Explore our collection of Agent Skills to enhance your AI workflow.
Applies behavioral economics principles to analyze and optimize decision-making, pricing strategies, and risk assessment by leveraging human loss aversion.
Influences user behavior through strategic choice architecture and behavioral economics principles to drive desired outcomes without coercion.
Applies exponential growth principles to decision-making, helping users build long-term value through consistent, incremental improvements.
Employs Eliyahu Goldratt’s five logic-based tools to identify system bottlenecks and architect breakthrough improvements through rigorous cause-and-effect analysis.
Eliminates irrational attachment to past investments to ensure project decisions are based solely on future value and strategic ROI.
Performs fast, headless web searches and extracts page content as Markdown directly within the terminal.
Analyzes complex environments to identify emergent patterns, non-linear dynamics, and adaptive behaviors from micro-level interactions.
Prevents flawed decision-making by identifying and debunking illusory patterns or spurious correlations in data and observations.
Balances current business performance with emerging opportunities and future innovation through structured resource allocation.
Bridges the communication gap between technical and business stakeholders by implementing Given-When-Then scenarios in plain language.
Quantifies uncertainty and assesses risk distributions by running thousands of probabilistic scenarios with random variable inputs.
Improves project forecasting by anchoring estimates on historical reference classes rather than optimistic project details.
Applies proportional analysis and cognitive bias mitigation to help scale decision-making and resource allocation accurately.
Validates project work against architectural gates and specification invariants to ensure strict alignment with system requirements.
Builds authentic leadership influence and organizational trust through character alignment and principled action.
Implements modular software design principles to minimize component dependencies and maximize system flexibility through well-defined interfaces and abstraction.
Divides complex systems or processes into manageable, independent parts to increase flexibility and functionality.
Identifies the minimal computational structure and causal states needed to predict complex system behavior from observed data streams.
Applies Nassim Taleb's risk assessment framework to identify and mitigate the impact of rare, high-consequence events in complex systems.
Optimizes resource allocation and system outcomes by applying chemical concentration principles to software development, business, and productivity.
Analyzes and maps reinforcing and balancing loops to understand complex system behavior and design high-leverage interventions.
Optimizes user registration, account creation, and trial activation flows to reduce friction and maximize conversion rates.
Streamlines the discovery, acquisition, and architectural analysis of external repositories, videos, and documentation within your project context.
Multiplies impact by identifying and applying strategic force multipliers across tools, systems, and resources to achieve exponential output.
Implements Pixar's organizational framework to sustain creative excellence through candor, peer-driven feedback, and psychological safety.
Integrates present-moment awareness and non-judgmental observation into your workflow to reduce stress and improve cognitive focus.
Optimizes Retrieval-Augmented Generation architectures through advanced semantic chunking, hybrid search strategies, and vector embedding pipelines.
Applies the psychological Isolation Effect to make critical information visually or conceptually distinct for better user memory retention.
Counteracts unrealistic planning and risk assessment by implementing systematic cognitive frameworks and data-driven forecasting methods.
Identifies long-term societal and structural shifts through bottom-up pattern detection and massive data aggregation.
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