Abductive Reasoning
Systematic hypothesis formation through inference to best explanation
5 steps39 workflows available
Systematic hypothesis formation through inference to best explanation
5 stepsSophisticated single-agent research workflow with HyDE enhancement, topic coverage analysis, reflexion loops, and knowledge integration
11 stepsAI agent-assisted development using Simple, Lovable, Complete principles with anti-slop controls
11 stepsMulti-agent sprint execution using synchronized waves with RTM validation and git-tracked delivery
17 stepsIterative and incremental approach to project management
5 stepsSerialized orchestration for memory maintenance during agent sleep. Runs 5 specialist workflows in dependency order: repair โ hub-detection โ consolidation โ epistemic โ status. Each phase produces cleaner data for the next โ quality cascades downhill.
5 stepsFramework for creating urgency and motivating immediate action
9 stepsSystematic workflow for creating/updating Claude Code plugin agents using constitutional AI and prompt engineering excellence
22 stepsSystematic workflow for creating/updating specialist roles using constitutional AI and prompt engineering excellence
22 stepsSystematic analysis and selection of the single best solution from alternatives
5 stepsSystematic evaluation, analysis, and logical assessment of information and arguments
5 stepsUser-centric systematic approach to data strategy and analytics
5 stepsTop-down logical inference from general principles to specific conclusions
4 stepsHuman-centered approach to innovation and problem-solving
5 stepsSystematic generation of multiple creative alternatives and novel solutions
5 stepsPulls cost data from Microsoft FinOps hubs using Kusto queries for comprehensive optimization analysis
24 stepsAnalyzes data from Microsoft FinOps hubs to create executive-grade insights with industry benchmarks and roadmaps
9 stepsStrategic analyst orchestrating parallel agent waves to analyze games, find equilibria, and generate optimal strategies
9 stepsMeta-cognitive reflection and complex reasoning about thinking processes
5 stepsGraph maintenance specialist for detecting high-degree hub concepts that pollute BuildContext results. Identifies generic hubs, updates the WikiLink filter, and cleans existing files.
2 stepsBottom-up inference from specific observations to general patterns and theories
5 stepsCreative problem-solving through indirect and non-linear approaches
5 stepsBuild-measure-learn approach to product development
4 stepsRandom creative prompts to break mental blocks and spark breakthrough thinking
4 stepsSimultaneous exploration of multiple perspectives and approaches in parallel
5 stepsGeorge Pรณlya's systematic four-step approach to mathematical and general problem-solving
4 stepsSystematic use of deliberate provocations to escape conventional thinking patterns
5 stepsOrchestrated research institution with parallel agent waves building rich knowledge graphs through collaborative investigation
9 stepsCreative problem-solving technique using 7 prompts
7 stepsStructured thinking using six different perspectives
6 stepsSpecialist workflow for the Cognitive Sleep Cycle. Transfers high-value episodic memory (thinking sessions) into durable semantic storage (memory:// notes). Mirrors biological consolidation: hippocampal replay identifies candidates, slow-wave phase distills insights, REM phase discovers novel connections.
3 stepsEpistemic hygiene during cognitive sleep. Reviews assumptions touched by recent activity, validates or invalidates based on evidence, and applies status-based decay pressure. Part of the multi-agent Cognitive Sleep Cycle.
2 stepsGraph maintenance specialist for the Cognitive Sleep Cycle. Identifies concept fragmentation and repairs WikiLink inconsistencies while preserving decay integrity by using observation-only tools for replay.
2 stepsObservation-only memory health report. Analyzes access patterns, calculates decay weights, and flags stale content for review. Does not modify anything โ pure status snapshot. Part of the cognitive sleep cycle.
2 stepsExpose broken assumptions and flawed reasoning by running a real dialogue with a skeptical partner agent
9 stepsSystematic approach to software development phases
7 stepsLong-term competitive positioning and systematic strategic analysis
5 stepsIntelligent cognitive strategy selection and thinking architecture design
4 stepsCollaborative dialogue process leveraging diverse role perspectives across conversation rounds
26 steps