Hazardous Material Escort Robot
RUMINATE OS
Product Overview
RUMINATE OS is RACETEC's homegrown intelligent OS built on OpenHarmony. Delivering secure, interoperable OpenHarmony solutions for IoT devices across industries, it empowers both application and device development to enable digital transformation worldwide.
Technical Architecture
A seven-layer, full-stack decoupled architecture that natively integrates distributed interconnection, kernel-level zero trust, and an AI inference engine. End-cloud synergy spans the full chain from chips to the ecosystem, with on-demand tailoring to fit all scenarios.
1
Hardware Adaptation Layer
HDF unified driver framework, modular and customizable, covering everything from wearable devices to large industrial control equipment; compatible with mainstream chips including Kirin, Ascend, Rockchip, and UNISOC.
2
Distributed Core Layer
Native integration of Distributed Soft Bus, Distributed Data Management, and Distributed Task Scheduler, enabling multi-device Super Device interconnection.
3
SDP-Native Security Layer
Equipped with the ZeroTrust Shield security suite, with kernel-embedded zero trust architecture; supports cloud-based security policy push in seconds, device trusted authentication, and full-link data encryption.
4
AI-Native Inference Layer
Pre-installed NNE (Neural Network Engine) acceleration; natively supports both RACEMIND and CAPMIND models; supports full cloud inference and edge/on-device lightweight inference.
5
Industry Component Layer
Pre-built standardized business components for government, industrial safety, transportation, and education, loaded on demand.
6
Device-Cloud Collaboration Layer
Supports model hot updates, OTA upgrades, edge tiered storage, and federated learning data desensitization; ensures basic terminal operations continue offline.
7
Ecosystem Open Layer
Provides 500+ standardized APIs, a complete OpenHarmony migration SDK, and a compliant development toolchain.
1
Hardware Adaptation Layer
HDF unified driver framework, modular and customizable, covering everything from wearable devices to large industrial control equipment; compatible with mainstream chips including Kirin, Ascend, Rockchip, and UNISOC.
2
Distributed Core Layer
Native integration of Distributed Soft Bus, Distributed Data Management, and Distributed Task Scheduler, enabling multi-device Super Device interconnection.
3
SDP-Native Security Layer
Equipped with the ZeroTrust Shield security suite, with kernel-embedded zero trust architecture; supports cloud-based security policy push in seconds, device trusted authentication, and full-link data encryption.
4
AI-Native Inference Layer
Pre-installed NNE (Neural Network Engine) acceleration; natively supports both RACEMIND and CAPMIND models; supports full cloud inference and edge/on-device lightweight inference.
5
Industry Component Layer
Pre-built standardized business components for government, industrial safety, transportation, and education, loaded on demand.
6
Device-Cloud Collaboration Layer
Supports model hot updates, OTA upgrades, edge tiered storage, and federated learning data desensitization; ensures basic terminal operations continue offline.
7
Ecosystem Open Layer
Provides 500+ standardized APIs, a complete OpenHarmony migration SDK, and a compliant development toolchain.
Distributed IoE
Leverages the Distributed Soft Bus to enable multi-device virtual networking and cross-terminal hardware capability sharing; supports NearLink, NFC, Ethernet, and other communication protocols.
Kernel-level Comprehensive Security
SDP-Native native zero trust architecture with device access control, distributed encryption, security auditing, and attack defense; meets industry classified protection (MLPS) compliance requirements.
Device-Cloud Integrated AI Inference
System natively supports dual large models with NPU/DSP hardware acceleration, delivering low-latency on-device inference; supports both online collaboration and offline local operation modes.
Full-Spec Hardware Adaptation
Modular and customizable architecture supporting the full range of terminal hardware including smart hard hats, escort robots, government all-in-one terminals, and OpenClaw all-in-one terminals.
Rapid Ecosystem Migration & Development
Provides 500+ standardized APIs, along with OpenHarmony migration SDK, training toolbox, and compliant toolchain, reducing development costs for OpenHarmony transformation.
Tiered Device O&M Management
Cloud-based unified management, edge local caching, and terminal offline autonomy; supports batch OTA updates, visualized device data monitoring, and remote fault diagnosis.
RUMINATE OS & OpenHarmony
Inheritance Map
RUMINATE OS Hardware Enablement System
A standardized hardware supply chain based on OpenHarmony, with unified interface specifications and modular architecture, enabling a single system to adapt to multiple terminal form factors and lowering hardware development barriers.
Defines three-tier adaptation standards for chips, modules, and complete devices, covering scenarios such as IoT terminals, edge gateways, and industry-specific equipment; enabling hardware manufacturers to rapidly complete OpenHarmony migration, and application developers to achieve write once, deploy anywhere.
