Supply chain planning (SCP) is currently a popular concept, while logistics scheduling technology is a key to global operations. Both helps to enhance the competition between enterprises of e-commerce transactions. According to IDC's e-commerce research, the e-commerce market in Asia-Pacific (internet transactions between enterprises) in 2005 grew by 39 times from the year 2000 to $516 billion while the U.S market scale has grown from $ 117 billion in 2005 The dollar to 1.6 trillion dollars, a very considerable growth rate indeed..
技術規格
1.此 Decision Support System 可在多倉儲的物流網絡中,考量多訂單多產品、多個供應商可允諾量、多種物流服務業者報價,最佳化物流網絡的分配,使庫存成本、延遲成本、運送成本的總和最小化。2.本技術使用反覆改進式的演算法,能在短時間內找到合理解並持續改進其成本。使用 Java 語言開發,能於所有 J2SE 相容的平台上使用。
技術現況敘述-英文: Supply chain planning (SCP) is currently a popular concept, while logistics scheduling technology is a key to global operations. Both helps to enhance the competition between enterprises of e-commerce transactions. According to IDC's e-commerce research, the e-commerce market in Asia-Pacific (internet transactions between enterprises) in 2005 grew by 39 times from the year 2000 to $516 billion while the U.S market scale has grown from $ 117 billion in 2005 The dollar to 1.6 trillion dollars, a very considerable growth rate indeed..
技術規格: 1.此 Decision Support System 可在多倉儲的物流網絡中,考量多訂單多產品、多個供應商可允諾量、多種物流服務業者報價,最佳化物流網絡的分配,使庫存成本、延遲成本、運送成本的總和最小化。2.本技術使用反覆改進式的演算法,能在短時間內找到合理解並持續改進其成本。使用 Java 語言開發,能於所有 J2SE 相容的平台上使用。
Assesses web AP security threats and enhances web defense capabilities by simulating hacker probing skill and analyzing response information, as well as scanning static web page malicious behaviors while developing security browsing monitoring technology based on the evolution of new hacker attacks to reinforce two-way web AP security defense capabilities for the intrusion detection system to effectively prevent future security threat facing the enterprises more effectively.
技術現況敘述-英文: Assesses web AP security threats and enhances web defense capabilities by simulating hacker probing skill and analyzing response information, as well as scanning static web page malicious behaviors while developing security browsing monitoring technology based on the evolution of new hacker attacks to reinforce two-way web AP security defense capabilities for the intrusion detection system to effectively prevent future security threat facing the enterprises more effectively.
Thanks to the resource sharing and service integration of the cloud architecture, which allows each cloud application service to be diversified according to the needs of different tenants, the traditional web application protection mechanism is facing great challenges. This technology will combine the results of Web defense core technology, to provide application service dynamic behavior analysis and multi-level dynamic monitoring and management mechanism without affecting the operation of cloud services, which can effectively prevent the security threats derived from cloud Web application services, and allow different users to immediately grasp the security condition of the application system. 1. Application service dynamic behavior analysis technology: Real-time analysis of the application service access behavior in the cloud hypervisor multi-layer virtualization architecture environment and development of service access smuggling detection based on related analysis rules automated classification and through the established access mode for effective prevention of illegal access to services by hackers through fraudulent intermediary service interfaces, reduction of misjudgment rate and protection of the cloud application service integrity, and maintenance of the high-speed and real-time advantages of original cloud computing. 2. Multi-level dynamic monitoring management technology: provision of dynamic granular policy deployment for provision of highly-flexible protective rule-set to the cloud diversified Web application services for effective prevention against malicious access behavior and protection of service security. Meanwhile, the security rule adjustment technology can cope with frequent service updates or information security threats arising from reorganized dynamic adjustment.
雲端Web應用安全防護技術將持續朝CloudDLP、Security Service Privisioning延伸發展,並與國內自主研發之IaaS雲端作業平台及國際商用雲端平台整合,成為延續性雲端計畫之研發基礎,其成果亦規劃應用於Cloud Desktop、企業私有雲及貿易雲之服務安全防護,擴大成果應用領域並促成異業結盟發展整體解決方案,建立安全雲端服務。
技術現況敘述-英文: Thanks to the resource sharing and service integration of the cloud architecture, which allows each cloud application service to be diversified according to the needs of different tenants, the traditional web application protection mechanism is facing great challenges. This technology will combine the results of Web defense core technology, to provide application service dynamic behavior analysis and multi-level dynamic monitoring and management mechanism without affecting the operation of cloud services, which can effectively prevent the security threats derived from cloud Web application services, and allow different users to immediately grasp the security condition of the application system. 1. Application service dynamic behavior analysis technology: Real-time analysis of the application service access behavior in the cloud hypervisor multi-layer virtualization architecture environment and development of service access smuggling detection based on related analysis rules automated classification and through the established access mode for effective prevention of illegal access to services by hackers through fraudulent intermediary service interfaces, reduction of misjudgment rate and protection of the cloud application service integrity, and maintenance of the high-speed and real-time advantages of original cloud computing. 2. Multi-level dynamic monitoring management technology: provision of dynamic granular policy deployment for provision of highly-flexible protective rule-set to the cloud diversified Web application services for effective prevention against malicious access behavior and protection of service security. Meanwhile, the security rule adjustment technology can cope with frequent service updates or information security threats arising from reorganized dynamic adjustment.
潛力預估: 雲端Web應用安全防護技術將持續朝CloudDLP、Security Service Privisioning延伸發展,並與國內自主研發之IaaS雲端作業平台及國際商用雲端平台整合,成為延續性雲端計畫之研發基礎,其成果亦規劃應用於Cloud Desktop、企業私有雲及貿易雲之服務安全防護,擴大成果應用領域並促成異業結盟發展整體解決方案,建立安全雲端服務。