meta-display-webapps

Build and validate Meta Ray-Ban Display web apps for the 600×600 viewport.

2|Updated May 15, 2026
One-click install
npx skills add https://github.com/HKTITAN/thenextinterface --skill meta-display-webapps
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: meta-display-webapps
Source: https://github.com/HKTITAN/thenextinterface/tree/main/skills/meta/meta-display-webapps
Command: npx skills add https://github.com/HKTITAN/thenextinterface --skill meta-display-webapps

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

This Skill helps you build and troubleshoot HTML, CSS, and JavaScript web apps that run on Meta Ray-Ban Display, where the UI must fit a fixed 600×600 canvas, work with D-pad style input, and respect the device’s optical and platform constraints.

Core Features & Use Cases

  • Viewport and layout guidance: Design for the exact 600×600 display area without scrolling, zooming, or overflow.
  • Input and interaction patterns: Wire Neural Band and Cap Touch gestures through standard keyboard events, focus states, and Enter-based activation.
  • Platform constraints and shipping rules: Account for additive-display contrast, minimum typography and tap-target sizes, HTTPS-only hosting, local storage limits, and unsupported APIs.
  • Use case: A developer can use this Skill to turn a web prototype into a glasses-ready app, diagnose why it fails on-device, or validate whether a feature belongs on the Web Apps path at all.

Quick Start

Ask the agent to review your Meta Ray-Ban Display web app against the 600×600 viewport, D-pad input, HTTPS deployment, and unsupported API requirements.

Frequently Asked Questions about meta-display-webapps

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

FAQPage Schema
How do I build web apps for Meta Ray-Ban Display?

To build web apps for Meta Ray-Ban Display, you must design HTML, CSS, and JavaScript within a fixed 600×600 canvas, configure HTTPS hosting, and map Neural Band and Cap Touch gestures to standard keyboard events.

Does Meta Ray-Ban Display support standard scrolling and zooming in web apps?

Meta Ray-Ban Display does not support standard scrolling or zooming; web apps must fit entirely within the fixed 600×600 viewport area without overflow to function properly on the additive display.

How do I handle Cap Touch and Neural Band input for Meta Ray-Ban Display apps?

Handle Cap Touch and Neural Band input by wiring these gestures through standard keyboard events, utilizing focus states and Enter-based activation to navigate the D-pad style interaction model.

What are the HTTPS and local storage limits for deploying Meta Ray-Ban Display web apps?

Deploying Meta Ray-Ban Display web apps requires strict HTTPS-only hosting and adherence to specific local storage limits to pass platform validation and function correctly on the device.

Why does my web prototype fail validation on the Meta Ray-Ban Display?

Web prototypes fail validation on Meta Ray-Ban Display when they violate platform constraints like minimum typography sizes, tap-target dimensions, additive-display contrast rules, or attempt to use unsupported APIs.

Can I use unsupported web APIs on the Meta Ray-Ban Display Web Apps path?

You cannot use unsupported web APIs on the Meta Ray-Ban Display Web Apps path; you must validate whether a feature belongs on this path and rely on standard keyboard-event mappings instead.