Architekt Jutra
Official@architekt-jutra · Poland
Offers specialized domain-driven design validation, architectural archetype mapping, and linguistic boundary verification for complex enterprise software systems.
Agent Skills by Architekt Jutra
Showing 14 vetted skills indexed across 1 GitHub repositories.
incident-diagnosis-review
Evaluates AI agent incident diagnoses for latency degradation events using predefined rubrics and artifact files.
transcript-critic
Analyze meeting transcripts and requirements for hidden decision-making flaws.
maister:metaprogram-classifier
Identify active NLP metaprograms from utterances and generate confidence-scored communication strategies.
maister:problem-classifier
Classify business requirements into four domain-driven design modeling problem classes.
maister:requirements-critic
Analyze requirements with four structured validation checks and interactive reformulation.
maister:context-distiller
Analyze domain descriptions to detect ambiguities and unsafe context generalizations.
pricing-archetype-mapper
Transform domain pricing requirements into structured archetype models with component breakdowns.
archetype-scanner
Scan domain requirements against architectural archetypes and generate fit reports.
accounting-archetype-mapper
Transform domain requirements into accounting-style value flow models with traceability.
maister:aggregate-designer
Analyze concurrent command conflicts to design domain-driven design aggregate boundaries.
research-gatherer
Collect and cross-verify raw research findings from internal and external sources.
aj-kg-query
Query a Neo4j knowledge graph for AJ microkernel platform structure.
linguistic-boundary-verifier
Detect ubiquitous language leakage across bounded context boundaries in modular systems.
maister:test-strategy-reviewer
Detect mismatches between test strategy and production code problem class.
Frequently Asked Questions About Architekt Jutra
FAQPage SchemaWhat specific tasks are enabled by these architectural modeling capabilities?▼
These capabilities enable precise classification of business requirements into domain-driven design problem classes, validation of aggregate boundaries, and detection of linguistic leakage across system contexts. Users can transform raw pricing or accounting requirements into structured, traceable archetype models while identifying ambiguities in domain descriptions.
Which personas benefit most from these architectural validation skills?▼
System architects, domain experts, and lead developers benefit from these skills when designing complex, modular enterprise systems. These functions are specifically intended for professionals responsible for maintaining strict bounded context integrity, ensuring alignment between test strategies and production code, and mapping business logic to formal architectural archetypes.
What are the primary prerequisites for implementing these domain modeling functions?▼
Implementation requires a defined domain model or set of business requirements formatted for analysis. For graph-based queries, a pre-existing Neo4j instance containing the microkernel platform structure is necessary. Users must also provide clear, documented domain descriptions or meeting transcripts to facilitate accurate classification and context distillation.