harboros.ai

Harbor OS isn’t just an operating system; it’s a fortress for your intelligence. Designed exclusively for the Nexus Workstation, Harbor OS keeps your most sensitive computations where they belong—on your desk, not in the cloud.

About Harbor OS

Memory & Storage Architecture

ECC Memory & Hybrid Storage

Supports up to 96GB of DDR5-5600 ECC memory (2x48GB) to prevent data corruption during long-duration AI reasoning and high-load tasks. Offers a total capacity of up to 132TB.

Core Processing

Integrated AI Hardware

Designed with a dedicated bay for a full-size GPU (up to 330mm length and 66mm width) to handle heavy tasks like 70B parameter model inference, image generation, and video processing.

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Universal OS Compatibility

Open Ecology

The workstation utilizes the AMD Ryzen™ 7 PRO 8845HS (x86_64 architecture), it functions as a high-performance standard PC. It officially supports: HarborOS，Windows，Ubuntu, Fedora, Debian. NAS OS：TrueNAS，Unraid，fnOS，OMV

WHY Nexus Workstation

DATA PRIVACY
PERFORMANCE LOCALLY
ENTERPRISE-GRADE RELIABILITY
MASSIVE & SCALABLE
HARDWARE EXPANDABILITY
AUTOMATED LOCAL WORKFLOWS

Users can process sensitive data entirely within their own firewall, eliminating the risks and hidden costs of sending data to the cloud

The system is designed to run large-scale models, such as 70B parameter LLMs, natively on local hardware with zero latency.

It uses the ZFS file system and ECC memory to ensure data integrity, providing features like write verification, snapshots, and protection against data corruption during high-load AI tasks.

The workstation supports a hybrid storage architecture with up to 132TB total capacity, combining high-speed NVMe for AI weights/vector databases and high-capacity HDD for long-term archiving.

It features a full-size GPU bay with a dedicated 800W server-grade power supply, allowing users to install the high-end graphics cards necessary for heavy AI, image, and video processing.

Through the OpenClaw local execution layer, users can build autonomous AI agents that perform tasks across applications (like writing, searching, and sending files) entirely offline and securely.