Parrot OS
By Parrot Security
Typical implementation process for Parrot OS, with each step briefly explained in order and estimated time where possible:
Decide on the edition (Security, Home, Cloud, Architect, ARM, WSL) and check hardware or VM requirements.
Go to the official Parrot OS website, select the edition, and download the ISO image.
Use a tool like Rufus, Balena Etcher, or your VM software to create a bootable USB drive or mount the ISO for virtual machines.
Insert the USB or start the VM, then boot the system from the installation media.
Choose “Try/Install” from the boot menu and launch the Calamares installer.
Select language, region, time zone, and keyboard layout
Choose guided or custom partitioning, set disk size (recommended 40 GB+), and optionally enable encryption or swap.
Set up a username and password for the system.
Review settings, start the installation, and wait for files to copy and GRUB to install.
Restart the system, remove installation media, and log in with your credentials.
Parrot OS can be extensively customized to fit specific business needs. Here are multiple data points that demonstrate its flexibility and adaptability:
Multiple Editions for Different Use Cases: Parrot OS offers Security, Home, Cloud, Architect, ARM, and WSL editions. Businesses can select the edition that best matches their operational requirements, from penetration testing and forensics to lightweight development or cloud deployment.
Customizable Installation (Architect Edition): The Architect Edition allows organizations to build a minimal or fully customized system, choosing the desktop environment, software packages, and system components during installation.
Choice of Desktop Environments: Parrot OS supports MATE, XFCE, GNOME, KDE, and even the i3 window manager. Businesses can tailor the user interface for different teams or use cases.
Extensive Toolset and Modular Add-ons: Over 600 security, forensic, and development tools are available. Businesses can install only the tools they need or add more from Parrot’s repositories, keeping systems lean and focused.
Developer-Friendly Environment: Parrot OS comes with integrated programming languages, compilers, interpreters, libraries, and frameworks. It supports CI/CD pipelines and includes Codium (VSCode-based IDE) for software development, with other IDEs available for installation.
Cloud and Embedded Support: Parrot Cloud Edition is optimized for cloud environments and virtual machines, while ARM images support embedded and IoT deployments, including Raspberry Pi.
Privacy and Security Configuration: Parrot OS includes privacy tools (AnonSurf, Tor, OnionShare) and disables all network services by default, allowing organizations to configure security and privacy settings as needed.
Open Source and Community-Driven: Businesses can freely modify, redistribute, and audit the source code, ensuring transparency and compliance with internal policies.
Automation and Scripting: The Debian base and package manager (APT) allow for automated deployments, updates, and custom scripting for maintenance and configuration.
Internationalization and Accessibility: Parrot OS supports multiple languages and accessibility features, making it suitable for global teams.
Integration in CI/CD and DevOps: Parrot can be used in CI/CD pipelines for automated security testing, making it valuable in software development and DevSecOps environments.
Flexible Hardware Support: Runs on a wide range of hardware, from modest laptops to embedded devices, and supports both 32-bit and 64-bit architectures, as well as ARM.
Web-based and Virtual Access: Parrot OS is available as a browser-accessible virtual hacking distro (Pwnbox) and can be deployed as a VM or on WSL for integration into diverse business workflows.
User and File Permission Controls: Businesses can manage file and directory permissions, user roles, and group access, supporting secure multi-user environments.
Parrot OS offers a suite of training and support resources tailored for new users, ranging from self-guided documentation to interactive community engagement and structured courses. Here's an overview of the available options:
Parrot OS provides extensive official documentation covering various topics, including:
Installation Guides: Instructions for setting up Parrot OS on physical machines, virtual environments, and cloud platforms.
Configuration Tips: Guidance on system customization and software management.
Tool Usage: Detailed explanations of pre-installed security and development tools.
Troubleshooting: Solutions to common issues faced by users.
The documentation is continuously updated, and users are encouraged to contribute to its enhancement.
Parrot CTFs Academy
An online platform offering hands-on cybersecurity courses, featuring:
Interactive Labs: Practical exercises simulating real-world scenarios.
Browser-Based VMs: Access to virtual machines pre-configured with the necessary tools.
Beginner to Advanced Courses: Curriculum designed for various skill levels.
Regular Content Updates: New challenges and labs are added monthly. Parrot CTFs
This platform is ideal for users seeking immersive, practical learning experiences. The Knowledge Academy
The Knowledge Academy
Offers formal Parrot Security OS training through:
Online Instructor-Led Courses: Live sessions with expert trainers.
Self-Paced Learning: Flexible access to course materials.
Onsite Training: Customized sessions at organizational premises.
Certification: Recognition upon course completion.
These programs are suitable for professionals seeking structured learning paths. The Knowledge Academy
Parrot OS boasts an active community offering support through various channels:
Forums: Platforms for discussions, troubleshooting, and knowledge sharing.
IRC Channels: Real-time chat support for immediate assistance.
Social Media: Updates, announcements, and community interactions.
Discord & Telegram: Spaces for informal discussions and support.
Additional learning materials are available through:
YouTube: Tutorials and walkthroughs on Parrot OS usage.
TryHackMe & Hack The Box: Platforms offering practical cybersecurity challenges compatible with Parrot OS.
Cybrary: Courses covering various aspects of cybersecurity.
These resources complement official materials, providing diverse learning avenues.
Parrot OS security measures:
Pre-installed Tools: Includes Metasploit, Wireshark, and other penetration testing and forensics tools.
AnonSurf + Tor/I2P: Routes traffic anonymously to protect user identity.
Sandboxing (Firejail): Isolates applications to reduce the impact of exploits.
Full-Disk Encryption: Supports LUKS for encrypting all stored data.
AppArmor: Enforces access controls on applications.
Secure by Default: Uses sudo, avoids root by default, and includes strong firewall settings.
Regular Updates: Rolling release model with signed, verified updates.
DNS leak protection, MAC address spoofing, and encrypted storage options.
No telemetry or user tracking by the OS.
Parrot OS follows a rolling release model, meaning updates are released continuously and incrementally, rather than in large, scheduled version jumps. Here's how the update cycle works:
Core System & Tool Updates: Released weekly or bi-weekly.
Security Patches: Rolled out immediately upon availability.
Major Releases: While it’s a rolling release, the project still publishes milestone versions (e.g., 6.2, 6.3)
approximately every 3–6 months to mark major improvements and new features.
Development & Testing:
Updates are first tested by the Parrot Testing Team using a dedicated testing branch.
Only after passing stability and security checks are they merged into the main (stable) branch.
Parrot OS, developed by the Parrot Security team, is an open-source Linux distribution focused on privacy, security, and user autonomy. Here's an overview of its policies on data ownership and portability:
User Control: Parrot OS does not include trackers or telemetry from the Parrot team or its partners. Users have full control over their data, and the system does not collect personal information by default.
Third-Party Applications: While Parrot OS itself is designed to protect user privacy, additional programs installed by the user may implement their own telemetry features. Users are responsible for ensuring that newly installed programs align with their privacy requirements.
Open-Source Nature: Being a fully open-source project, Parrot OS allows users to view, modify, and distribute the code. This openness facilitates data portability, as users can adapt the system to their specific needs.
No Data Collection: Parrot OS does not collect user data. The system is designed to be free from trackers, and no data is collected from users by default.
