Claude Skills by lev-os

Low-skill individuals overestimate their competence because they lack the metacognitive ability to recognize their own incompetence

The length of an experience has little effect on retrospective evaluations; people judge experiences based on peak intensity and ending, not duration

Optimization technique that solves complex problems by breaking them into overlapping subproblems, solving each once, and storing results to avoid redundant computation

Cost advantages gained through increased production volume, where larger scale operations reduce per-unit costs by spreading fixed costs across more units

The phase transition zone between rigid order and random chaos where complex adaptive systems exhibit maximum computational capacity, adaptability, and creative potential

Drucker's systematic practices for executive effectiveness focusing on time management, contribution, strengths, priorities, and decision-making

Prioritize tasks by urgency and importance—focus on important but not urgent work to prevent firefighting

Buddhist insight that nothing has fixed, independent existence—reduce suffering by releasing false belief in permanence and cultivate compassion through recognizing interconnection

People value things more highly simply because they own them; willingness to accept is typically 2-3x higher than willingness to pay

Apply proven architectural patterns from Martin Fowler's PoEAA for building scalable, maintainable enterprise applications - Repository, Unit of Work, Service Layer, Domain Model

Balance truth-seeking with goal-achievement by distinguishing between building accurate beliefs and winning when both clarity and effectiveness matter

Identify and maintain states of balance where opposing forces stabilize systems for strategic decision-making

name: ergodicity description: When time average doesn't equal ensemble average—a critical distinction for risk assessment that separates survivable strategies from ruin.## One-Liner When time average doesn't equal ensemble average—a critical distinction for risk assessment that separates survivable strategies from ruin.

A conflict resolution diagram that exposes and invalidates the hidden assumptions perpetuating dilemmas, transforming win-lose trade-offs into win-win solutions

Design systems that react to state changes through asynchronous events, enabling loose coupling and scalability

Understand cumulative adaptation over generations through variation, selection, and inheritance as mechanism for complex optimization without design

Probability-weighted average of all possible outcomes, calculated by multiplying each outcome's value by its likelihood to guide risk-based decisions

Calculate probability-weighted outcomes to make rational decisions under uncertainty by comparing expected values across options

Probability-weighted average of all possible outcomes used to compare uncertain options and make optimal decisions under risk

Stuart Candy's immersive foresight methodology bringing futures to life through tangible artifacts, interactive situations, and embodied experiences

Design systems where outputs multiply rather than add, creating compounding returns that accelerate over time

Account for third-party costs and benefits not reflected in market prices to make decisions that consider true societal impact beyond immediate transaction participants

Jocko Willink and Leif Babin's leadership framework where leaders take total responsibility for everything in their domain

Adjust aggregated probability forecasts upward when diverse forecasters converge, compensating for crowd conservatism

Design systems to automatically transition to safe state when failures occur, preventing harm through built-in protective responses

Distributions where extreme events occur far more frequently than normal statistics predict

Top-down deductive methodology for analyzing system failures by mapping logical relationships between faults, subsystems, and redundant safety elements using Boolean logic diagrams

Systematic techniques for transforming raw data into features that better represent the underlying problem structure, improving ML model performance

Identify reinforcing loops that drive exponential growth and balancing loops that provide automatic correction and self-regulation - map feedback mechanisms to understand control systems, homeostasis, and why systems amplify or dampen changes in engineering, biology, and organizations

Break down unknowable quantities into estimable components to reach order-of-magnitude accuracy when making quick decisions without precise data

Adapt pre-trained foundation models to specific tasks/domains by continuing training on targeted data

Break down complex problems into their most fundamental truths and rebuild understanding from the ground up

Break down complex problems to fundamental truths and rebuild solutions from scratch when existing approaches are too expensive or inefficient

Visually map all potential causes of a problem across structured categories to systematically identify root causes through team collaboration

Visualize evolutionary optimization as a search through multidimensional space where each position represents a solution and height represents fitness

Deconstruct experience into five components (form, sensation, perception, mental formations, consciousness) to understand the illusion of fixed self and reduce attachment

Transform organizational culture through personal mastery, mental models, shared vision, team learning, and systems thinking when breaking persistent problems and building adaptive capacity

Build a learning organization through five integrated practices: personal mastery, mental models, shared vision, team learning, and systems thinking

Hierarchical model identifying five interconnected team dysfunctions with systematic remediation strategies

A systematic methodology for identifying and eliminating system constraints to maximize throughput, based on Eliyahu Goldratt's Theory of Constraints

Uncover root causes by iteratively asking why a problem occurred, moving from symptoms to underlying system failures

Systematically identify potential failure modes, assess their severity and likelihood, and prioritize preventive actions using risk priority numbers

Strategic decision-making framework for navigating uncertainty and incomplete information by accepting ambiguity rather than waiting for perfect clarity

Strategic framework for identifying and leveraging factors that dramatically amplify effectiveness, producing exponentially greater results than proportionate inputs

Apply Buddhism's core problem-solving framework - identify suffering, diagnose cause, envision resolution, implement systematic path

Systematic nine-step foresight methodology for developing baseline and alternative futures with actionable implications

Decisions change based on how options are presented, even when logically identical, particularly with gain versus loss framing

Identify and manipulate resistance forces to either remove drag from desired behaviors or add obstacles to prevent unwanted ones

Over-attributing others' behavior to their character while under-weighting situational factors that shape their actions

A logical diagram that validates proposed solutions by mapping their cause-effect impacts, ensuring they resolve problems without creating new undesirable effects