloud problems are actually network problems Harder to break in without a strong foundation 🌐 Network Engineer Clear entry path for beginners Teaches fundamentals every tech role relies on More hands-on and practical early on Easier to prove skills with labs and projects 💡 The Truth Cloud isn’t replacing networking — cloud runs on networking. If you understand networking first, cloud becomes MUCH easier later. Start with the foundation, then branch into cloud when you’re ready. 📩 DM “NETWORK” and let’s get you where you need to be 🚀

Comment “CLOUD” to get the links! 🔥 Trying to work in modern tech without understanding Cloud Computing is like building software for a single laptop in a world that runs on distributed systems. If you want scalability, reliability, and real-world engineering skills, this mini roadmap is your entry point. ⚡ Cloud Computing Explained A clear, high-level breakdown of what cloud computing actually is, why it exists, and how companies really use it. ⏱ Cloud Computing in 2 Minutes A fast, simplified overview to lock in the core ideas: servers, regions, scalability, and on-demand infrastructure. ☁ What is Cloud Storage? Understand object storage, why it replaced traditional servers, and how data is stored and accessed at scale. 💡 With these Cloud resources you will: 🚀 Think beyond “my code runs locally” and start thinking in distributed systems 🧠 Understand the foundations behind AWS, Azure, and GCP 🏗 Bridge the gap between writing code and deploying real, scalable applications ☁ Level up for Backend, Cloud, DevOps, and Production Engineering roles If you want to move from “I built an app” to “I deployed a system that scales,” Cloud Computing isn’t optional, it’s foundational. 📌 Save this post so you always have a Cloud roadmap. 💬 Comment “CLOUD” and I’ll send you all the links! 👉 Follow for more Backend Engineering, Cloud, System Design, and Career Growth.

Network Engineer Daily Routine Building, routing, labeling, checking links — and doing it all again tomorrow. Clean racks, perfect cable management, stable networks. Silence in the data center means everything works as it should. ⸻ Ежедневная рутина сетевого инженера Монтаж, маршрутизация, маркировка, проверка линков — и так каждый день. Аккуратные стойки, идеальный кабель-менеджмент, стабильная сеть. Тишина в дата-центре — значит работа сделана правильно. #networkengineer #datacenter #networking #itlife #sysadmin #serverroom #cabling #rackmount #infrastructure #itwork #techlife #cloud #enterprise #networksecurity

Want to practice networking, cybersecurity, and cloud skills at home? 🚀 This video shows how to set up a Network Home Lab with Server Setup step by step. You’ll learn: 🔹 Using FortiGate Firewall for security 🔹 Configuring Switches (VLANs & Trunking) 🔹 Setting up Servers, Storage & Virtualization 🔹 Connecting NUCs, Desktops & Real Devices 💡 Perfect for CCNA, CCNP, Cybersecurity, and Cloud learners who want hands-on skills before stepping into IT jobs. 👉 Don’t just read theory – build your own lab & practice like a pro! Would you like me to make a detailed tutorial on building this lab? Comment below ⬇️ #NetworkingBasics #CCNA #CCNP #NetworkEngineer #CyberSecurity #TechForBeginners #ITInfrastructure #ComputerNetworking #LearnNetworking #NetworkingProtocols #DataCommunication

✅ Security Groups: Think of this as a personal bouncer for your server. They are "stateful," meaning if the bouncer lets someone in, they are automatically allowed to leave. ✅ NACL: This is the main security gate for your entire subnet. It is "stateless," so you must manually tell it who can enter and who can leave. ✅ Internet Gateway: The actual front door that connects your private network to the public internet. ✅ Route Table: The GPS of your cloud. It contains the rules that tell network traffic exactly which way to go. ✅ VPN Gateway: A secret, encrypted tunnel that safely connects your office data center to your AWS VPC. ✅ Egress-Only IGW: A one-way mirror for IPv6 traffic. It lets your servers reach out for updates but prevents the internet from reaching back in. Master these basics to build a rock solid cloud infrastructure. #AWS #CloudSecurity #SoftwareDevelopment #DevOps #SystemDesign

Cloud infrastructure refers to the combination of hardware and software components needed to support the computing requirements of a cloud computing model. 1. Compute: Virtual machines (VMs) or containers that run the applications. 2. Storage: Databases, object storage 3. Networking: Virtual networks, load balancers, and firewalls. 4. Virtualization/ Hypervisor: allows multiple operating systems to share a single physical hardware resource 5. Management Tools: monitoring, managing, and automating the cloud infrastructure. 6. Deployment Software : helps in deploying and integrating the application on the cloud. Amazon Web Services (AWS) Compute • EC2 (Elastic Compute Cloud): Provides resizable compute capacity in the cloud, Storage • S3 (Simple Storage Service):offers scalability, data availability, security, and performance. • EBS (Elastic Block Store): Provides block-level storage volumes for use with EC2 instances. • RDS (Relational Database Service) Networking • VPC (Virtual Private Cloud): Enables users to launch AWS resources into a virtual network that they define. • ELB (Elastic Load Balancing): distributes incoming application traffic across multiple targets • Route 53: A Domain Name System (DNS) web service. Virtualization • AWS uses a hypervisor to virtualize physical servers into multiple isolated VMs. Management Tools • CloudWatch: • CloudFormation: IAM (Identity and Access Management) . . #coding #software #softwaredeveloper #job #faang #google #amazon #development #developer #career #programming #leetcode #codingquestions #googleinterview #microsoftinterview #softwareengineer #amazonjobs #softwaredevelopment #motivation #cloudcomputing #interview #javamicroservices #devops #cloud #clouddeveloper #microservices #aws #discipline #algorithm #itsruntym