Security technology is crucial in software development and operation in the digital age. Secure software can protect user privacy and data security, prevent hacker attacks and data breaches, ensure legitimate business...Security technology is crucial in software development and operation in the digital age. Secure software can protect user privacy and data security, prevent hacker attacks and data breaches, ensure legitimate business operations, and protect core assets. However, the development process often faces threats such as injection attacks, Cross-Site Scripting (XSS), and Cross-Site Request Forgery (CSRF), mainly due to code vulnerabilities, configuration errors, and risks from third-party components. To meet these challenges, this paper discusses the application of security technology in development and operation, emphasizing security requirements analysis, design principles, coding practices, and testing during the development phase. Along with focusing on environmental configuration, continuous monitoring, emergency response, disaster recovery, and regular auditing and updating during the operation phase. These measures can significantly enhance the security of software systems and protect user and corporate data.展开更多
Security is critical to the success of software,particularly in today’s fast-paced,technology-driven environment.It ensures that data,code,and services maintain their CIA(Confidentiality,Integrity,and Availability).T...Security is critical to the success of software,particularly in today’s fast-paced,technology-driven environment.It ensures that data,code,and services maintain their CIA(Confidentiality,Integrity,and Availability).This is only possible if security is taken into account at all stages of the SDLC(Software Development Life Cycle).Various approaches to software quality have been developed,such as CMMI(Capabilitymaturitymodel integration).However,there exists no explicit solution for incorporating security into all phases of SDLC.One of the major causes of pervasive vulnerabilities is a failure to prioritize security.Even the most proactive companies use the“patch and penetrate”strategy,inwhich security is accessed once the job is completed.Increased cost,time overrun,not integrating testing and input in SDLC,usage of third-party tools and components,and lack of knowledge are all reasons for not paying attention to the security angle during the SDLC,despite the fact that secure software development is essential for business continuity and survival in today’s ICT world.There is a need to implement best practices in SDLC to address security at all levels.To fill this gap,we have provided a detailed overview of secure software development practices while taking care of project costs and deadlines.We proposed a secure SDLC framework based on the identified practices,which integrates the best security practices in various SDLC phases.A mathematical model is used to validate the proposed framework.A case study and findings show that the proposed system aids in the integration of security best practices into the overall SDLC,resulting in more secure applications.展开更多
Foeused on the lack of proper organization for patterns in the development of pattern based software, a POMSDP model with layered tree structure for organizing patterns during the process of development was put torwar...Foeused on the lack of proper organization for patterns in the development of pattern based software, a POMSDP model with layered tree structure for organizing patterns during the process of development was put torward. The model and its interrelated eoneepts were strictly defined and introduced by applying the theory of set, symbolie logic and pattern, which ensures the correctness, maturity and expansibility of the model. The expansibility of the model was discussed mainly. The basic realization and the application in the automatic query system were presented. Based on the existing software development methods, the POMSDP model resolves the problem of chaos in the application of patterns, strengthens the controllability of the system, and facilitates the improvement, maintenance, expansion, and especially the reengineering of the software system.展开更多
Since land resource database development in 1987/1988, a large amount of digital data in spatial, tabular and metadata format has been collected and generated. There are some application softwares of soil database to ...Since land resource database development in 1987/1988, a large amount of digital data in spatial, tabular and metadata format has been collected and generated. There are some application softwares of soil database to manage such a large amount of data, i.e.: Side & Horizon (SHDE4), Soil Sample Analysis (SSA), and Land Unit in dbf file, while Site and Horizon is in DataEase formats. The database contains soil physics and chemical property data of each soil horizon from surface to effective soil depth, climate, land surface condi- tions, and other parameters required for soil classification. Currently, database management software for land resources is still based on DOS and is stand alone. The system is not efficient and effectively used as Agri- cultural Land Resource Information System. At present, as a key component of this system requires review and development of new database software is compatible with the development of information technology. This paper explains about development of interactive agricultural land resources information system for op- timizing land resources data utilization. Hopefully, the software can give contributions in national Agricul- tural Land Resources System Information development for supporting food security.展开更多
本文简要介绍了软件安全开发生命周期模型(Security Development Lifecycle,SDL)安全开发用于软件开发体系的具体方法:建立软件整体架构、明确安全设计方法;以安卓安全卫士为开发视角,给出SDL安全开发的技术流程,总结SDL安全开发的技术...本文简要介绍了软件安全开发生命周期模型(Security Development Lifecycle,SDL)安全开发用于软件开发体系的具体方法:建立软件整体架构、明确安全设计方法;以安卓安全卫士为开发视角,给出SDL安全开发的技术流程,总结SDL安全开发的技术优势;从本地化角度对比分析本地化工具,指出客户端使用SDL安全开发的积极意义,以此简化开发流程,缩短开发时间。展开更多
将SDL(Security Development Lifecycle)的开发过程的13个活动划分成了5个过程,并对5个过程中的各个活动作了详细描述,同时对每个过程的安全性作了分析。通过与传统的开发模式的对比,体现出SDL在软件开发方面更高的安全性,最后引入了微...将SDL(Security Development Lifecycle)的开发过程的13个活动划分成了5个过程,并对5个过程中的各个活动作了详细描述,同时对每个过程的安全性作了分析。通过与传统的开发模式的对比,体现出SDL在软件开发方面更高的安全性,最后引入了微软在实践中成功应用SDL的案例来说明SDL较高的实际应用价值。展开更多
软件安全性测试技术是互联网时代软件开发商完善软件性能和抵御网络攻击的重要手段,而将安全性(Security)融入开发(Development)和运维(Operations)过程中的理念DevSecOps作为新一代软件开发模式,能够识别软件可能存在的威胁和有效评估...软件安全性测试技术是互联网时代软件开发商完善软件性能和抵御网络攻击的重要手段,而将安全性(Security)融入开发(Development)和运维(Operations)过程中的理念DevSecOps作为新一代软件开发模式,能够识别软件可能存在的威胁和有效评估软件安全性,可将软件安全风险置于可控范围内。于是,以DevOps(Development and Operations)流程为研究起点,梳理DevOps软件开发模式各阶段涉及的软件安全性测试技术,包括源代码审计、模糊测试、漏洞扫描、渗透测试和安全众测技术;收集和分析SCI、EI、SCOPUS、CNKI、CSCD和万方等知名索引库中近三年的相关文献资料,归纳总结以上技术的研究现状,并给出相关测试工具的使用建议;同时针对各技术支撑手段的优缺点,对软件开发模式DevSecOps的未来发展方向进行了展望。展开更多
文摘Security technology is crucial in software development and operation in the digital age. Secure software can protect user privacy and data security, prevent hacker attacks and data breaches, ensure legitimate business operations, and protect core assets. However, the development process often faces threats such as injection attacks, Cross-Site Scripting (XSS), and Cross-Site Request Forgery (CSRF), mainly due to code vulnerabilities, configuration errors, and risks from third-party components. To meet these challenges, this paper discusses the application of security technology in development and operation, emphasizing security requirements analysis, design principles, coding practices, and testing during the development phase. Along with focusing on environmental configuration, continuous monitoring, emergency response, disaster recovery, and regular auditing and updating during the operation phase. These measures can significantly enhance the security of software systems and protect user and corporate data.
文摘Security is critical to the success of software,particularly in today’s fast-paced,technology-driven environment.It ensures that data,code,and services maintain their CIA(Confidentiality,Integrity,and Availability).This is only possible if security is taken into account at all stages of the SDLC(Software Development Life Cycle).Various approaches to software quality have been developed,such as CMMI(Capabilitymaturitymodel integration).However,there exists no explicit solution for incorporating security into all phases of SDLC.One of the major causes of pervasive vulnerabilities is a failure to prioritize security.Even the most proactive companies use the“patch and penetrate”strategy,inwhich security is accessed once the job is completed.Increased cost,time overrun,not integrating testing and input in SDLC,usage of third-party tools and components,and lack of knowledge are all reasons for not paying attention to the security angle during the SDLC,despite the fact that secure software development is essential for business continuity and survival in today’s ICT world.There is a need to implement best practices in SDLC to address security at all levels.To fill this gap,we have provided a detailed overview of secure software development practices while taking care of project costs and deadlines.We proposed a secure SDLC framework based on the identified practices,which integrates the best security practices in various SDLC phases.A mathematical model is used to validate the proposed framework.A case study and findings show that the proposed system aids in the integration of security best practices into the overall SDLC,resulting in more secure applications.
文摘Foeused on the lack of proper organization for patterns in the development of pattern based software, a POMSDP model with layered tree structure for organizing patterns during the process of development was put torward. The model and its interrelated eoneepts were strictly defined and introduced by applying the theory of set, symbolie logic and pattern, which ensures the correctness, maturity and expansibility of the model. The expansibility of the model was discussed mainly. The basic realization and the application in the automatic query system were presented. Based on the existing software development methods, the POMSDP model resolves the problem of chaos in the application of patterns, strengthens the controllability of the system, and facilitates the improvement, maintenance, expansion, and especially the reengineering of the software system.
文摘Since land resource database development in 1987/1988, a large amount of digital data in spatial, tabular and metadata format has been collected and generated. There are some application softwares of soil database to manage such a large amount of data, i.e.: Side & Horizon (SHDE4), Soil Sample Analysis (SSA), and Land Unit in dbf file, while Site and Horizon is in DataEase formats. The database contains soil physics and chemical property data of each soil horizon from surface to effective soil depth, climate, land surface condi- tions, and other parameters required for soil classification. Currently, database management software for land resources is still based on DOS and is stand alone. The system is not efficient and effectively used as Agri- cultural Land Resource Information System. At present, as a key component of this system requires review and development of new database software is compatible with the development of information technology. This paper explains about development of interactive agricultural land resources information system for op- timizing land resources data utilization. Hopefully, the software can give contributions in national Agricul- tural Land Resources System Information development for supporting food security.
文摘本文简要介绍了软件安全开发生命周期模型(Security Development Lifecycle,SDL)安全开发用于软件开发体系的具体方法:建立软件整体架构、明确安全设计方法;以安卓安全卫士为开发视角,给出SDL安全开发的技术流程,总结SDL安全开发的技术优势;从本地化角度对比分析本地化工具,指出客户端使用SDL安全开发的积极意义,以此简化开发流程,缩短开发时间。
文摘将SDL(Security Development Lifecycle)的开发过程的13个活动划分成了5个过程,并对5个过程中的各个活动作了详细描述,同时对每个过程的安全性作了分析。通过与传统的开发模式的对比,体现出SDL在软件开发方面更高的安全性,最后引入了微软在实践中成功应用SDL的案例来说明SDL较高的实际应用价值。
文摘软件安全性测试技术是互联网时代软件开发商完善软件性能和抵御网络攻击的重要手段,而将安全性(Security)融入开发(Development)和运维(Operations)过程中的理念DevSecOps作为新一代软件开发模式,能够识别软件可能存在的威胁和有效评估软件安全性,可将软件安全风险置于可控范围内。于是,以DevOps(Development and Operations)流程为研究起点,梳理DevOps软件开发模式各阶段涉及的软件安全性测试技术,包括源代码审计、模糊测试、漏洞扫描、渗透测试和安全众测技术;收集和分析SCI、EI、SCOPUS、CNKI、CSCD和万方等知名索引库中近三年的相关文献资料,归纳总结以上技术的研究现状,并给出相关测试工具的使用建议;同时针对各技术支撑手段的优缺点,对软件开发模式DevSecOps的未来发展方向进行了展望。
