Design And Implementation Of Audit Platform For Accounting Firm Based On Container Cloud

With the development of society,the financial data of enterprises are more and more huge,which brings difficulties and challenges to the audit work of accounting firms.Whether the audit system can deal with huge financial data efficiently has become the key to the efficiency of audit work.The audit operation system in the accounting firm can help the auditors to complete some basic audit work.However,due to its long history of development,with the growth of financial data and the continuous expansion of the size of the firm staff,the system has exposed problems such as single point of failure,performance bottleneck,data island,poor data security,unbalanced use of resources,and imperfect audit process.Based on the design concept of the whole process audit platform,this paper designs and implements the cloud audit platform based on the container cloud.The cloud audit platform is designed and constructed in the way of microservice,which solves the single point of failure and performance problems of the existing audit operating system.The cloud audit platform designs business services and public services to reduce code coupling,facilitate maintenance and expansion.The cloud audit platform improves the availability of the system through the container cloud management container instance.The cloud audit platform makes use of the elastic scalability of the container cloud to dynamically allocate server resources between busy and idle seasons,which brings better economic benefits.This paper designs and implements the whole process cloud audit platform based on the container cloud.The cloud audit platform shortens the audit cycle,saving an average of 5 days for each audit report;strengthens the ability of letter management,increasing the letter response rate by 20%;improves the availability of the system,and the overall availability of the platform reaches 99.9999%;solves the problem of file loss caused by server failure;realizes the continuous service upgrade and update of the system;saves 33% of server resources every year.