Brain AI Cleaner should be a fully autonomous knowledge hygiene and optimisation system for Sintra X that continuously maintains, organises, validates, protects, and safely cleans Brain AI data. As Brain AI grows over time, users need more than basic organisation tools. The platform should actively prevent clutter, outdated information, duplicate knowledge, conflicting instructions, hallucination risks, token waste, operational inconsistencies, and legal/compliance exposure. The system should automatically detect and safely manage: * Duplicate and near-duplicate data * Expired or outdated documents * Broken links and orphaned files * Redundant uploads and old file versions * Empty folders and temporary artifacts * Low-value or unused context * Stale workflow references * Conflicting instructions or policies Brain AI Cleaner should intelligently classify information into: * Safe to Remove * Needs Review * Protected Content Protected content should include important business knowledge, legal records, brand assets, compliance documentation, pinned content, operational procedures, and workflow-critical information. Users and workspace admins should be able to configure: * Retention rules * Cleanup aggressiveness * Approval requirements * Protected folders and documents * Workspace-specific policies * Compliance and legal safeguards A core feature should be advanced contradiction detection and resolution. The system should continuously scan Brain AI for conflicting information, outdated guidance, duplicate SOPs, inconsistent company policies, conflicting pricing or refund terms, contradictory customer support instructions, and overlapping workflows. The platform should identify the most authoritative or recent version, recommend safer wording, merge compatible information where appropriate, and require approval before replacing protected or sensitive content. Brain AI Cleaner should also include a legal and compliance conflict detection engine capable of identifying risks such as: * Regulatory non-compliance * Privacy law conflicts * Conflicting contractual terms * Employment policy inconsistencies * Incorrect tax or invoicing guidance * Health and safety conflicts * Outdated legal disclaimers * Contradictory terms and conditions * Region-specific legal conflicts The system should classify issues by severity, including Low Risk, Medium Risk, and High Risk categories, with high-risk items covering legal contradictions, safety risks, privacy violations, and financial or contractual inconsistencies. Optional compliance profiles could support frameworks such as GDPR, NZ Privacy Act, HIPAA, SOC 2, ISO standards, workplace health and safety requirements, and industry-specific regulations. To maintain trust and enterprise readiness, Brain AI Cleaner should never auto-delete legally important information without confirmation. All actions should support: * Audit logs * Version history * Rollback capability * Recoverable snapshots * Exportable compliance reports The system should also function as an autonomous organisation engine that continuously: * Reorganises folders * Applies smart tagging * Groups related knowledge * Detects orphaned content * Standardises naming conventions * Suggests folder structures * Archives inactive material Users should be able to select cleanup modes such as Conservative, Balanced, or Aggressive. A Knowledge Health Dashboard should provide visibility into: * Brain cleanliness score * Duplicate counts * Contradictions detected * Compliance warnings * Storage usage * Token efficiency * Recently cleaned items * Recovery history Brain AI Cleaner should support scheduled maintenance including daily cleanup, weekly optimisation, monthly audits, auto-archiving, and compliance reviews with optional approval workflows and summary reports. The platform should also optimise context efficiency by compressing redundant information, consolidating overlapping instructions, summarising repetitive content, removing low-value noise, and prioritising high-signal business knowledge. This would improve Helper performance, reduce hallucinations, and improve scalability. An optional “Self-Healing Brain” mode could allow Brain AI to automatically detect declining knowledge quality, repair organisational structures, rebuild indexes, remove stale context, and revalidate linked resources. Overall, Brain AI Cleaner would transform Brain AI into a self-maintaining operational memory system with autonomous knowledge hygiene, intelligent compliance protection, enterprise-grade reliability, safer long-term scaling, and significantly reduced operational and legal risk.