♟ 2ˡᵃᵇ.ai avatar

♟ 2ˡᵃᵇ.ai

Official

@2lab-ai

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35Public Repos
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67Published Skills

♟ To the POWER of Lab AI

Skills Distribution
DomainDeveloper To...Software Engineeri.. (40%)Technical Document.. (30%)UI/UX Design Systems (20%)Quality Assurance .. (10%)

Agent Skills by ♟ 2ˡᵃᵇ.ai

Showing 67 vetted skills indexed across 2 GitHub repositories.

2lab-ai2lab-ai

update-docs

Synchronize soma-work documentation with code changes before commits.

Official
Advanced
2lab-ai2lab-ai

ztrace

Trace application workflows at callstack depth and explain design decisions.

Official
Advanced
2lab-ai2lab-ai

design

Select a design direction from a 20-philosophy style library for HTML output.

Official
Advanced
2lab-ai2lab-ai

using-ha-thinking

Decompose complex problems into flexible conceptual layers for structured problem-solving.

Official
Intermediate
2lab-ai2lab-ai

review-motion

Review animation and motion code for compliance with defined standards.

Official
Advanced
2lab-ai2lab-ai

using-z

Route code review and project tasks through defined workflows.

Official
Advanced
2lab-ai2lab-ai

using-ssot

Manage user instructions as a single source of truth and decompose them into a task tree.

Official
Advanced
2lab-ai2lab-ai

setup-ai-docs

Set up and synchronize AI documentation with code repositories.

Official
Advanced
2lab-ai2lab-ai

github-pr

Fetch and extract GitHub pull request data via the GitHub API.

Official
Intermediate
2lab-ai2lab-ai

learn

Review conversations to extract learnings and durable facts for persistent memory.

Official
Intermediate
2lab-ai2lab-ai

setup-ai-workflow

Configure an AI work-execution system with gate checks, commit/PR conventions, worktree isolation, and deployment runbook.

Official
Advanced
2lab-ai2lab-ai

zthink

Surface assumptions, control scope, and verify goals before code changes.

Official
Advanced
2lab-ai2lab-ai

zreflect

Detect user instruction drift and generate gap analysis reports.

Official
Advanced
2lab-ai2lab-ai

diagram

Classify visual requests and route them to architecture, numeric, general, or mixed renderers.

Official
Intermediate
2lab-ai2lab-ai

example

Test local plugins directory and verify skills in the Slack bot environment.

Official
Basic
2lab-ai2lab-ai

using-user-skills

Create and manage custom Slack skills using Markdown and MANAGE_SKILL.

Official
Intermediate
2lab-ai2lab-ai

motion-design

Assess UI animation design for feasibility, purpose, and CSS implementation.

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Advanced
2lab-ai2lab-ai

using-epic-tasks

Classify large tasks into cases and generate issue and PR templates.

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Advanced
2lab-ai2lab-ai

block-kit-preview

Render Slack Block Kit JSON as PNG screenshots using Playwright and Chromium.

Official
Intermediate
2lab-ai2lab-ai

zfix

Detect implementation gaps in code and dispatch them to local:z.

Official
Advanced
2lab-ai2lab-ai

html

Convert content into styled single-file HTML with Lottie and PNG.

Official
Advanced
2lab-ai2lab-ai

z

Decompose and dispatch coding tasks for parallel agent execution.

Official
Advanced
2lab-ai2lab-ai

release-notes

Generate bilingual English and Korean release notes from Git commit references.

Official
Intermediate
2lab-ai2lab-ai

structurize

Convert unstructured text into ASCII tree, HTML, Mermaid, or table formats.

Official
Advanced

Frequently Asked Questions About ♟ 2ˡᵃᵇ.ai

FAQPage Schema
What specific engineering tasks are enabled by these capabilities?

These capabilities enable systematic requirement decomposition, automated generation of architecture diagrams, contract test creation, and synchronization of documentation with codebase changes. It facilitates structured task routing, code review verification, and the generation of standardized engineering runbooks and release notes.

Which personas benefit most from this technical framework?

Software engineers, technical leads, and product architects benefit from the structured approach to scope control and task verification. It is designed for teams requiring rigorous documentation, consistent UI/UX design implementation, and high-fidelity tracking of development progress against defined acceptance criteria.

What are the primary prerequisites for integrating these capabilities?

Integration requires a repository structure containing trace.md files for scenario tracking and a defined environment for executing task dispatchers. Users must maintain a single source of truth for instructions and adhere to the specified STV (Specification, Trace, Verification) methodology for all development cycles.