[ Runtime ]
What is Vivibit Runtime?
Integrates all-flash storage, multi-node compute, and networking via unified namespace and Full‑Mesh backplane for converged storage-compute-networking
Scalability
Modular blade design, distributed scaling, PB-level storage. Scales from single node to a multi-node supercluster, flexibly adapting to AI workloads, data, and compute demands.
Data Privacy
All data processing, AI computation, and storage run locally on private devices. Built-in end-to-end encryption meets privacy and compliance needs for enterprise and personal sensitive data.
Plug and play
quickly enable AI inference, high-speed storage, and collaborative workflows without complex configuration, driver installation, or manual tuning.
AI Proximity to Data
Deep integration of AI compute and storage eliminates data transfer lag, enabling real-time local LLM inference, video analytics, semantic search, and content processing.
Multi-node redundancy
adopt full mesh connectivity, redundant power and distributed backup,supports automatic failover ensuring business continuity and zero data loss during node maintenance or hardware issues.
AI Workers
On-device AI agents that run locally, delivering intelligent automation without cloud dependency
Examples
Creator
Private local AI + unified storage for intelligent sorting, fast rendering, and collaborative multitasking.
SMEs
Low-power, high-capacity, strong AI compute power powers one-stop local AI creation, edge computing, storage, and collaboration.
Video editing team
Private cloud, real-time editing, fast aggregation — private, collaborative, zero-wait.
Memory System
A unified storage architecture that combines capacity, speed, and safety across all devices
Redundant Backup
Built‑in data redundancy to prevent loss.
Cross‑Device Sync
Real‑time synchronization with version consistency.
Unified Namespace
Single logical storage pool across all connected devices.
All‑Flash Performance
NVMe SSD foundation for low‑latency access.
Workflows
Turn repetitive work into fully automated AI processes

