This guide explains how to set up a PXE server for efficient batch network installation of Linux, covering DHCP, TFTP, FTP repository configuration, bootloader preparation, Kickstart unattended installation, and verification steps to automate OS deployment without manual media.
This guide walks you through setting up a PXE server for scalable, automated Linux installations, covering DHCP, TFTP, boot program configuration, and integrating Kickstart unattended installation to eliminate manual setup steps.
This guide explains how to automate large‑scale Linux deployments by configuring a PXE boot environment with DHCP, TFTP, and NFS services, creating a Kickstart answer file, and troubleshooting common issues to achieve fully unattended installations.
To cope with rapid growth, Bilibili replaced its inflexible PXE workflow with a hybrid system using in‑memory BiliOS and iPXE, adding out‑of‑band management, declarative configuration, and multi‑scenario support, which together dramatically boosted provisioning automation, reliability, and efficiency across its data‑center and edge servers.
This guide walks through the complete PXE boot process, explains how Cobbler extends PXE with automated DHCP/TFTP management, and provides detailed commands and configuration examples for installing Cobbler, fixing common issues, importing a local ISO, creating kickstart files and profiles, and finally launching a fully automated OS installation.
This article walks through turning an old 2009 laptop into a disk‑less Volumio player by configuring iSCSI network boot, covering BIOS/UEFI basics, PXE/iPXE workflow, MBR vs GPT partitioning, bootloader setup, initrd customization, and troubleshooting tips.
This article explains how to create and use Kickstart answer files for fully automated RHEL 8 installations, covering each directive, package selection, and the steps to add the Kickstart path to both BIOS/Legacy and UEFI boot menus, complete with example code.
This guide walks you through setting up a PXE server—including DHCP, syslinux, TFTP, and FTP components—configuring static networking, creating Kickstart files, and enabling both BIOS and UEFI boot menus for unattended Red Hat Enterprise Linux 8 installations.
This guide explains how to use Cobbler to automate the batch installation of multiple operating system versions across hundreds of servers, covering installation, DHCP/TFTP/rsync configuration, distro and profile setup, data synchronization, testing, and the optional web interface for streamlined management.
This guide explains how to use Cobbler to automate the batch deployment of multiple operating system versions across hundreds of servers, covering installation, DHCP and TFTP configuration, distro and profile setup, data synchronization, and web interface usage.
This step‑by‑step guide explains how to set up a PXE, Kickstart, TFTP, DHCP, and FTP environment on a single CentOS 7 server to perform fully automated, network‑based OS installations for multiple client machines.
This guide explains how to use Cobbler, an automated provisioning tool, to streamline large‑scale OS installations on servers, covering installation, configuration of DHCP/TFTP/RSYNC, creating repos, managing distros and profiles, and deploying CentOS via PXE with practical command examples.
This guide explains the PXE boot process, its required DHCP and TFTP services, and how to combine PXE with Kickstart to perform unattended, large‑scale CentOS installations, including detailed configuration steps for DHCP, HTTP, TFTP, boot files, and a complete Kickstart script.
This guide explains how to manually configure IP addresses using ifconfig or ip commands, the role of DHCP in dynamic IP allocation, and how PXE leverages DHCP to automate OS installation, covering packet flow, ARP handling, lease renewal, and boot processes.
This article describes a cloud-enabled automated server provisioning platform that uses PXE boot and Kickstart files to remotely install operating systems, collect hardware data, manage templates, track progress, and synchronize results to a CMDB, significantly improving deployment efficiency and accuracy.
This article explains how to use Cobbler, a Python‑based provisioning tool, to set up PXE boot, manage DHCP/DNS/TFTP services, import Linux distributions, configure kickstart templates, and operate the web interface for fully automated system installations.
This tutorial explains why automation is critical for large‑scale server provisioning, introduces Cobbler as an open‑source PXE‑based deployment tool, and walks through installing, configuring, and testing Cobbler with code examples for DHCP and distro management.
This article details how to use PXE to automatically provision three‑node Oracle 11gR2 RAC clusters on bare‑metal servers, covering network planning, PXE server setup with a one‑click installer, required software download, MAC address collection, shared‑disk and node configuration, virtual tape library setup, time synchronization, and user creation.
This tutorial walks you through setting up a PXE‑based automated Linux installation environment, covering DHCP, TFTP, HTTP services, kickstart configuration, necessary boot files, and the final deployment of CentOS 6.5 on virtual machines.
The article outlines a Linux server architecture that mounts a read‑only root filesystem over the network from a centrally managed, DRBD‑replicated control node with Heartbeat failover, providing real‑time updates, high security (even root cannot modify), and automatic migration via virtual IP.
