Elate Technology provides top-notch MySQL DBA support with expert assistance.
Elate Technology's MySQL DBAs, whether managing small-scale operations or high-volume environments of several terabytes, possess the expertise to ensure smooth operations. Led by a U.S.-based Primary MySQL DBA, the support team operates 24x7, offering custom solutions tailored to your operational challenges, making Elate Technology the preferred source for MySQL database support with a proven delivery model and industry-leading expertise.
Elate Technology offers tailored DBA services to enhance your IT investments, ensuring improved efficiency, cost reduction, and critical data protection. Our services can be customized to supplement your existing staff, tackle special projects, or provide comprehensive MySQL as a Service support, aiming for a better return on your IT investments.
Database Development for Oracle MySQL, Percona MySQL & MariaDB
Support for Database Architecture
Optimizing Performance & Database Optimization
Solutions for High Availability (HA)
Scalable and Reliable Clustering Solutions
Implementing Database Backups
Troubleshooting and Resolving Database Problems
Executing Database Upgrades & Cloud Migrations
Providing Disaster Recovery (DR) Solutions
Automation of Database Operations
Auditing and Securing Database Systems
Supporting Managed Services for your Database Systems
Implementing Database Change Control Processes
MySQL Projects and Development
Implementing Monitoring Solutions
Migrating from Enterprise Databases to MySQL
Ensuring MySQL FISMA / FERPA / PCI / HIPAA / PPI / SOX Compliance
Implementing MySQL Data Encryption
Implementing MySQL SSL
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Our commitment is to accommodate a diverse array of client needs, and we aim to provide comprehensive support for a broad spectrum of requirements. Our specialized database administrators are equipped to assist with various MySQL and MariaDB technologies and projects, ensuring a wide range of support capabilities.
MySQL 5.5/5.6/5.7/8.0x (support for both Enterprise and Community versions)
MySQL InnoDB Cluster
Amazon RDS/Aurora
Percona MySQL
Percona XtraDB Cluster
MariaDB (product suite for both open source community & enterprise)
MariaDB 10x (support on-premise or cloud)
MariaDB on Amazon EC2 & Amazon RDS
MariaDB Galera Cluster (supports InnoDB, Aria, Spider, MyRocks, TokuDB)
MariaDB Columnar storage
MariaDB MaxScale
Galera Cluster with MySQL
MySQL Storage Engines (MyISAM, InnoDB, XtraDB, TokuDB, and more)
Loadbalancer: ProxySQL, HAProxy
NoSQL with MySQL
MySQL Replication (Primary/Replica, Multi-Primary, Clustering Solutions)
MySQL + Memcache
MySQL NDB Cluster
MySQL plays a crucial role in numerous mission-critical systems. The information stored in a MySQL database demands top-notch protection, and the performance of the database impacts everything from customer experience to informed business decision-making.
To enhance your MySQL operational goals and ensure the utmost protection for your data, fill out the form on this page. Discover how Elate Technology can assist you in optimizing your MySQL operations for the best possible outcomes.
Oracle introduced MySQL 8.0 in April 2018, introducing a plethora of new features. For enthusiasts of NoSQL databases, there's no longer a need to transition to a non-relational database. MySQL 8.0 now provides a robust alternative within the relational database paradigm.
MariaDB, Oracle MySQL, and Percona MySQL provide various alternatives for implementing MySQL within your organization. Each of these options has its own strengths and weaknesses, making the optimal choice for your specific use cases potentially distinct from another company's preference. Let's delve into a comparative analysis of these options to help you make an informed decision based on your unique requirements.
Two U.S.-based dental organizations sought assistance from Elate Technology in implementing a high-availability (HA) Online Transaction Processing (OLTP) system using MySQL database systems. The objective was to support their Dental Practice Management System (PMS) with a configuration tailored to ensure robust performance and accommodate high transaction throughput.