Enterprise System Replacement: A Case Study of Seamless Switchover
The need for enterprise system replacement stems from a variety of factors: for example, the business needs smarter systems to fuel growth, or the business finds a more cost-effective alternative. However, this is no easy task. One of the difficulties is how to minimize downtime while replacing the system.
This article will delve into a real-life case of a top human resources services company to understand how it seamlessly replaced its human resources management system.
Business Structure
In this case, the company’s goal was to replace an outdated human resources management system with a new system. The old system integrated management functions such as employee contracts, payroll, social security, and location. In order to meet the company's new needs, a more feature-rich system needs to be developed. This involves the reconstruction of data stored in the system.
Technical Architecture
The old system is based on Oracle database, and the new system is based on MySQL database. Data exchange takes place via an intermediate Oracle database.
Reasons for adding an intermediate database to your schema include:
- Network Complexity
- Continuous human resources service needs based on production data and data security
- There are differences in how the old system and the new system use the data stored in the database
The image below depicts how the system can be replaced seamlessly:
Challenge
In order to smoothly replace systems while maintaining HR services, live data migration is a critical step. Multiple data pipelines must be built to enable the following data migrations:
- Convert and migrate existing data in the old system to the intermediate database, and synchronize incremental data to the intermediate database in real time.
- Migrate the required data from the new system to the intermediate database, and then load the data from the intermediate database to the old system in real time.
There are the following difficulties in this process:
- Maintain stability across multiple data pipelines.
- Ensure data accuracy across replicated heterogeneous data sources.
- Minimize latency. Keep the delay to a few seconds.
Why choose BladePipe?
The human resources services company chose BladePipe after comparing several data migration tools. Key factors that led the company to choose BladePipe include:
- An intuitive interface makes data pipeline configuration easier than ever. No code is required during configuration.
- Can automatically complete schema migration, complete data migration and incremental data synchronization.
- Continuous monitoring and automatic alert notifications significantly reduce operation and maintenance costs and stress.
- It has powerful data migration capabilities between heterogeneous data sources. Embedded data pruning, mapping, and filtering capabilities help developers work more efficiently.
- Supports custom code, allowing highly flexible personalization.
Results
HR services company successfully replaced system using BladePipe. The new system has been in operation for several months.
Conclusion
In order to replace the system without affecting the business, real-time data synchronization is often an indispensable step. BladePipe perfectly meets these needs, with many advantages such as ease of use, powerful functions, and ultra-low latency. It has proven to be a powerful tool that helps companies replace systems reliably and efficiently.
The above is the detailed content of A Top HR Service Company Replaces its System Seamlessly with BladePipe. For more information, please follow other related articles on the PHP Chinese website!

BlobdatatypesinmysqlareusedforvoringLargebinarydatalikeImagesoraudio.1) Useblobtypes (tinyblobtolongblob) Basedondatasizeneeds. 2) Storeblobsin Perplate Petooptimize Performance.3) ConsidersxterNal Storage Forel Blob Romana DatabasesizerIndimprovebackupupe

ToadduserstoMySQLfromthecommandline,loginasroot,thenuseCREATEUSER'username'@'host'IDENTIFIEDBY'password';tocreateanewuser.GrantpermissionswithGRANTALLPRIVILEGESONdatabase.*TO'username'@'host';anduseFLUSHPRIVILEGES;toapplychanges.Alwaysusestrongpasswo

MySQLofferseightstringdatatypes:CHAR,VARCHAR,BINARY,VARBINARY,BLOB,TEXT,ENUM,andSET.1)CHARisfixed-length,idealforconsistentdatalikecountrycodes.2)VARCHARisvariable-length,efficientforvaryingdatalikenames.3)BINARYandVARBINARYstorebinarydata,similartoC

ToaddauserinMySQL,usetheCREATEUSERstatement.1)UseCREATEUSER'newuser'@'localhost'IDENTIFIEDBY'password';tocreateauser.2)Enforcestrongpasswordpolicieswithvalidate_passwordpluginsettings.3)GrantspecificprivilegesusingGRANTstatement.4)Forremoteaccess,use

Stored procedures are precompiled SQL statements in MySQL for improving performance and simplifying complex operations. 1. Improve performance: After the first compilation, subsequent calls do not need to be recompiled. 2. Improve security: Restrict data table access through permission control. 3. Simplify complex operations: combine multiple SQL statements to simplify application layer logic.

The working principle of MySQL query cache is to store the results of SELECT query, and when the same query is executed again, the cached results are directly returned. 1) Query cache improves database reading performance and finds cached results through hash values. 2) Simple configuration, set query_cache_type and query_cache_size in MySQL configuration file. 3) Use the SQL_NO_CACHE keyword to disable the cache of specific queries. 4) In high-frequency update environments, query cache may cause performance bottlenecks and needs to be optimized for use through monitoring and adjustment of parameters.

The reasons why MySQL is widely used in various projects include: 1. High performance and scalability, supporting multiple storage engines; 2. Easy to use and maintain, simple configuration and rich tools; 3. Rich ecosystem, attracting a large number of community and third-party tool support; 4. Cross-platform support, suitable for multiple operating systems.

The steps for upgrading MySQL database include: 1. Backup the database, 2. Stop the current MySQL service, 3. Install the new version of MySQL, 4. Start the new version of MySQL service, 5. Recover the database. Compatibility issues are required during the upgrade process, and advanced tools such as PerconaToolkit can be used for testing and optimization.


Hot AI Tools

Undresser.AI Undress
AI-powered app for creating realistic nude photos

AI Clothes Remover
Online AI tool for removing clothes from photos.

Undress AI Tool
Undress images for free

Clothoff.io
AI clothes remover

Video Face Swap
Swap faces in any video effortlessly with our completely free AI face swap tool!

Hot Article

Hot Tools

EditPlus Chinese cracked version
Small size, syntax highlighting, does not support code prompt function

SublimeText3 Linux new version
SublimeText3 Linux latest version

Dreamweaver Mac version
Visual web development tools

SublimeText3 English version
Recommended: Win version, supports code prompts!

MinGW - Minimalist GNU for Windows
This project is in the process of being migrated to osdn.net/projects/mingw, you can continue to follow us there. MinGW: A native Windows port of the GNU Compiler Collection (GCC), freely distributable import libraries and header files for building native Windows applications; includes extensions to the MSVC runtime to support C99 functionality. All MinGW software can run on 64-bit Windows platforms.
