Everything You Need in One Database

Six data models, one platform. Transactional consistency meets analytical power, with built-in AI capabilities and operational automation.

RelationalDocumentKey-ValueTime-SeriesGraphVector
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Multi-Model Unified Engine

True multi-model support, not bolt-on subsystems

Relational (SQL)

Full PostgreSQL wire protocol compatibility. ACID transactions with serializable isolation by default.

JDBC/ODBCpg_dump compatibleAdvanced SQL features

Document Store

JSONB storage with path indexing. Schema-flexible document collections with SQL queryability.

JSON/JSONBPath expressionsNested queries

Key-Value

Optimized low-latency key operations. Sub-millisecond point lookups with B-tree storage.

GET/SET/DELETEAtomic operationsTTL support

Time-Series

Efficient ingestion and retention. Continuous aggregates, downsampling, and auto-rollup.

High-throughput writesRetention policiesAutomatic compression

Property Graph

Native graph storage and traversal. Cypher-like query language for relationship exploration.

Graph traversalsShortest pathCommunity detection

Vector Embeddings

Sharded ANN indexing (HNSW + IVF). Approximate nearest neighbor with exact distance reranking.

10M+ ops/secHybrid retrievalMultiple distance metrics

Deterministic Transaction Engine

Calvin-inspired global ordering for distributed consistency

Global Sequencer

Issues ordering tokens for cross-shard operations. Deterministic execution eliminates distributed locks.

Raft-based sequencerHigh availabilityLow overhead

Serializable by Default

Strongest isolation level without performance penalty. Linearizable reads and writes.

MVCC + deterministic orderingNo phantom readsExternal consistency

Tunable Consistency

Choose consistency model per workload: serializable, snapshot, causal, or eventual.

Per-namespace policiesCRDT supportConflict resolution

Distributed Transactions

Efficient cross-shard transactions. Calvin-style execution often eliminates blocking 2PC.

Low-latency commitsRead-only optimizationDeterministic execution
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Hybrid Storage Architecture

Transparent tiering from hot NVMe to cold object storage

LSM + B-tree Hybrid

LSM for write-heavy ingestion, B-tree for low-latency point lookups. Best of both worlds.

Adaptive engine selectionAutomatic conversionMixed workload optimization

Hot Tier (NVMe)

In-memory memtables and local SSD for WAL and hot SSTables. Sub-millisecond latency.

Write-ahead logMemtable cacheBlock cache

Warm Tier (SSD)

High-capacity SSDs for less-frequent reads. Vector index spill files and secondary indexes.

Cost-optimized storageAutomatic promotionBackground compaction

Cold Tier (Object Store)

S3/GCS/Azure Blob for compressed columnar archives. Parquet/ORC format for analytics.

Transparent queriesMetadata cachingOn-demand fetch

Auto-Tiering

Background services automatically move segments between tiers based on access patterns.

Access trackingCost optimizationSLO-aware placement
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ML & AI Fabric

Integrated feature store and model serving platform

Transactional Feature Store

ACID guarantees for feature updates. Point-in-time consistency for training and serving.

Offline + online featuresTime-travel queriesFeature versioning

Model Registry

Version control for ML models. Track lineage, metadata, and deployment history.

Model versioningA/B testingShadow deployments

Vector Indexing

Sharded HNSW + IVF hybrid for scalable ANN search. Reranking for accuracy.

Distributed indexingDynamic reshardingMultiple metrics

Embedding Generation

Connectors to LLM providers (OpenAI, Vertex AI, Hugging Face) for automatic embedding.

Batch processingIncremental updatesCost tracking

Online Feature Serving

Low-latency feature retrieval for real-time predictions. Cache layer for hot features.

< 1ms P99Automatic invalidationBatch fetching

Explainability & Monitoring

Track feature drift, data poisoning, and prediction traces for compliance.

Drift detectionAnomaly alertsAudit trails
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Operational Automation

Self-managing database with autopilot capabilities

Auto-Sharding

Automatic data partitioning based on load. Online resharding without downtime.

Load-based splittingRange/hash partitioningTransparent migration

Self-Healing Clusters

Automatic failure detection and recovery. Replica promotion and rebalancing.

Raft consensusAutomatic failoverSplit-brain prevention

Point-in-Time Recovery

WAL archival to cold storage. Restore to any point in retention window.

Continuous backupsIncremental snapshotsVerified restores

Zero-Downtime Upgrades

Rolling upgrades with backward compatibility. Schema migration without locking.

Blue-green deploymentOnline DDLVersion compatibility

Compaction Management

Intelligent compaction scheduling. Throttle based on workload to minimize impact.

Cost-based schedulingSLO-aware throttlingBackground processing
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Enterprise Governance

Security, compliance, and audit capabilities

RBAC & Row-Level Security

Fine-grained access control. Policy-based authorization with row and column filtering.

Role hierarchiesPolicy engineDynamic rules

Encryption

Encryption at rest and in transit. Field-level encryption for sensitive data.

TLS 1.3AES-256Key rotation

Audit Logs

Comprehensive audit trail for all operations. Tamper-proof logging with retention.

Immutable logsQuery auditingCompliance exports

Data Lineage

Track data provenance and transformations. Essential for regulatory compliance.

Column-level lineageImpact analysisDependency graphs

Compliance

SOC2, GDPR, HIPAA, and CCPA compliance. Right to be forgotten support.

Data residencyDeletion verificationPrivacy controls

Differential Privacy

Privacy-preserving analytics. Noise injection for statistical queries.

ε-differential privacyQuery budgetsAggregate protection

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