MonkDB
Products · MonkDB

Nine workloads.
One engine.

The AI-Native Unified Database. A single binary that replaces your relational, analytical, time-series, vector, search, and streaming systems.

MonkDB unifies the data plane that AI systems and operational workloads need. Identity, policy, and lineage run inside the engine. Vector and SQL share the same query surface. The same binary deploys from cloud to edge.

MONKDBENGINE
OLTP
TS
VEC
FTS
DOC
GRAPH
GEO
STREAM
9
Workloads unified
1
Binary, zero ops
<5 ms
Query latency P99
ARM + x86
Anywhere it runs
The nine workloads

Every data shape your AI stack needs, served from one engine

Nine workloads, one query surface, one storage layer. No sidecar systems, no embedding drift, no pipeline glue between data shapes that your applications actually use together.

OLTP

TS

VEC

FTS

DOC

GRAPH

GEO

STREAM

Replace the stack

Seven systems and a glue layer, collapsed into one binary.

Before MonkDB
  • Operational databasePostgres / MySQL
  • Data warehouseSnowflake / BigQuery
  • Time-series storeInfluxDB / Timescale
  • Vector databasePinecone / Weaviate
  • Search engineElastic / OpenSearch
  • Stream processorKafka + Flink
  • Glue layerETL · CDC · pipelines
7 systems · multiple SLAs · pipeline glue
With MonkDB
MonkDB
SINGLE BINARY · UNIFIED ENGINE
  • All nine workloads, one query surface
  • Identity, policy, lineage at the kernel
  • Vector and SQL share execution
  • No pipeline glue, no embedding drift
  • Same binary: cloud, on-prem, edge
1 system · 1 SLA · 0 glue
Core capabilities

Built for the AI-agent era, governed at the kernel.

The capabilities below are not optional add-ons. They are properties of the engine: simple to operate, AI-native by construction, sovereign by default, real-time over batch.

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Architecture

Five layers, one binary.

AI execution surface

Vector search, hybrid retrieval, model serving, and agent state. All share the engine and policy plane.

Governance kernel

Identity, policy, lineage, and residency enforced before any query runs. Audit-grade by default.

Unified query plane

One SQL surface across relational, vector, time-series, search, document, graph, geo, and streams.

Real-time + historical fabric

In-flight stream processing alongside historical context. No batch-first compromise.

Single-binary C++ engine

High-performance core. ARM and x86. Cloud, on-prem, edge. Same binary, same semantics.

We retired four systems and a CDC layer in one quarter. The same engine now serves our analytics, vector search, and operational queries. Latency dropped, on-call burden dropped, cost dropped.
Head of Platform Engineering, Tier-1 Bank
MonkDB in numbers
  • Systems retired in a single migration window
  • 70%Reduction in pipeline glue and ETL
  • <5 msP99 query latency at production scale
Production ready
Compliant, sovereign, and deployable everywhere
  • Air-gapped ready
  • On-prem deployment
  • Self-hosted
  • Encrypted at rest
  • RBAC + audit lineage
  • ARM + x86
  • On-prem · Cloud · Edge

One engine. Every workload. Yours to run.

Talk to an engineer. We will scope a proof of value in your environment.

Request Demo