Category: Linux Server

  • How to Easily Install Cloudron & WordPress Developer (Step-by-Step)

    Step 1: Prepare Your Server

    • Install Ubuntu 22.04 LTS.
    • Ensure 2 GB RAM (4 GB recommended).
    • Have at least 20 GB disk space.
    • Gain root or sudo SSH access.

    Step 2: Domain & DNS Setup

    • Log into your DNS provider.
    • Create an A record pointing your domain/subdomain to your server IP.

    Step 3: Install Cloudron

    Run these SSH commands:

    wget https://cloudron.io/cloudron-setup
    chmod +x ./cloudron-setup
    ./cloudron-setup
    
    • Follow the on-screen instructions (~10–15 mins).
    • You’ll get your Cloudron admin URL after installation.

    Step 4: Initial Cloudron Setup

    • Visit your Cloudron URL (e.g., https://my.yourdomain.com).
    • Create an admin account.
    • Configure SMTP email (automatic setup available).
    • Complete initial setup.

    Step 5: Install WordPress Developer

    • Log into Cloudron’s dashboard.
    • Click App Store, search “WordPress Developer”.
    • Select the app, choose your domain, then click Install.

    Step 6: Customize Your WordPress Site

    • Visit your WordPress URL.
    • Log in with your admin details.
    • Customize themes, plugins, and site settings.

    Step 7: Maintenance & Backups

    • Cloudron manages automatic backups—review settings regularly.
    • Keep WordPress updated via Cloudron’s dashboard.
    • Monitor resources (CPU, RAM, storage) using Cloudron tools.

    Your WordPress Developer environment is now ready for secure and effective use!

  • Five Years in the Server Room: My Linux Adventure and the Battle Against Hackers!

    Five Years in the Server Room: What I’ve Learned as a Linux Admin

    Wow, —five years! It feels like just yesterday I was wide-eyed and anxious, standing in front of a humming server rack, watching those little lights blink on and off. Fast-forward, and I’m reflecting on a journey filled with late-night alerts, frantic troubleshooting, and some high-pressure moments fighting off cyber threats. Managing Linux servers for our business hasn’t just been a job; it’s been an adventure.

    More Than Hardware

    This photo? It’s not just a shot of wires and machines—it’s a snapshot of what keeps our business running. Every service, every transaction, every piece of data relies on this quiet, blinking backbone. I’m proud to be the one making sure it all just works.

    Beyond Typing Commands

    People often think Linux server administration is just typing mysterious commands into a black screen. In reality, it’s so much more. It’s understanding how everything fits together—hardware, software, users, data—and keeping it running smoothly. It’s about staying one step ahead of issues, patching vulnerabilities before they become problems, and ensuring our systems are secure and reliable, no matter what.

    The Security Chess Game

    The toughest—and maybe most exciting—part? Security. Attackers never sleep. There’s always someone trying something new, pushing at our digital walls. Every time we outsmart a script or block a breach, it’s a win. And every challenge forces us to learn, adapt, and improve our defenses. It’s a constant game of chess, and I wouldn’t have it any other way.

    Building for Growth

    Over these five years, we’ve moved from simply reacting to issues to building a fortress. We’ve upgraded monitoring, hardened our servers, and automated routine tasks. All these improvements mean our business can keep growing, knowing our foundation is solid.

    Being a Linux admin isn’t just about servers or code—it’s about trust, reliability, and being part of something bigger than yourself. I’m grateful for the journey so far, and ready for whatever the next five years bring.

    #Linux #ServerAdmin #ITLife #Cybersecurity #Tech

  • I upgraded to 7.1.1 Arista Edge Firewall from 7.0.0 with Realtek devices Ethernet.

    When using Energy-Efficient Ethernet, Linux Ethernet drivers result in kernel panics.

    Please download two files

    https://wiki.edge.arista.com/index.php?title=Patch_-_Disable_EEE_toggle

    I used Rufus to make a USB bootable after I burned the ISO to USB. I then went to the USB folder simple-CDD, and pasted the scripts eee-ignore-realtek-patch.sh and late_command.sh to the folder.

    Next, paste the two files you just downloaded and extract them.

    Then, now plug the USB in and install the files fresh. This will disable network EEE to allow you to process, and make sure you don’t enable it in the future.

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