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It is an alternative to ntpd, a reference implementation of NTP. It runs on Unix-like operating systems (including Linux and macOS) and is released under the GNU GPL v2. [4] It is the default NTP client and server in Red Hat Enterprise Linux 8 and SUSE Linux Enterprise Server 15, [5] [6] and available in many Linux distributions. [7] [8] [9]
The development of OpenNTPD was motivated by a combination of issues with current NTP daemons: difficult configuration, complicated and difficult to audit code, and unsuitable licensing. [5] OpenNTPD was designed to solve these problems and make time synchronization accessible to a wider userbase.
ntpd-rs is a security-focused implementation of the NTP protocol, founded by the Internet Security Research Group as part of their Prossimo initiative for the creation of memory safe Internet infrastructure. ntpd-rs is implemented in Rust programming language which offers memory safety guarantees in addition to the Real-time computing ...
ntpd uses a single configuration-file to run the daemon in server and/or client modes. The configuration file, usually named ntp.conf, is located in the /etc directory. Other important files include the drift file, which ntpd uses to correct for hardware-clock skew in the absence of a connection to a more accurate upstream time-server.
GNU/*/Linux (or Owl for short) is a small security-enhanced Linux distribution for servers, appliances, and virtual appliances. Effectively at end of life. OpenWrt: Active: Linux: x86, x86-64, MIPS, ARM, PowerPC, AVR32, CRIS, m68k, SPARC, SuperH, Ubicom32, etc. GPL V2: Free: Linux distribution with a focus on CPE-routers and
systemd is a software suite that provides an array of system components for Linux [7] operating systems. The main aim is to unify service configuration and behavior across Linux distributions. [8] Its primary component is a "system and service manager" — an init system used to bootstrap user space and manage user processes.
The Linux PTP Project – an implementation of the Precision Time Protocol (PTP) according to IEEE standard 1588 for Linux. The dual design goals are to provide a robust implementation of the standard and to use the most relevant and modern Application Programming Interfaces (API) offered by the Linux kernel. [94]
On Linux and all Unix-like operating systems, the utilities ifconfig and the newer ip (from the iproute2-bundle) are used to configure IEEE 802.3 and IEEE 802.11 hardware. These utilities configure the kernel directly and the configuration is applied immediately. After boot-up, the user is required to configure them again.