GPL(GENERAL PUBLIC LICENSE) FREEDOM 0:
The freedom to run the program as you wish, for any purpose.
FREEDOM 1:
The freedom to study how the program works, and change it so it does your computing as you wish.
FREEDOM 2:
The freedom to redistribute copies so you can help others.
FREEDOM 3:
The freedom to distribute copies of your modified versions to others.

All of the time trackers featured in this roundup are console applications, using a command-line interface.

The post 26 Sparkling Free and Open Source CLI Linux Time Trackers appeared first on LinuxLinks.

PorteuX 2.3 Linux distribution is now available for download with Linux kernel 6.16, GNOME 49, KDE Plasma 6.4.5, and NVIDIA 580.82.09. Here’s what else is new!

The post Slackware-Based PorteuX 2.3 Is Out with GNOME 49, Improved Webcam Support appeared first on 9to5Linux - do not reproduce this article without permission. This RSS feed is intended for readers, not scrapers.

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Read the full article on GamingOnLinux.

Michael Jamet, one of the primary maintainers of USB4 and Thunderbolt drivers, has left Intel, leaving a gaping hole for the Linux community to deal with.

If you’ve ever run a Linux system in production or even just kept a personal server, you’ll know that running

Read more of this story at Slashdot.

complyctl is a powerful command-line utility implementing the principles of “ComplianceAsCode” (CaC) with high scalability and adaptability for security compliance.

In today’s rapidly evolving digital landscape, maintaining a robust security posture isn’t just a best practice – it is a necessity. For Fedora users, system administrators, and developers, ensuring that your systems meet various security and regulatory requirements can often feel like a daunting, manual task. But what if you could standardize and automate much of this process, making compliance checks faster, easier to audit, and seamlessly integrated into your workflows?

This is now a reality enabled with multiple ComplyTime projects. These focus on specific tasks designed to be easily integrated. They allow a robust, flexible, and scalable combination of microservices communicating with standardized formats that ultimately allow a powerful capability to much more easily adapt to the compliance demands. This also allow faster adoption of new technologies. There are multiple exciting projects actively and quickly evolving under the umbrella of ComplyTime organization. In this article I would like to highlight complyctl, the ComplyTime CLI for Fedora, and its main features that make it an excellent option to easily maintain a robust security posture in your Fedora systems.

complyctl is a powerful command-line utility available since Fedora 42. It’s design uses the principles of “ComplianceAsCode” (CaC) with high scalability and adaptability. It contains a technology agnostic core and is easily extended with plugins. This allows users to use the best of every available underlying technology with a simple and standardized user interface.

The Power of ComplianceAsCode with complyctl

At its heart, complyctl is a tool for performing compliance assessment activities, scaled by a flexible plugin system that allows users to perform compliance check activities with a flexible combination of the best available assessment technologies.

The complyclt plugin architecture allows quick adoption and combination of different scanner technologies. The core design is technology agnostic with standardizing inputs and outputs using machine readable formats that allow high reusability and shareability of compliance artifacts. Currently it leverages the Open Security Controls Assessment Language (OSCAL) and its anti-fragile architecture also allows a smooth adoption of future standards, making it a reliable and continuous modern solution for the long-term.

 This might sound technical, but the benefits are simple:

1. Automation and Speed: Traditional compliance audits can be slow, manual, complex and prone to human error. complyctl relies on standardized machine readable formats, allowing automation without technology or vendor lock-in.
2. Accuracy and Consistency: Machines are inherently more consistent than human reviewers. complyctl’s reliance on OSCAL provides a standardized format for expressing security controls, assessment plans, and results. This standarization is crucial for interoperability. It allows consistent processing and understanding of compliance data across different tools and systems.
3. Scalability and Integration: complyctl simplifies compliance checks integration in your development and deployment pipelines. An OSCAL Assessment Plan can be created and customized once and reused across multiple systems. Ultimately compliance checks can be implemented faster and compliance gaps are caught earlier. This prevents non-compliant configurations from reaching production environments.
4. Extensibility with Plugins (including OpenSCAP): The plugin-based architecture of complyctl makes it incredibly versatile. An example is the complyctl-openscap-plugin, which extends complyctl’s capabilities to use OpenSCAP Scanner and the rich content provided by scap-security-guide package. This allows an immediate and smooth adoption of complyctl using a well-established assessment engine while providing a modern, OSCAL-driven workflow for managing and executing security compliance checks. It also allows a smooth and gradual transition to other scanner technologies.

By embracing complyctl, Fedora users can more easily maintain a strong security posture.

Getting Started with complyctl: A Practical Tutorial

Ready to put complyctl to work? It is likely simpler than you expect. The following is a step-by-step guide to start using complyctl on your Fedora system.

1. Installation

First, install complyctl, if necessary. It is available as an RPM package in official repositories:

sudo dnf install complyctl

2. Understanding the Workflow

complyctl follows a logical, sequential workflow:

• list: Discover available compliance frameworks.
• plan: Create an OSCAL Assessment Plan based on a chosen framework. This plan acts as your assessment configuration.
• generate: Generate executable policy artifacts for each installed plugin based on the OSCAL Assessment Plan.
• scan: Call the installed plugins to scan the system using their respective policies and finally aggregate the results in a single OSCAL Assessment Results file.

Let’s walk through these commands.

3. Step-by-Step Tutorial

Step 1: List Available Frameworks

To begin, you need to know which compliance frameworks complyctl can assess your system against. Currently the complyctl package includes the CUSP Profile out-of-the-box.

Use the list command to show the available frameworks:

complyctl list

This command will output a table, showing the available frameworks. Look for the Framework ID column, as you’ll need this for the next step.

Example:

Optionally, you can also include the –plain option for simplified output.

Step 2: Create an Assessment Plan

Once you’ve identified a Framework ID, you can create an OSCAL Assessment Plan. This plan defines what will be assessed. The plan command will generate an assessment-plan.json file in the complytime directory.

complyctl plan cusp-fedora

This command creates the user workspace in the “complytime” directory:

tree complytime
complytime/
└── assessment-plan.json

The JSON file is a machine-readable representation of your chosen compliance policy.

Step 3: Install a plugin

In this tutorial we will use OpenSCAP Scanner as the underlying technology for compliance checks. So, we also want to install the OpenSCAP plugin for complyctl as well the OpenSCAP content delivered by scap-security-guide package:

sudo dnf install complyctl-openscap-plugin scap-security-guide

Step 4: Generate Policy Artifacts

With your assessment-plan.json in place, and the desired plugins installed, the generate command translates this declarative plan into policy artifacts for the installed plugins. These are the actual plugin specific instructions complyctl plugins will use to perform the checks.

complyctl generate

This command prepares the assessment for execution.

tree complytime/

complytime/
├── assessment-plan.json
└── openscap
    ├── policy
    │   └── tailoring_policy.xml
    ├── remediations
    │   ├── remediation-blueprint.toml
    │   ├── remediation-playbook.yml
    │   └── remediation-script.sh
    └── results

Step 5: Execute the Compliance Scan

Finally, the scan command runs the assessment using the installed plugins. The results will appear in the assessment-results.json, file by default.

complyctl scan

For human-readable output, which is useful for review and reporting, you can add the –with-md option. This will generate both assessment-results.json and assessment-results.md files.

complyctl scan --with-md

This Markdown file provides a clear, digestible summary of your system’s compliance status, making it easy to share with auditors or other stakeholders.

tree complytime/
complytime/
├── assessment-plan.json
├── assessment-results.json
├── assessment-results.md
└── openscap
    ├── policy
    │   └── tailoring_policy.xml
    ├── remediations
    │   ├── remediation-blueprint.toml
    │   ├── remediation-playbook.yml
    │   └── remediation-script.sh
    └── results
        ├── arf.xml
        └── results.xml

Final thoughts

complyctl is an open-source tool built for and by the community. We encourage you to give it a try.

• Find us on GitHub at complyctl repository.
• If you find an issue or have a feature request, please open an issue, propose a PR, or contact the maintainers. Your feedback will help shape the future of this tool.
• Collaboration on ComplianceAsCode/content community is also welcome to help us shaping Compliance profiles for Fedora.

Pogocache, a new open-source cache server written in C, is built for raw speed and posts benchmark wins over Redis, Memcache, and Valkey.

The post Open Source Pogocache Pushes Beyond Redis and Memcache appeared first on Linux Today.

Fedora Linux 43 beta has been announced. The distro does not support X11 session, it is Wayland-only.

This is because GNOME decided to end support for Xorg. Back in 2023, when GNOME 45 was released, developers began planning the removal of X11.

Since GNOME was dropping the old compositor, Fedora decided it was about time for it to do the same. In April 2025, Fedora said that it was planning to end support for X11 packages, and this decision was finalized in May. However, in a twist a few weeks ago, it was revealed that GNOME 49 release candidate re-enabled X11 support due to some technical issues related to the GNOME Desktop Manager (GDM).

But, this is a temporary change, GNOME does plan to disable X11 in a future version, and it could happen as soon as v50. Despite the reversal, Fedora 43 won't support Xorg, the distro's developers are sticking to the original plan. All GNOME X11 session users will be migrated to the Wayland session.

Fedora 43 will ship with Python 3.14, Linux Kernel 6.17, KDE 6.4, and RPM 6.0. It will come with Mesa 25.1.4 graphics drivers. Beta builds of Fedora 43 Workstation, KDE Plasma Desktop, Server, IoT, and Cloud are available for download on the distro's website. For a full list of technical changes in Fedora 43, please refer to the official wiki.

Phoronix reports that the final version of Fedora 43 could be released in late October or early November. X11 is barely maintained, if at all, and it lacks many features that modern hardware supports like multiple monitors with variable refresh rate, fractional scaling, HDR. Wayland on the other hand is superior in almost all aspects, and support for it has been improving for both AMD and NVIDIA GPUs steadily.

Hopefully, Mint will get proper Wayland support soon. As a reminder, Linux Mint 22.2 was released at the start of September. KDE Linux's first alpha was also released recently.  The first beta of Linux Mint Debian Edition 7 is expected to drop this month.

Do you use X11 or Wayland?

Thank you for being a Ghacks reader. The post Fedora Linux 43 beta released, drops X11 support to go Wayland only appeared first on gHacks Technology News.