Airvantage is a Value Added Service Provider for mobile telecommunication networks. Airvantage offers various gaming platforms, and subscriber retention initiatives like emergency airtime, mobile money integration, etc.

A simple solution for staying compliant

Airvantage host each customer’s database on its server (virtual) as they are bound to do so from a legislative perspective. They are presently monitoring several production servers that are spread over various countries in Africa and the Caribbean. Looking at many tools, including ManageEngine and some open source alternatives, Airvantage opted for Monyog for its simplicity, ease of config, and relatively affordable price-tag.

Liam described what he needed was “a complete MySQL monitoring system with early-warning mechanisms which allow him to sleep much better”.  With Monyog, Liam instantly started relying on the 600+ monitors and alerts to become better at …

With this Monyog release, we will provide monitoring capabilities for RDS/Aurora OS metrics along with an emphasis on the User Experience in several respects including a number of GUI design details. Additionally, the release adds a number of bug fixes and implements a number of user requests.

Changes as compared to Monyog MySQL Monitor 8.0.4 include:

Features:

• It is now possible to get OS metrics from Amazon RDS/Aurora (but not Azure, where interface for same is disabled).
• Added an option to generate a token in Monyog to be used with the MONyog API as an alternative to Monyog user and password.
• Added an option to define a “seconds_behind_master” setting in Replication page determining if the slave should be considered in sync or not. On some environments, slave will rarely be fully in sync and in such cases, the alerting was not really useful before. …

With this Monyog release, we will provide monitoring capabilities for RDS/Aurora OS metrics along with an emphasis on the User Experience in several respects including a number of GUI design details. Additionally, the release adds a number of bug fixes and implements a number of user requests.

Changes as compared to Monyog MySQL Monitor 8.0.4 include:

Features:

• It is now possible to get OS metrics from Amazon RDS/Aurora (but not Azure, where interface for same is disabled).
• Added an option to generate a token in Monyog to be used with the MONyog API as an alternative to Monyog user and password.
• Added an option to define a “seconds_behind_master” setting in Replication page determining if the slave should be considered in sync or not. On some environments, slave will rarely be fully in sync and in such cases, the alerting was not really useful before. …

Hope you have been following our recent webinars on MySQL, Galera Cluster, AWS monitoring and more.

We are coming up with a webinar series in association with Eric Vanier, a leading MySQL expert consultant. The series will provide a step-by-step process to optimize MySQL database performance.

This webinar series is for everyone who is looking for ways to monitor their MySQL databases, simplify the process to manually analyze queries and achieve faster issue resolution time.

Eric Vanier will focus on key problem areas that are faced by DBAs and Shree will provide a solution-driven demonstration to overcome issues while monitoring the database performance. To make it simple, the series will comprise of three parts:

Part – 1: MySQL Performance Tuning
26 June; 10:00 am Eastern time

Troubleshooting a MySQL …

Hope you have been following our recent webinars on MySQL, Galera Cluster, AWS monitoring and more.

We are coming up with a webinar series in association with Eric Vanier, a leading MySQL expert consultant. The series will provide a step-by-step process to optimize MySQL database performance.

This webinar series is for everyone who is looking for ways to monitor their MySQL databases, simplify the process to manually analyze queries and achieve faster issue resolution time.

Eric Vanier will focus on key problem areas that are faced by DBAs and Shree will provide a solution-driven demonstration to overcome issues while monitoring the database performance. To make it simple, the series will comprise of three parts:

Part – 1: MySQL Performance Tuning
26 June; 10:00 am Eastern time

Troubleshooting a MySQL …

Many organizations have MySQL or MariaDB databases at the core of their business—for processing and storing product sales, collecting information related to services offered, or just providing essential information to customers. As a result, keeping these databases running continuously can be critical for the success of an organization.

There are many components of a database system that a database administrator will need to consider for maintaining high availability. We considered server equipment (e.g., memory) in a previous introductory article. Now let’s look at using multiple servers for your MySQL and MariaDB databases—let’s look at replication.

Replication Overview

One common and effective way to structure a highly available database system is through some form of database replication. There are a few …

Keeping databases running consistently and continuously is crucial to many organizations. When your site or application fails to load because of problems with your databases, you risk losing revenues—especially a business with a high traffic site which is the main source of revenues. If it happens often enough, you’ll lose not only transactions but customers.

There are many reasons why a database system may be unavailable, or at least not consistently available. It could be straightforward problems with your databases, or it could be hardware limitations. There are several potentially weak components of a database system. It’s important to know where are the potential weak points and to have a clear sense of what’s required to maintain a highly available database system.

If this concept is moderately new to you, it may be overwhelming. However, please understand that it’s achievable and learnable. You can start by focusing …

We will demonstrate the ease of monitoring Galera Cluster using Monyog MySQL monitor. By the end of the webinar, you will have a better understanding of how to use Monyog for monitoring Galera Cluster for MySQL to achieve a required balance of high availability and scalability.

Galera Cluster for MySQL is a multi-master active-active cluster. It is an easy-to-use, high-availability solution, which provides high system uptime, no data loss, and scalability for future growth. In this webinar, we will give an overview how does Galera Cluster work and what are the benefits of using Galera Cluster.

Join USA timezone webinar Wed, May 17, 10:00 AM – 11:00 AM PDT

Join EMEA timezone webinar Wed, May 17, 11:00 AM – 12:00 AM CET

Amazon Relational Database Service (RDS) is a hosted database service in the AWS cloud. If your organization’s data is stored in one of the popular database systems, but on a company server or perhaps you’re renting a dedicated server, you might want to consider switching to Amazon RDS.  With Amazon RDS, you can choose from several relational database systems:  MySQL, MariaDB, Oracle, Postgres, and SQL Server, as well as Amazon Aurora.

There are many advantages to Amazon RDS, such as server scaling and load balancing of user traffic. Best of all, it can reduce the operational costs of running database software like MySQL. With Amazon RDS, you don’t need to worry about performing security updates, patching the operating system, or tuning the database. In fact, some of the patches Amazon deploys for MySQL and MariaDB are specifically designed to get better performance in a cloud setting.  Let’s look at some major …

A basic MySQL or MariaDB replication arrangement uses a simple method to perform replication. Any changes to schema or data on the master are recorded in its binary log. The slave regularly asks the master for any new entries to its binary log, based on position numbers in that log. The slave will record any new entries the master sends it in a relay log and then execute them on its copy of the databases. This system works well with a straightforward master-slave configuration, when there is only one master and one or more slaves.

With recent releases of MySQL and MariaDB, a slave can have multiple sources for replication. This may seem absurd at first until you consider one of the inherent points of replication: load balancing. Slaves are typically used for Read load balancing—to spread traffic related to SELECT statements among several servers. With multi-source replication, Writes can also be load balanced. For a large organization with …