Self-operating hybrid AIfor secure workflows.

The future of intelligence in little machines.

Aquaduck leverages the full power of your team’s hardware, with its own powerful on‑device AI agent, to bring more work to the edge.

Abstract polished metal with amber reflections and deep blue shadows
Self-operating hybrid AISecure workflows

The power
of many.

On-device / team / cloud
Private workflows. Lower cloud dependency.Explore

Aquaduck leverages the full power of your team’s hardware, with its own powerful on‑device AI agent, to bring more work to the edge.

Introducing Aquaduck

For private workflows
and lower cloud dependency.

Request a demo

Do it allfrom onesystem.

Intelligent workflows need capable infrastructure, but cloud solutions compromise privacy and cost, and today’s on‑device implementations are limited in performance.

Aquaduck is a self‑operating, self‑healing inference layer that transforms devices into a unified AI cluster with their own private on‑device agents, enabling parallelism and routing, while reducing cloud spend.

Hybrid AI
for your team.

Route tasks to local models, across team devices, and to the cloud, from one desktop agent.

01

Start tasks on your device.

Your agent runs workflows on‑device for speed and privacy.

Distributed inference layer
Local
On-device / Team / Cloud01 / 04

The runtime for
modern workflows.

Aggregate tokens
per second

AquaduckIsolated deployment
228.7 tok/s
AquaduckPipeline Parallel 2x
122.4 tok/s
Exo LabsIsolated deployment
49.3 tok/s
Exo LabsPipeline Parallel 2x
95.7 tok/s

Llama‑3.2‑3B. 4x concurrency on comparable machines. Aggregate tokens per second; higher is better. December 2024, September 2026.

How distributed architectures enrich model capabilities

The digital
worker for
the edge.

An on‑device AI agent that executes workflows with web search and browsing, document analysis, and PowerPoint generation.

Air‑gapped deployments
and PII detection for
sensitive workflows.

Your agent notifies you when data contains sensitive PII. Team devices connect over an air‑gapped local network or virtual private cloud.

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