Amazon Web Services (AWS) has a suite of tools that help application development teams enhance and streamline their work experience, from the backend to frontend services. LogicMonitor consolidates data from these services and empowers users to monitor them side by side with the rest of their infrastructure, whether it’s in the Cloud or on-premises. Keep reading for tips on monitoring some of these services to ensure business continuity.
Software as a Service (SaaS) based and cloud-based products and services may sound like they’re referring to the same thing. True, if the service exists “in the Cloud,” it may be both SaaS and cloud-based. While your SaaS-based application will almost certainly be cloud-based as well, your cloud-based services may not always be SaaS-based. SaaS is a component of cloud computing.
I’d like for you to think of your favorite app that you use almost every day. What do you use it for and why? Next, I’d like for you to think of the last time the app had a major design change that made you think, “What was the company thinking? Why would they change something that worked perfectly fine and make it so unusable? Did they not consult actual users before making this change?”
EventSources, the sister LogicModule to DataSources, are a useful framework for triggering event-based, contextual alerts from your applications and infrastructure. While DataSources poll your applications and infrastructure for time-series datapoints, EventSources poll (or listen) for interesting events from your log files, SNMP traps, syslogs, Windows Event Logs, and much more.
A Minimum Viable Product (MVP) in software development is often what we strive for when proving a case for improvement or product. With the movement toward the cloud infrastructure, we should start striving for a Minimum Viable Cloud (MVC). An MVC consists of everything needed to get a cloud environment up and running. The main services of cloud infrastructure are Communication, Application, and Storage.
Amazon Web Services (AWS) products are countless, and at LogicMonitor, we are working tirelessly to bring monitoring support to as many of them as possible. With so many products and tools already on your plate, we want to make sure that monitoring is not a hassle, but rather a trusted companion. Here, we will focus on the analytics section of AWS and provide some tips on how to utilize the data collected from AWS Athena and Glue.
So, you are considering moving to the cloud. Or, likely, have already transitioned your services. If you are wondering what the next steps are, you have many options on how to move towards cloud infrastructure. This blog will cover what to consider when using public clouds. Specifically, we will focus on monitoring a hybrid cloud set up using the big 3 cloud providers, Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP).
Working remotely is becoming the norm for more and more businesses. Many companies have offices spread throughout the world, decentralized employees or contractors, or they simply have a flexible work from home (WFH) policy. Remote work is an aspect of digital transformation that is often left out of conversations when it comes to ensuring business continuity and driving growth.
We all know that systems fail. We plan for this with failover partners and system backups. But can you really trust your backups? If you are using Azure monitoring, your backup and site recovery can be complicated. LogicMonitor provides clarity. Our Azure Backup monitoring service provides simple, secure, and cost-effective solutions for backing up and recovering your data using the Azure cloud.
The debate around allowing employees to work from home is now moot. Due to these unusual times, businesses must have the ability to handle the majority of their primary functions remotely. The implications of this are pretty broad in scope and have IT shops scrambling to address the concerns of how to monitor the applications that enable efficient work from home strategies.
