SoilRevive 是一款以仿生阿拉伯芥污染防禦機制與菌根網絡為設計概念的土壤修復裝置，致力於解決農地重金屬污染問題。系統透過多種功能性微生物的協同作用，將高毒性、易移動的重金屬轉化為低毒性且穩定的形態，逐步恢復土壤健康與農地生產力。
裝置插入土壤後，內建感測模組可即時蒐集土壤的pH值、濕度、重金屬濃度等環境數據，並結合環景影像分析技術，觀察植被生長與復甦情形。透過 AI演算法分析，系統能自動判斷污染程度與修復進度，動態調整微生物的培養條件與釋放頻率，使修復過程更精準且高效。
在運作機制上，微生物於裝置內持續培養並透過多孔材質緩釋至土壤中，形成穩定且可持續的修復循環。仿生菌根網絡設計則讓多個裝置之間可進行低功耗通訊與數據共享，建立協同修復系統，使污染資訊與資源能在不同節點間流動，進一步擴大整體修復範圍與效率。
此外，SoilRevive採用太陽能供電系統，降低外部能源依賴，實現低碳運作模式。整體設計兼顧環境永續與實務應用，不僅能減少傳統整治方式所帶來的高成本與高碳排問題，也避免土壤結構破壞與二次污染風險。
SoilRevive is a bio-inspired soil remediation system based on Arabidopsis defense mechanisms and mycorrhizal networks. It uses functional microorganisms to convert toxic heavy metals into stable, low-toxicity forms, restoring soil health and agricultural productivity.
The device integrates sensors and AI to monitor soil conditions and plant growth, dynamically adjusting microbial release for efficient remediation. Microorganisms are cultivated within the system and gradually released into the soil, forming a continuous treatment cycle.
Multiple units can communicate and coordinate, expanding remediation coverage. Powered by solar energy, SoilRevive reduces external energy use and carbon emissions, providing a scalable and sustainable solution for soil restoration.
