The Combination of IoT and Big Data: 5G Smart Warehouses
Indonesia’s most advanced 5G smart warehouse and innovation center opened to great fanfare recently in Jakarta. Data shows that by 2023, logistics costs in Indonesia will account for 14.29% of the country’s GDP. However, by leveraging technologies such as IoT, big data, 5G smart warehouses will help reduce logistics costs.
5G technologies will have the following impacts on the logistics industry:
- Improved efficiency: Application of 5G technologies will improve warehouse efficiency and ultimately reduce logistics costs.
- Big data analysis: Big data analysis will help achieve more precise management and optimize supply chain processes.
- IoT monitoring: Application of IoT will enhance monitoring capabilities and improve cargo tracking.
- Intelligent upgrades: Intelligent upgrades will drive innovation and improve overall competitiveness.
- 5G infrastructure construction: Establishing a 5G infrastructure will support future logistics digitization.
Key practical applications of 5G technologies include:
- High-speed networks enable robotic operations remotely: 5G’s fast transmission can remotely control robot arms and other equipment to automate more tasks.
- IoT sensors for monitoring: Distributed sensors connected to 5G for real-time monitoring of temperature, humidity, cargo locations, etc. to enable precise management.
- UAV transportation: 5G’s low latency supports real-time video feeds for safe cargo transportation by UAVs.
- AR applications for training: 5G’s fast download speeds can assist training and maintenance work.
- Big data analytics: 5G’s high bandwidth supports large-scale warehousing data transmission and AI-based analysis and optimization.
Driven by 5G technologies, the logistics industry will see more efficient and intelligent transformation.
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5G智慧倉庫：物聯網和大數據的結合
印尼最先進的5G智慧倉庫和創新中心近日在雅加達盛大開幕。根據數據顯示，直到2023年，印尼的物流成本將佔國內生產總值的14.29%。然而，借助物聯網、大數據等技術，5G智慧倉庫將有助於降低物流成本。
5G新技術將對物流行業產生以下影響：
- 提高倉儲效率：5G新技術的應用將提高倉儲效率，進而降低物流成本。
- 大數據分析：大數據分析將幫助實現更精準的管理，優化供應鏈流程。
- 物聯網監控：物聯網技術的應用將提升監控水準，改善貨物追蹤能力。
- 智能化升級：智能化升級將推動創新，提升整體競爭力。
- 5G基礎設施建設：建立5G基礎設施將支持未來物流數位化發展。
5G新技術的主要實際應用包括：
- 高速網路支援機器人的無人操作：5G的快速傳輸能力可以支援機器人手臂等設備的遠程式控制制，從而實現更多自動化工作。
- 物聯網感測器監控：通過與5G連接的分散式感測器，可以即時監控溫度、濕度、貨物位置等多個參數，實現精準管理。
- 無人車搬運：5G低延遲網路支援無人車進行即時傳輸大型視頻資料，實現貨物安全搬運。
- 增強現實（AR）的測試應用：5G的高速下載速度可協助培訓和檢修維護工作。
- 大數據分析：5G的高頻寬支援大量倉儲資料傳輸，並使用人工智慧工具進行分析和優化流程。
- 定置無人機檢測：通過5G控制多架無人機同時進行高空掃描監測。
- 視訊會議：可靠的5G連接支援遠程協作、培訓、指導等視頻需求。
- 跟蹤管理整合：5G整合各項物聯網應用，建立智慧倉庫全生命週期管理能力。
借助5G技術的引領，物流行業將迎來更高效、智慧化的轉型。
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