Discover Agent Skills for productivity & workflow. Browse 170 skills for Claude, ChatGPT & Codex.
Calculates the probability-weighted average of potential outcomes to quantify risks and guide financial decision-making.
Transforms harmful or undesired system effects into innovative solutions and beneficial outcomes using systematic TRIZ methodology.
Applies the TRIZ Extraction principle to resolve system contradictions by isolating interfering or essential components.
Provides a Stoic mental framework to gain cosmic perspective on immediate challenges and reduce psychological stress.
Identifies and manages emotional biases in decision-making by recognizing how affective shortcuts influence risk and benefit assessments.
Resolves complex technical contradictions by applying 40 proven inventive principles to 39 standard engineering parameters.
Implements IFTF's structured cycle to anticipate decade-ahead changes and transform long-term foresight into immediate strategic action.
Identifies high-leverage activities and optimizes resource allocation by focusing on the 20% of inputs that drive 80% of results.
Diagnoses organizational alignment across seven interdependent elements to ensure effective strategy execution and cultural harmony.
Manages and synchronizes CalDAV calendars from the command line using vdirsyncer and khal.
Applies Joseph Voros's four-element framework to integrate systematic futures thinking into strategic planning and decision-making.
Provides a comprehensive framework of 16 network effect types to help design, build, and defend scalable digital products and marketplaces.
Captures full cognitive state and energy signatures when hyperfocus breaks to ensure seamless work resumption.
Manages macOS sleep states using native CLI utilities and GUI applications to keep systems awake during critical operations.
Categorizes product features based on customer satisfaction and investment to drive strategic roadmap decisions.
Applies the physics of momentum to project management and habit formation to overcome inertia and build sustainable progress.
Refines project forecasts and probability estimates through continuous, evidence-based adjustments to avoid anchoring and overreaction.
Analyzes the gap between factual observations and prescriptive actions to ensure logical and ethical decision-making.
Solves complex problems by identifying and mapping structural parallels from successful solutions in unrelated domains.
Implement autonomous maintenance, repair, and optimization patterns to eliminate external intervention in systems and software.
Resolves complex strategic paradoxes by treating apparent contradictions as complementary parts of a unified whole.
Distinguishes between abstractions and reality to identify outdated documentation, misaligned plans, and model-reality gaps.
Provides a structured framework to identify and neutralize cognitive biases that lead to skewed professional judgments.
Deconstructs complex human experiences and reactions into five distinct components to improve decision-making and reduce cognitive bias.
Calibrates the burden of proof for assertions based on their implausibility to ensure rigorous decision-making and debugging.
Identifies and resolves recurring archetypal system failures like policy resistance and the tragedy of the commons through structural interventions.
Aligns predicted probabilities with actual outcomes to eliminate overconfidence and improve decision-making accuracy.
Resolves complex engineering contradictions by applying 40 systematic, patent-derived principles to break through technical trade-offs.
Optimizes business decision-making by applying Theory of Constraints metrics to prioritize throughput over traditional cost allocation.
Deconstructs complex problems into fundamental truths to build innovative, ground-up solutions that bypass conventional assumptions.
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