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Linux Pluggable Authentication Modules (PAM) is a suite of libraries that allow a Linux system administrator to configure methods to authenticate users. It provides a flexible and centralized way to switch authentication methods for secured applications by using configuration files instead of changing application code. [ 1 ]
PAM is currently supported in the AIX operating system, DragonFly BSD, [1] FreeBSD, HP-UX, Linux, macOS, NetBSD and Solaris. Since no central standard of PAM behavior exists, there was a later attempt to standardize PAM as part of the X/Open UNIX standardization process, resulting in the X/Open Single Sign-on (XSSO) standard.
PAM graphics format, used by Netpbm; PAM library, Parallel Augmented Map, a parallel library for ordered sets and maps using balanced binary trees; Pluggable authentication modules (also known as X/Open Single Sign-on), a Unix authentication framework OpenPAM; Linux PAM; Privileged access management, a type of cybersecurity tool
Free and open-source software portal; OpenPAM is a BSD-licensed implementation of PAM used by FreeBSD, NetBSD, DragonFly BSD [1] and macOS (starting with Snow Leopard), [2] and offered as an alternative to Linux PAM in certain Linux distributions [which?].
PAM supports four balancing schemes, including AVL trees, red-black trees, treaps and weight-balanced trees. PAM is a parallel library and is also safe for concurrency. Its parallelism can be supported by cilk, OpenMP or the scheduler in PBBS. [2] Theoretically, all algorithms in PAM are work-efficient and have polylogarithmic depth.
Privileged Access Management (PAM) is a type of identity management and branch of cybersecurity that focuses on the control, monitoring, and protection of privileged accounts within an organization. Accounts with privileged status grant users enhanced permissions, making them prime targets for attackers due to their extensive access to vital ...
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systemd tracks processes using the Linux kernel's cgroups subsystem instead of using process identifiers (PIDs); thus, daemons cannot "escape" systemd, not even by double-forking. systemd not only uses cgroups, but also augments them with systemd-nspawn and machinectl , two utility programs that facilitate the creation and management of Linux ...