HexAI.inc
Official@hexai-inc
Offers structured engineering methodologies for backend architecture, frontend design, and rigorous software verification cycles.
Agent Skills by HexAI.inc
Showing 14 vetted skills indexed across 1 GitHub repositories.
HexAI-incmaestro
Orchestrate specialized sub-skills through a Plan-Act-Verify lifecycle for repository management.
HexAI-incconvex
Guide Convex backend development covering schemas, functions, indexing, and React integration.
HexAI-incoptimization-mastery
Optimize web application performance across frontend and backend domains.
HexAI-incclean-code
Enforce secure, maintainable code generation with SOLID and YAGNI principles.
HexAI-incverification-mastery
Generate fresh verification artifacts before declaring task completion.
HexAI-incbrowser-extension
Develop Manifest V3 browser extensions with persistent state management.
HexAI-inctdd-mastery
Enforce the TDD Iron Law by writing failing tests before production code.
HexAI-incdebug-mastery
Enforce a four-phase debugging process for root cause investigation and resolution.
HexAI-incralph-wiggum
Diagnose and fix bugs in existing codebases through persistent testing loops.
HexAI-incbackend-design
Enforce backend architecture standards with Vertical Slice and Zero Trust.
HexAI-incbrainstorming
Guide structured dialogue to turn software ideas into detailed specifications.
HexAI-incplanning-mastery
Generate RFC-Lite implementation plans with file changes, logic strategy, and verification.
HexAI-incgit-worktrees
Create isolated Git worktrees for feature development across Windows and Unix-like systems.
HexAI-incfrontend-design
Create web UI designs with retro aesthetics, physics-based animations, and UX psychology.
Frequently Asked Questions About HexAI.inc
FAQPage SchemaWhat specific engineering tasks does HexAI.inc enable?▼
HexAI.inc enables structured software development including RFC-Lite planning, Convex backend schema design, and retro-aesthetic frontend UI creation. It facilitates rigorous code maintenance through TDD-Iron-Law enforcement, four-phase debugging, and persistent verification artifact generation for complex repository management.
Which technical personas benefit from these methodologies?▼
Full-stack engineers, backend architects, and frontend developers benefit from these structured practices. The methodologies are specifically designed for developers requiring high-integrity codebases, secure architecture standards, and systematic performance optimization across both client-side and server-side environments.
What are the prerequisites for implementing these development standards?▼
Implementation requires a foundational understanding of SOLID and YAGNI principles, alongside familiarity with Git worktree management across Windows or Unix-like environments. Users should be prepared to integrate these standards into existing repositories to enforce the Plan-Act-Verify lifecycle and TDD-based development cycles.