The Row64 Stack

Row64 optimizes for decision speed with a GPU-accelerated, vertically integrated stack that scales in volume, throughput, and number of clients.

Platform Overview
A vertically integrated runtime — ingest (stream or batch), in-memory data store, high-speed compute, GPU-rendered interactive visualizations, and a full API surface for automation — all sharing a open quickaccess binary format.
Platform Overview diagram
Stream
Stream aggregation and processing coming from streaming services (e.g Kafka), brokers (e.g. MQTT) — with full Python streaming API
A diagram illustrating a cross-filter query system.
RAMDB
An in-memory data store that holds the current state data in one place: live telemetry (streaming data), geographic layers (maps), warehouse data (structured), and files like images and PDFs (unstructured) content.
A diagram illustrating the architecture of a RAM database.
Server
A high-speed WebSocket compute server orchestrating bidirectional communication of streaming events to and from clients
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GPU Dashboards
Browser-based, GPU-accelerated dashboards render interactive visuals in real time combining telemetry, geographic layers, warehouse data, and unstructured content across a wide range of devices.
A collection of six laptop screens displaying various data and visuals.
Studio
An intuitive authoring environment usable by operators and engineers alike where dashboards and data models are built.
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APIs
Every capability is API accessible: automate ingest, stream processing, creating and modifying dashboards, and triggering actions from events — or run fully headless: events in, actions out, no screen required.
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Row64's Three Pillars

What sets Row64 apart is its real-time performance, its unified visual layer, and its end-to-end automation.

Real-Time Performance Everywhere

Row64's runtime eliminates latency. From ingesting sub-millisecond data streams to high-speed GPU compute and rendering of massive datasets, operators see and react as events unfold, not on batch refresh cycles. High-volume, continuously changing telemetry processes with sub-second latency.

A blue and white image displaying four different types of computers, each with a unique name. The first computer is labeled as a 'GPU Computer,' the second as a 'Multi-Core Computer,' the third as a 'Multi-Tenancy Computer,' and the fourth as a 'Core Computer.' Each computer is represented by a series of small icons, with the icons arranged in a vis

Every Asset. One Unified Canvas.

A GPU-rendered surface — with an integrated GPU vector tiler, built for data, not cartography — combines real-time telemetry, unlimited geographic layers, warehouse data, and unstructured content, enabling operators to visualize, cross-filter, and interact instantly with a complete picture—and only the signals that matter— without switching tools.

A map of a city with a large body of water, showing the location of various buildings and streets.

From Detection to Action Automatically

Every surface is programmable. Row64's open, API-first architecture makes detection, understanding, and action callable, so events automatically trigger action when needed. Every response can integrate with streaming brokers, agents, and action systems — no replacement of existing infrastructure required.

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Up and Running in Days, Not Quarters

More Compute Without More Cost

Row64's stack delivers greater computing power and performance with lower-cost infrastructure.

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Run in Any Environment

On prem, in the cloud, or on the edge, Row64's highly performant, real-time architecture runs in any environment or operating system.

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Adapt to Any Workflow

Operators interact with the visual canvas; engineers automate via APIs — purpose-built surfaces for each role: automation or human in the loop

The image displays a series of four graphs, each representing a different aspect of data analysis. The graphs are labeled with the terms 'Dependency Trees & Relationships', 'Interactive Analysis Dashboard', '500M or Less Records', and '500M or Less Records.' The graphs are arranged in a manner that allows for easy comparison and understanding of the data

Security at Scale

Federated security, layered access controls, and SELinux support, enterprise-grade protection without compromising operational speed.

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Technology Partners

We're proud to collaborate with some of the biggest and best players in the game. Here are a few of the companies we work with.