Arch Linux Integrations

Monitor your servers, containers, and applications, in high-resolution and in real-time. Netdata collects metrics per second and presents them in beautiful low-latency dashboards. It is designed to run on all of your physical and virtual servers, cloud deployments, Kubernetes clusters, and edge/IoT devices, to monitor your systems, containers, and applications. It scales nicely from just a single server to thousands of servers, even in complex multi/mixed/hybrid cloud environments, and given enough disk space it can keep your metrics for years. KEY FEATURES: Collects metrics from 800+ integrations Real-Time, Low-Latency, High-Resolution Unsupervised Anomaly Detection Powerful Visualization Out of box Alerts systemd Journal Logs Explorer Low Maintenance Open and Extensible Troubleshoot slowdowns and anomalies in your infrastructure with thousands of per-second metrics, meaningful visualisations, and insightful health alarms with zero configuration. Netdata is different. Real-Time data collection and visualization. Infinite scalability baked into its design. Flexible and extremely modular. Immediately available for troubleshooting, requiring zero prior knowledge and preparation.

Entropy offers a seamless, secure transition from your trusted circle to your digital assets in the event of an emergency. Security that is User-Friendly Entropy allows you to securely partition your important information into discrete share, which each do not reveal anything about your secret without the other. Distribute them to a small group of trusted people who can store them offline. Long-Term Resilience Entropy's robust security features include 256-bit encryption. This allows for decentralized, durable offline storage that protects your data against both online and offline threats.

IRI Data Masking as a Service is a professional services engagement to secure PII. Step 1: IRI agrees under NDA terms to classify, analyze, and report on the sensitive, at-risk data in your sources. We will discuss an initial cost estimate then hone it with you during data discovery. Step 2: Transfer the unprotected data to a secure on-premise or cloud-based staging area or provide remote, supervised access to IRI to the data sources(s) at issue. We'll use the tools in the award-winning IRI Data Protector suite to mask that data according to your business rules, on an ad hoc or recurring basis. Step 3: Our experts can also move newly-masked data to incremental replicas in production or to lower non-production environments. From either, the data is now safe for analytic initiatives, development, testing, or training. Tell us if you need additional services, like re-ID risk scoring (expert determination) of the de-identified data. This approach provides the benefits of proven data masking solution technology and services without the need to learn and customize new software from scratch. If you do want to use the software in-house, you will have everything pre-configured for easier long-term self-use and modification.

Remote access to desktops and applications is fast, secure, and reliable. SparkView is a secure and simple way to connect devices that are not trusted to your desktops or applications. ZTNA, which does not require any client installation, provides secure remote access to any device that has a browser. All via HTML5 technology. The solution for mobile and remote work. Best web RDP client - advantages of SparkView: - ZTNA compliant remote access to applications, desktops and servers - Access from any device with browser (e.g. Chrome, Firefox, Edge, Opera, Safari, etc.) - No installation on clients or the target systems - One central point for administration, security and authorization - HTML5 technology - Flexible, stable and scalable - Low support and management overhead - Supports common protocols such as RDP, SSH, Telnet, VNC and HTTP(S) - No Java, no Flash, no ActiveX, no plugin, no rollout

Pacman is a Linux utility that manages software packages. It uses compressed files as a package format and maintains a text-based database (more like a hierarchy) in case of any hand tweaking. Pacman doesn't try to do everything. It can add, remove, upgrade, and upgrade packages in the system. You can also query the package database to find files, owners, and installed packages. It can also download packages from remote servers and attempt to manage dependencies. Pacman 2.0 introduced the ability to sync packages with a master server (the -sync option) through the use package databases. Before this, packages had to be manually installed using the --add or - upgrade operations.

This is the code repository of snapd, which is the background service that manages snaps and maintains them. Snaps are app packages that automatically update for desktop, cloud, IoT, and IoT. Snaps are easy to install, secure, cross platform, and dependency-free. They are being used every day on millions of Linux systems. Snapd, in addition to its many management and service functions, provides snapd, the snap command. It is used to install and delete snaps, interact with the wider snap ecosystem and implement the confinement policies that isolate snaps, and governs the interfaces that allow snaps access to specific system resources outside their confinement. The Snap Store has a wide range of products that you can download, such as Spotify and Visual Studio Code. You can also create your own snaps by following our snap documentation creation process.

A decentralized cross-platform software installation system. It works on Linux, Windows, and macOS. Fully open-source. You can run apps in one click. You can run applications without installing them first. You can control everything using a graphical interface or command line. You can control your computer. You don't have any control over what happens during installation. You can mix and match stable and experimental applications on one system. Software can be distributed by anyone. One package can be used on multiple platforms. You can publish on any static web host. There is no central point of management. Automatic updates and dependency handling. Security is paramount. The installation of an app does not grant it administrator access. Before any new software can be run, digital signatures must be verified. Apps can share libraries with each other without needing to trust each others. Automatic self-updating, staged rollsouts, and other improvements to desktop integration.

Package manager and build system in Fortran. Many packages are already available for fpm to provide a rich and accessible ecosystem of general-purpose and high performance code. Fortran Package Manager (fpm), is a package manager for Fortran. Its main goal is to improve the user experience for Fortran programmers. It makes it easier to create your Fortran program, library, test, and example programs, and to distribute it as a dependency to other Fortran project. Fpm's user interface was inspired by Rust's Cargo. Its long-term goal is to grow and nurture the Fortran ecosystem of modern libraries and applications. The plugin system allows the Fortran package manager to easily expand its functionality. The plugin fpm-search allows you to query the package registry. It is easy to install on our system because it is built using fpm.

fpm allows you to create packages for Debian and Ubuntu, Fedora. Fedora, Fedora. CentOS. RHEL. Arch Linux. FreeBSD. fpm is not a new packaging system. It's a tool that makes it easier to create packages for existing systems. It accomplishes this by providing a command-line interface that allows you to quickly create packages. FPM is written in ruby, and can be installed with gem. To build certain package formats, such as snap and rpm, you will need to have certain packages installed. You may need to install additional tools on your machine in order to build certain package formats, especially if you are creating a package for another distribution or operating system. FPM takes your program, and creates packages that are compatible with different operating systems. FPM can take any nodejs, ruby gem or python package, and convert it into a deb/rpm,/pacman, etc. package.

Clipboard manager applet that allows you to store and manage your clipboard content. Clipboard history management, save up 100 clips, private mode and remove any clip you wish. Clear all options, searchable history, autosave history and notification support. You can customize the applet and also restore defaults. Automatically paste the selected clip to your active window. Debian/Ubuntu-based distro. Ubuntu Budgie users can install the applet directly from the welcome screen. Xdotool is an optional tool that allows you to paste text into the active window. The zip file can be downloaded and then run from the extracted folder.

Elixir is an expressive, dynamic language that allows you to create scalable and maintainable applications. Elixir uses the ErlangVM, which is known for its low latency, distributed, fault-tolerant, and fault-tolerant system. Elixir has been successfully used in web development and embedded software. It also supports data ingestion and multimedia processing across many industries. To get started with Elixir, check out our getting started guide or our learning page. All Elixir code runs within lightweight threads of execution, also known as processes. These processes are isolated and exchange information through messages. Because they are lightweight, it is possible to have hundreds of thousands or more processes running simultaneously on the same machine. Isolation allows for processes to be separated, reducing system-wide pauses and making use of all machine resources as efficiently possible (vertical scaling). The process can also communicate with other processes on the same network.

Cross-platform real time file replication for Windows and Linux, Solaris, Solaris, AIX and OpenBSD. EnduraData EDpCloud replicates data and synchronizes it between different operating systems, geographical locations, and cloud providers.

Sandfly is trusted on critical infrastructure around the world. It delivers Linux security without endpoint agents or drama. Instant deployment without compromising on stability or requiring endpoint agents. Sandfly provides a Linux security monitoring platform that is agentless, instantaneously deployable, and secure. Sandfly can protect any Linux system - from cloud deployments and older devices to modern cloud deployments, regardless of CPU architecture or distribution. Sandfly's Endpoint Detection and Response capabilities (EDR) include tracking SSH credentials, auditing for weak passwords and drift detection. Custom modules can be added to the Sandfly platform to detect new and emerging threats. All of this is done with the highest level of safety, performance and compatibility for Linux. We do this without installing agents on your endpoints. The most comprehensive Linux coverage on the market. Sandfly protects all Linux distributions, including AMD, Intel, Arm and POWER CPUs.

Panorama™, a centralized management tool that is easy to use, provides insight into network traffic and simplifies configurations. From one central location, you can create and edit security rules that are consistent with your organization's security policy. The Application Command Center (ACC), which provides comprehensive security management and protection, gives you visibility and actionable insights to network traffic and threats. The automated correlation engine can be used to reduce data clutter and help you identify compromised hosts and spot malicious behavior faster. You can manage up to 5,000 Next-Generation Firewalls or use the Panorama Interconnect plugin for centralizing configuration management for tens to thousands of devices. Panorama simplifies security with an intuitive user interface that allows you to monitor, configure, and automate security management.