KEEWANO IS OUT OF STEALTH
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The Database for Agents

to Reason
Over Trillions of Raw Events

KeewanoDB turns raw events into complete, ordered context agents can query directly, compare across populations, and use at machine scale.

The Event Record Shaped for Agents

KeewanoDB stores each entity’s complete event sequence together, in order, and directly queryable. Built for massive event workloads and machine-scale query volume, it delivers faster, lower-cost answers grounded in the full record.

In-Database Compute

An agent sends a script of steps. It runs in-process, beside the complete record with no round-trip. Sandboxed script, strict time and memory limits.

Return Context Agents Can Use

KeewanoDB keeps the complete record underneath, then returns dense, relevant context for the question, model, or application, using up to 84% fewer tokens.

What the Engine Makes Possible

01

Query Raw Event Data Freely

KeewanoDB lets humans and agents ask new questions over raw event data at machine scale, with millisecond-speed answers. No prebuilt pipelines, rollups, or pre-aggregated views required.

02

Ingest Without Schema Rebuilds

Append new event types as they appear, without schema changes, index rebuilds, or pipeline updates.

03

Query Through a Built-In Semantic Layer

KeewanoDB adds meaning on top of event records, so agents can query by concepts, definitions, and business logic, not only raw event names or fields.

04

Connect Through Standard Interfaces

Use MCP, REST, SQL, and standard interfaces on top of a next-generation event reasoning engine.

Questions That Normally Require Rebuilding the Record

When a question depends on the order of events, KeewanoDB can read the record directly and compare it across the full population.

What happened before this customer churned?
Analyze the complete sequence around the outcome.
Which accounts followed a similar path?
Compare one sequence against the full population.
What changed after this touchpoint?
Compare behavior before and after the event.
Which agent runs failed the same way?
Compare model calls, tool use, retries, errors, handoffs, and token spend across runs.

Find Similar Paths Across the Full Population

Start with a churned customer, a high-value user,  a suspicious transaction, a failed device, or a broken agent run. KeewanoDB compares that sequence across the dataset and ranks the closest matches.

The similarity comes from your own event data and runs inside the database without a separate machine-learning pipeline.

Run Beside the Stack You Already Have

Use it as a standalone event database or alongside Postgres, your warehouse, Kafka, or your lakehouse. Run it locally with KeewanoDB Local or use Cloud for managed, distributed production workloads.

Raw events in
kafka logo
Kafka
streams
postgres logo
Postgres
databases
snowflakes logo
Snowflake
data platform
big logo
BigQuery
analytics
sdk logo
SDKs & Apps
events & logs
parquet logo
Parquet / Iceberg
files & lakes

Ingest raw events from
your existing stack

KeewanoDB

one database • your raw events, agent-ready

Raw event store

Keep every event intact.
Complete record. No sampling. No reduction.

Context layer

Tie events to entities, timelines, and outcomes. Build the full story around each event.

Semantic layer

Map raw events to concepts, patterns, and definitions. Meaning that agents can query, not just fields.

Acceleration layer

Run reports, similarity, and custom logic in-database. SIMD & GPU acceleration for low latency at scale.

Query & serve

Return answers through the tools you already use. MCP, SQL, REST, APIs, and analytics tools.

Agent-ready answers out
MCP
for agents
REST / SQL
interfaces
BI Tools
Tableau, Looker
AI Agents
ask anything
Applications
your product
APIs & Webhooks
event-driven

Grounded context delivered
through the interfaces
you already use

Preserve the Full Record

The complete record stays intact, not reduced to snapshots, samples, rollups, or disconnected rows.

Here's Your Free Ticket to Machine-Scale Reasoning

Build on KeewanoDB

Ask new questions, compare patterns across millions of entities,
 and give AI grounded context from what actually happened.