Unified Global AI Platform 統一的全球 AI 平台
Centered on the AISO (AI Sovereign) Alliance — a standardized, modular, replicable global AI delivery platform that scales across regions and industries. 以 AISO（AI Sovereign）聯盟為核心 — 可標準化、可模組化、可複製的全球 AI 交付平台，支援跨區域與跨產業的可擴展部署。
Phison's Unique Role in the AISO Alliance 群聯在 AISO 聯盟中的獨特角色
For most enterprises adopting AI infrastructure, the storage layer is often the easiest layer to overlook, yet it is also the layer most likely to become a bottleneck. Traditional server vendors usually approach storage optimization at the system layer by adjusting RAID, cache, or network configurations. To them, the SSD itself is a black box. 對大多數導入 AI 基礎設施的企業而言，儲存層往往是最容易忽略的環節，卻也最容易成為瓶頸。傳統伺服器廠商通常在系統層透過調整 RAID、快取或網路設定來優化儲存；對他們來說，SSD 本身仍是黑盒子。
Phison owns in-house SSD firmware and deep NAND tuning—optimizing AI storage from the hardware layer up. 群聯自主 SSD 韌體與 NAND 深度調校，從硬體最底層優化 AI 工作負載儲存。
Firmware customization for AI scenarios 針對 AI 場景的韌體客製化
AI training involves massive sequential writes; inference services require low-latency random reads; checkpoints generate burst I/O. Each access pattern can be matched with corresponding FTL logic, garbage collection scheduling, and buffer strategies — instead of relying on generic default settings. AI 訓練涉及大量循序寫入、推論服務需要低延遲隨機讀取、Checkpoint 產生突發 I/O。每一種存取樣式都可以對應到專屬的 FTL 邏輯、垃圾回收排程與緩衝策略，而非依賴一般預設值。
NAND-level tuning NAND 層級的調校
Based on the actual read/write ratio and latency tolerance of AI workloads, Phison can optimize operating voltage, programming timing, and lifecycle management — so each NAND component delivers performance exactly where it matters most. 依據 AI 工作負載實際的讀寫比例與延遲容忍度，Phison 能優化操作電壓、編程時序與生命週期管理，讓每一顆 NAND 元件在最關鍵的地方發揮效能。
Cross-layer collaborative optimization 跨層協同優化
From storage device behavior to AI Platform resource scheduling, Phison has end-to-end visibility and the ability to intervene — instead of allowing each layer to operate independently. 從儲存裝置行為到 AI 平台資源調度，Phison 擁有端對端的可視性與介入能力，而非讓每一層各自獨立運作。