# Query Schema **A standardized structure for information retrieval within Navigator.** The Query Schema defines the foundational framework used to retrieve, organize, process, and present information within Satoshium Navigator. Every exploration activity within Navigator begins with a query. Whether a user is reviewing a jurisdiction, comparing records, analyzing signals, exploring historical information, or conducting broader research, the Query Schema provides a consistent structure for transforming questions into results. The Query Schema serves as one of the core operational frameworks of Navigator. --- ## Purpose Information retrieval becomes more effective when it follows a consistent and transparent structure. Without standardized query frameworks, retrieval methods may become inconsistent, difficult to reproduce, or challenging to interpret. The Query Schema exists to establish a common structure for all query activities throughout Navigator. --- ## Core Mission The mission of the Query Schema is to provide a repeatable framework for transforming questions into structured information retrieval workflows. The schema seeks to improve discoverability, accessibility, transparency, consistency, and understanding. --- ## Schema Structure A query record may include the following components. --- ### Query Metadata Information describing the query itself. **Fields** ```text id="4nh7rx" Query ID Query Type Creation Date Last Updated Status Version ``` --- ### Query Objective Defines the purpose of the query. **Fields** ```text id="8r5m3u" Objective Research Goal Target Information Expected Output Type ``` **Examples** ```text id="0k6c9q" Jurisdiction Review Comparison Analysis Technology Research Historical Review ``` --- ### Query Scope Defines the information included within the query. **Fields** ```text id="j3q7fe" Jurisdictions Categories Records Signals Trust Dimensions Historical Records ``` --- ### Query Inputs Documents information supplied to the query. **Fields** ```text id="5s8t2n" Keywords Jurisdictions Filters Date Ranges Categories Record Types ``` **Examples** ```text id="w4n8pa" Texas Technology 2020-Present Governance Signals ``` --- ### Applied Filters Documents refinement criteria used during retrieval. **Fields** ```text id="7g9m2k" Filter ID Filter Type Filter Criteria Filter Logic ``` --- ### Processing Method Defines how information is retrieved and evaluated. **Fields** ```text id="2f3w8z" Retrieval Method Analysis Method Comparison Method Output Method ``` --- ### Retrieved Records Documents records identified during processing. **Fields** ```text id="9k4xqc" Atlas Records Registry Records Chronicle Records Certifier Records Attestor Records Related References ``` --- ### Query Results Documents the information returned by the query. **Fields** ```text id="r7v3tb" Results Summary Records Retrieved Matches Identified Output References ``` --- ### Supporting References Provides traceability to underlying information. **Fields** ```text id="m6n2eu" Source References Cross References Supporting Documentation Related Records ``` --- ### Output Information Identifies outputs generated by the query. **Fields** ```text id="x9j4df" Output Type Output Identifier Output Status Output References ``` --- ## Example Structure ```text id="a5v8rn" Query ID: QUERY-001 Query Type: Jurisdiction Review Objective: Review Texas Inputs: Texas Results: Profile Retrieved Signals Retrieved Trust Dimensions Retrieved Output: Jurisdiction Review Complete ``` --- ## Query Categories The schema may support multiple query types. ### Jurisdiction Queries Retrieve information associated with a specific jurisdiction. Examples: * Country Reviews * State Reviews * Territory Reviews --- ### Comparison Queries Evaluate multiple records or jurisdictions simultaneously. Examples: * Jurisdiction Comparisons * Signal Comparisons * Historical Comparisons --- ### Signal Queries Retrieve information associated with observable indicators. Examples: * Economic Signals * Technology Signals * Governance Signals * Media Signals --- ### Historical Queries Retrieve information associated with changes over time. Examples: * Timeline Reviews * Historical Analysis * Development Reviews --- ### Research Queries Support broader analytical objectives. Examples: * Relocation Research * Technology Research * Tax Research * Regulatory Research --- ### Filtered Queries Apply refinement criteria to retrieved information. Examples: * Geographic Filters * Signal Filters * Time-Based Filters * Trust Dimension Filters --- ## Relationship to Navigator The Query Schema serves as a foundational operational framework within Navigator. All retrieval, comparison, filtering, and analytical activities begin with a query structured according to this schema. --- ## Relationship to Atlas Atlas provides much of the underlying information accessed through query activities. The Query Schema helps organize retrieval while preserving Atlas as the authoritative source repository. --- ## Relationship to the Satoshium Ecosystem The Query Schema may reference information originating from: * Atlas * Certifier * Registry * Chronicle * Anchor * Beacon * Attestor when relevant records are available. --- ## Design Principles The Query Schema is built upon several foundational principles: * Questions drive discovery * Structure improves consistency * Transparency improves trust * Context improves understanding * Evidence improves analysis * Traceability improves accountability * Exploration improves knowledge --- ## Validation Objectives Query records should strive to: * Clearly identify objectives. * Document query inputs. * Preserve filtering criteria. * Maintain methodological transparency. * Preserve supporting references. * Support independent review. These objectives improve reliability and usability. --- ## Future Extensions Future versions may support: * Dynamic Query Frameworks * Multi-Stage Queries * Cross-System Queries * Automated Query Workflows * Advanced Query Logic * AI-Assisted Query Generation Additional capabilities may be introduced as Navigator evolves. --- ## Disclaimer The Query Schema provides a structural framework for information retrieval. The schema itself does not determine conclusions, recommendations, rankings, or outcomes. Query results depend upon available records, methodologies, filters, and supporting information. --- ## Guiding Statement > Questions can be asked. > > Information can be retrieved. > > Records can be explored. > > Understanding can be improved. > > The Query Schema exists to make that possible. --- **Version:** 1.0 **Maintainer:** Satoshium