FieldRig Zero

A rugged cyberdeck built for offensive security, systems administration, software development, and AI-assisted field operations.


title: FieldRig Zero description: A rugged cyberdeck built for offensive security, systems administration, software development, and AI-assisted field operations. repository: url: published: true

Overview

FieldRig Zero is my vision of a modern cyberdeck—a portable workstation designed to operate anywhere without sacrificing capability. Inspired by military field equipment, industrial instrumentation, and classic cyberpunk aesthetics, it combines professional hardware with a purpose-built Linux environment inside a rugged waterproof case.

Unlike many cyberdecks that prioritize appearance over practicality, FieldRig Zero was designed as a daily-use machine. It serves as a development workstation, penetration testing platform, AI assistant, systems administration console, and communications hub while remaining compact enough to travel anywhere.

The system emphasizes repairability and modularity. Internal components remain visible and accessible, making upgrades straightforward while reinforcing the project's industrial design language of exposed hardware, matte black finishes, and brass accents.

FieldRig Zero open

Features

  • Rugged Pelican-style enclosure

    • Built inside a waterproof hard case designed for transport and field use.

Case Exterior

  • Industrial cyberdeck aesthetic

    • Matte black hardware, brass accents, exposed electronics, and visible cooling create an intentionally engineered appearance rather than hiding internal components.

Interior Layout

  • Powerful x86 platform

    • Powered by a LattePanda Mu compute module, providing desktop-class performance while maintaining a compact footprint.

LattePanda Mu

  • Modular internal design

    • Components are mounted individually for easy maintenance and future upgrades. Storage, cooling, wireless hardware, and expansion devices can all be replaced without redesigning the system.
  • Integrated Flipper Zero dock

    • A dedicated mounting location allows the Flipper Zero to become part of the workstation while remaining removable for standalone use.

Flipper Dock

  • AI-assisted workflow

    • Designed to interface with local and remote large language models, enabling offline documentation lookup, scripting assistance, and field diagnostics.
  • Linux-first development platform

    • Runs Arch Linux with a customized Hyprland desktop environment optimized for keyboard-driven workflows while remaining lightweight and highly configurable.

Desktop Environment

  • Portable penetration testing workstation

    • Intended to support wireless auditing, SDR experimentation, networking utilities, embedded development, and general security research through modular peripherals.
  • Serviceable hardware philosophy

    • Rather than concealing the computer behind cosmetic panels, FieldRig Zero celebrates the hardware itself. Every component is visible, understandable, and replaceable.

Design Philosophy

FieldRig Zero was created around a simple idea: professional equipment should be enjoyable to use.

Every design decision balances functionality with aesthetics. The visible hardware is not merely decorative—it reflects the modular philosophy of the system. Components remain accessible, upgrades require minimal disassembly, and the machine encourages experimentation rather than discouraging modification.

The result is a workstation that feels closer to industrial laboratory equipment than to a consumer laptop, providing a distinctive platform for software development, cybersecurity research, and systems engineering.

Technologies

  • Arch Linux
  • Hyprland
  • LattePanda Mu
  • Linux networking tools
  • Python
  • Docker
  • Git
  • Flipper Zero
  • PCIe expansion hardware
  • NVMe SSD storage
  • Custom mechanical hardware integration

Future Plans

FieldRig Zero continues to evolve as new capabilities are added. Planned improvements include:

  • Integrated software-defined radio support
  • LoRa communications
  • Mesh networking integration
  • Additional internal expansion modules
  • Enhanced AI tooling
  • Improved battery management
  • Custom hardware monitoring dashboard
  • Companion portable field nodes that communicate with the main system