CHAIN OF CUSTODY PROTOCOLS DATASETS GHS AUDIT READY CRO WORKSPACE CHAIN OF CUSTODY PROTOCOLS DATASETS GHS AUDIT READY CRO WORKSPACE CHAIN OF CUSTODY PROTOCOLS DATASETS GHS AUDIT READY CRO WORKSPACE CHAIN OF CUSTODY PROTOCOLS DATASETS GHS AUDIT READY CRO WORKSPACE CHAIN OF CUSTODY PROTOCOLS DATASETS GHS AUDIT READY CRO WORKSPACE CHAIN OF CUSTODY PROTOCOLS DATASETS GHS AUDIT READY CRO WORKSPACE CHAIN OF CUSTODY PROTOCOLS DATASETS GHS AUDIT READY CRO WORKSPACE CHAIN OF CUSTODY PROTOCOLS DATASETS GHS AUDIT READY CRO WORKSPACE

MULTI SCIENTIST ELN SAFETY REVIEW INVENTORY SIGNATURES READINESS MULTI SCIENTIST ELN SAFETY REVIEW INVENTORY SIGNATURES READINESS MULTI SCIENTIST ELN SAFETY REVIEW INVENTORY SIGNATURES READINESS MULTI SCIENTIST ELN SAFETY REVIEW INVENTORY SIGNATURES READINESS MULTI SCIENTIST ELN SAFETY REVIEW INVENTORY SIGNATURES READINESS MULTI SCIENTIST ELN SAFETY REVIEW INVENTORY SIGNATURES READINESS MULTI SCIENTIST ELN SAFETY REVIEW INVENTORY SIGNATURES READINESS MULTI SCIENTIST ELN SAFETY REVIEW INVENTORY SIGNATURES READINESS

SAMPLE HISTORY QA EVIDENCE STUDY HANDOFFS METHOD CONTROL LABOS SAMPLE HISTORY QA EVIDENCE STUDY HANDOFFS METHOD CONTROL LABOS SAMPLE HISTORY QA EVIDENCE STUDY HANDOFFS METHOD CONTROL LABOS SAMPLE HISTORY QA EVIDENCE STUDY HANDOFFS METHOD CONTROL LABOS SAMPLE HISTORY QA EVIDENCE STUDY HANDOFFS METHOD CONTROL LABOS SAMPLE HISTORY QA EVIDENCE STUDY HANDOFFS METHOD CONTROL LABOS SAMPLE HISTORY QA EVIDENCE STUDY HANDOFFS METHOD CONTROL LABOS SAMPLE HISTORY QA EVIDENCE STUDY HANDOFFS METHOD CONTROL LABOS

DATA INTEGRITY REVIEW QUEUES SOP LINKAGE SECURE COLLABORATION DATA INTEGRITY REVIEW QUEUES SOP LINKAGE SECURE COLLABORATION DATA INTEGRITY REVIEW QUEUES SOP LINKAGE SECURE COLLABORATION DATA INTEGRITY REVIEW QUEUES SOP LINKAGE SECURE COLLABORATION DATA INTEGRITY REVIEW QUEUES SOP LINKAGE SECURE COLLABORATION DATA INTEGRITY REVIEW QUEUES SOP LINKAGE SECURE COLLABORATION DATA INTEGRITY REVIEW QUEUES SOP LINKAGE SECURE COLLABORATION DATA INTEGRITY REVIEW QUEUES SOP LINKAGE SECURE COLLABORATION

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Cryptography & Merkle-DAG Architecture

Deep dive into TARE's cryptographic chain of custody using native PostgreSQL UUIDs and acyclic graphs.

Modern laboratory assurance benefits from reviewable history. TARE uses cryptographic hashes and graph-shaped relationships to help detect tampering in represented records and linked history.

Universal UUID Namespace

Every core data entity in TARE (such as inventory_locations, samples, and users) has been standardized to use native PostgreSQL uuid identifiers.

UUIDs reduce identifier collision risk and make it easier to connect edge-generated records back to the primary review context.

Multi-Parent Hash Arrays

Scientific workflows are often convergent (e.g. pooling multiple aliquots into a single synthesis). To represent this, ProvenanceEdge relationships accept an array of parentHashes. Hashing payloads alongside parent references helps downstream verification checks surface inconsistencies in represented history.