Intense Visions
Official@intense-visions · United States of America
Offers structural codebase governance, architectural validation, and lifecycle management for enterprise software development environments.
Agent Skills by Intense Visions
Showing 30 vetted skills indexed across 1 GitHub repositories.
Intense-VisionsHarness Feature Flags
Govern feature flags across codebases with lifecycle policies and automated cleanups.
Intense-Visionsharness-api-design
Generate versioned OpenAPI, GraphQL, or proto specifications from existing API surfaces.
Intense-Visionsharness-containerization
Analyze Dockerfiles and Kubernetes manifests for container best practices and misconfigurations.
Intense-VisionsHarness Execution
Execute plan-based tasks with gating, checkpoints, and atomic commits.
Intense-Visionsalign-documentation
Parse diffs and generate documentation updates for AGENTS.md, API docs, and architecture docs.
Intense-Visionsharness-i18n-workflow
Configure i18n workflows with IDs, defaults, and phase-driven lifecycle.
Intense-VisionsHarness Dependency Health
Identify structural health issues in a codebase using graph metrics and static analysis.
Intense-VisionsHarness i18n Process
Inject i18n considerations into brainstorming, planning, and review workflows.
Intense-Visionsadd-harness-component
Add harness elements to projects while validating architectural constraints.
Intense-Visionsharness-property-test
Automate property-based testing across languages with custom generators and shrinking.
Intense-Visionsharness-code-review
Automate multi-phase code review with mechanical checks and graph-scoped context.
Intense-Visionsharness-product-spec
Generate structured product specifications with EARS acceptance criteria from GitHub issues.
Intense-Visionsharness-git-workflow
Manage Git worktrees with baseline verification and finishing strategies.
Intense-Visionsharness-test-advisor
Identify minimal test sets from changed files with graph-aware discovery and static fallbacks.
Intense-Visionsharness-tdd
Enforce red-green-refactor cycles with Harness validation checks.
Intense-VisionsHarness Mobile Patterns
Audit mobile platform patterns for lifecycle, permissions, deep linking, and store readiness.
Intense-Visionscleanup-dead-code
Detect and auto-remediate dead code and unused exports in JavaScript/TypeScript projects.
Intense-VisionsHarness Accessibility
Identify and report WCAG AA accessibility violations in UI components.
Intense-Visionsharness-hotspot-detector
Analyze Git history and churn data to rank structural risk hotspots.
Intense-Visionsharness-design-web
Generate token-bound web components for React, Vue, or Svelte projects.
Intense-Visionsharness-refactoring
Refactor code with constraint verification and harness checks at each step.
Intense-Visionsharness-roadmap
Automate creation and management of a unified project roadmap from specs and plans.
Intense-Visionsharness-ux-copy
Audit UI copy for voice, tone, and clarity across codebases.
Intense-VisionsHarness Design System
Organize design tokens, typography, and spacing into a centralized DTCG-compliant system.
Frequently Asked Questions About Intense Visions
FAQPage SchemaWhat specific tasks can be performed using these capabilities?▼
These capabilities enable structural codebase health monitoring, including dead code removal, WCAG AA accessibility auditing, database migration safety checks, and automated documentation drift remediation. Users can also generate versioned OpenAPI specifications and enforce architectural constraints across complex project repositories.
Which engineering personas benefit most from these features?▼
Platform engineers, technical architects, and senior developers benefit from these features. They are designed for teams managing large-scale codebases who require automated enforcement of architectural standards, design system consistency, and rigorous documentation maintenance to ensure long-term project health and developer experience.
What are the prerequisites for implementing these codebase checks?▼
Implementation requires a Git-based repository and standard project configurations such as TypeScript/JavaScript environments, OpenAPI definitions, or DTCG-compliant design tokens. The system utilizes local .harness files to persist state and requires access to the codebase history for churn analysis and hotspot detection.