Skill UI

Guides business leaders through capital expenditure decisions, comparing ROI, payback, NPV, IRR, and opportunity costs for equipment, hires, software, real estate, or service lines so every dollar is justified before deployment.

A comprehensive, AI-native pipeline for identifying, scoring, and engaging high-value contacts. It goes beyond traditional tools by utilizing social graph analysis, signal scoring, and warm path discovery across LinkedIn, X, and email to build highly personalized outreach campaigns. Use it when you need to find, vet, and contact key decision-makers.

This skill applies principles of behavioral psychology and choice architecture to redesign user experience (UX) flows. It is used when a product's conversion friction is rooted in interaction design, not just copy. By auditing cognitive load, defining optimal default paths, and inserting strategic commitment points, it guides users toward desired actions ethically, maximizing commitment while preserving autonomy. Ideal for improving onboarding, checkout funnels, and complex decision-making sequences.

This skill acts as a Visual Psychologist and Environmental Researcher, guiding the systematic mapping of visual elements—including color, typography, spacing, and imagery—to desired emotional states and conversion goals. It ensures that design decisions are strategic, supporting persuasion and brand narrative rather than merely being decorative. Use it when you need visuals to evoke a specific feeling (e.g., trust, urgency, calm) for a defined target audience, while respecting cultural and accessibility constraints.

This skill simulates an advisory council consisting of four specialized sub-agents (Skeptic, Pragmatist, Critic, and Architect). It is designed for high-stakes, ambiguous decision-making where multiple valid paths exist, and clear trade-offs must be weighed. It forces structured dissent to prevent premature consensus or anchoring bias, providing a comprehensive analysis of risks, assumptions, and operational realities before committing to a path. Ideal for strategic product decisions and architectural trade-offs.

This skill transforms vague product intentions, roadmap items, or PRDs into explicit, actionable engineering contracts. It is used when the focus is not on 'what to build,' but on 'what constraints must be clarified before building.' It extracts core business rules, architectural boundaries, and unresolved decisions into a structured, reusable Service Requirement Specification (SRS) style document.

A governance skill designed to secure AI agent tool calls using advanced authorization policies. It implements Cedar policies to control which tools agents can access and under what conditions. Key features include running in 'Shadow mode' for safe observation, 'Enforce mode' for strict blocking, and generating cryptographically signed Ed25519 receipts to provide an immutable, tamper-evident audit trail for every policy decision.

Guides writing documentation and ADRs to capture why architectural or API choices were made, when to comment, and how to structure README/API info so future engineers and agents understand the rationale and trade-offs.

Comprehensive DI guide for Golang covering best practices, architecture decisions, manual constructor injection, and library comparisons (Wire, Dig, Fx, Do) to help teams build testable, loosely coupled services.

This skill simulates a high-level CTO (P10) perspective, focusing on macro-level corporate planning. It assists in defining overarching strategic directions, designing complex organizational topologies, and managing cross-team architectural decisions. Use this when initiating strategic planning, forming an architecture committee, or resolving enterprise-wide technical conflicts.

This comprehensive guide covers best practices for building robust database systems. It teaches crucial concepts like schema normalization, effective indexing strategies, selecting the right database (e.g., SQLite vs PostgreSQL) and ORM, and optimizing queries to prevent common performance issues like N+1 problems. It emphasizes making context-aware architectural decisions.

A comprehensive framework for structuring meetings, defining metric reporting, and managing decision-making velocity in rapidly scaling companies. It addresses common growth pains like misalignment, ineffective leadership meetings, and slow planning cycles by establishing a five-level meeting architecture and weekly health dashboards. Ideal for companies transitioning from startup to enterprise stage.