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Best Practices for Querying and Optimizing Graph Database Performance
A practical Graph Database Market Analysis starts with use‑case clarity: anti‑fraud, recommendations, attack‑path analysis, knowledge search, or supply‑chain lineage. Define questions users must answer, then derive node/edge types and cardinalities. Evaluate vendors on query language fit, traversal performance at depth, write concurrency, and resilience. Test realistic workloads—skewed degree distributions, bursty writes, mixed OLTP/analytics—to observe tail latency and query planner behavior. Verify security—RBAC/ABAC, edge‑level controls, encryption, audit—and compliance features for data minimization and retention.
TCO includes more than licenses. Factor data modeling, ingestion pipelines (CDC, streaming), schema evolution, and operational overhead (backups, monitoring, tuning). Assess ecosystem integrations: connectors to Kafka, Airflow, BI tools, notebooks, and vector databases; SDKs and drivers for target languages; and CI/CD for procedures and queries. Require observability: query metrics, cache stats, memory pressure, and slow‑query logging to guide optimization.
Scale plans should codify patterns: naming conventions, indexing strategies, and reusable query templates. Establish governance—change control, data lineage, and access…