industrial-brutalist-ui

Generate high-data-density web interfaces with industrial or military terminal aesthetics.

1|Updated May 29, 2026
One-click install
npx skills add https://github.com/rod97-1/design-skills --skill industrial-brutalist-ui-rod97-1
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: industrial-brutalist-ui
Source: https://github.com/rod97-1/design-skills/tree/main/raw-design-skills/industrial-brutalist-ui
Command: npx skills add https://github.com/rod97-1/design-skills --skill industrial-brutalist-ui-rod97-1

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill solves the challenge of creating distinctive, high-impact web interfaces that stand out from generic consumer UI patterns, perfect for use cases like data-heavy dashboards, technical portfolios, or editorial sites that need to project raw functionality and mechanical precision with a declassified blueprint or retro-futuristic terminal aesthetic.

Core Features & Use Cases

  • Dual Non-Mixable Visual Archetypes: Choose between Swiss Industrial Print (light mode, heavy typography, visible blueprint grids) or Tactical Telemetry/CRT Terminal (dark mode, monospace data, scanline effects) per project, with strict rules against mixing modes within a single interface.
  • Prescriptive End-to-End Design System: Enforces detailed, non-negotiable guidelines for typography (extreme scale contrast, tight/loose tracking), color (utilitarian palettes, no gradients or soft shadows), layout (rigid CSS grids, 90-degree corners, visible compartmentalization), and analog degradation effects (halftones, CRT scanlines, mechanical noise).
  • Use Case: Build a server metrics dashboard with a dark tactical terminal look, or a design portfolio with a light Swiss industrial print style, both with high data density and a raw, mechanical feel that avoids generic UI conventions.

Quick Start

Use the industrial-brutalist-ui skill to design a dark-mode tactical telemetry dashboard for monitoring real-time server metrics with monospace typography, red hazard accents, and subtle CRT scanline effects.

Frequently Asked Questions about industrial-brutalist-ui

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I design a tactical telemetry dashboard with a retro terminal aesthetic?

Design a tactical telemetry dashboard by applying a dark visual archetype with monospace data, rigid CSS grids, utilitarian color palettes, and CRT scanline effects. This approach rejects generic consumer UI patterns to deliver a raw, retro-futuristic terminal aesthetic with high data density.

What is industrial brutalist UI design and when should I use it?

Industrial brutalist UI design is a style that creates distinctive, high-data-density web interfaces using raw industrial or military terminal aesthetics. Use it for operational data dashboards, technical portfolios, and editorial sites requiring a declassified blueprint or retro-futuristic terminal visual identity.

Can I mix Swiss industrial print and tactical telemetry styles in one interface?

No, you cannot mix Swiss Industrial Print and Tactical Telemetry styles in a single interface. The design system enforces strict rules against mixing modes, requiring you to choose either light mode with heavy typography or dark mode with monospace data per project.

How do I build a server metrics dashboard with a CRT terminal look?

Build a server metrics dashboard by selecting the dark-mode tactical terminal archetype, applying monospace typography, red hazard accents, and subtle CRT scanline effects. Enforce a rigid grid layout with 90-degree corners to maintain mechanical precision and high data density.

What are the limitations of using analog degradation effects like halftones in UI design?

Analog degradation effects like halftones and mechanical noise must follow strict rules against gradients or soft shadows. Limitations include enforcing extreme typographic scale contrast and utilitarian color palettes to ensure the interface maintains mechanically precise, high-impact readability.