🎯Skills26
Conducts a proactive risk analysis by imagining potential project failure scenarios and developing preventative strategies.
Orchestrates a comprehensive planning ritual by sequentially using rubber-duck, pre-mortem, and ETA skills to thoroughly assess and validate development tasks before coding begins.
Generates data-driven time estimates for coding tasks by analyzing codebase scope, complexity, and potential risks.
Pauses and presents a detailed checklist before executing potentially destructive or high-impact operations, requiring explicit confirmation.
Helps users articulate technical problems clearly by asking structured diagnostic questions before proposing solutions.
Sequentially executes multi-stage tasks with strict stage-by-stage progression and checkpoint validation.
Distributes and processes a list of inputs across multiple parallel function calls to improve efficiency and throughput.
I understand. Here's a concise one-sentence description for the "split-decision" skill: Systematically presents multiple viable options with detailed trade-offs before recommending any architectur...
Verifies code correctness by forcing execution, testing, and output validation to overcome Claude's pattern-matching limitations.
Helps Claude learn and improve from past interactions by extracting key insights and lessons from previous conversations.
Traces and documents all code dependencies before modifying shared utilities, preventing unintended breakages across the codebase.
Validates key assumptions before proposing solutions by systematically checking code, logs, and system state to prevent building on incorrect premises.
Helps developers precisely target code searches by forcing methodical exploration and defining exact search parameters before grepping.
Enforces systematic skill evaluation and activation before starting complex tasks to maximize problem-solving effectiveness and prevent passive skill usage.
Distributes and processes large-scale tasks by splitting work, processing independently, and aggregating results across multiple items or files.
Facilitates structured team reflection by guiding participants through analyzing past project performance, identifying successes, challenges, and actionable improvements.
Guides users through creating well-structured, actionable skills by providing a comprehensive template and step-by-step instructions for skill development.
Tracks project progress and context across Claude sessions by automatically logging and retrieving notes in a markdown file, enabling seamless session-to-session memory.
Enforces strict adherence to user requests by preventing unwarranted modifications or improvements during code changes.
Identifies and highlights potential loose ends or unfinished tasks within a project or document to improve completeness and thoroughness.
Generates custom Claude AI skills by dynamically creating and configuring executable code modules with flexible parameters and templates.
Carefully deletes files or directories with advanced safety checks and confirmation prompts to prevent accidental data loss.
Safely orchestrates code refactoring by systematically assessing risks, implementing changes, verifying integrity, and documenting modifications.
Prevents premature complexity by resisting over-engineering and enforcing the Rule of Three before adding abstractions.
Prevents Claude from exploiting loopholes or manipulating instructions by enforcing ethical boundaries and responsible interaction.
Systematically debug issues by clarifying the problem, investigating root causes, implementing fixes, and verifying solutions through a structured, methodical approach.