A mission-critical application is a software program or suite of related programs that must function continuously in order for a business or segment of a business to be successful. If a mission-critical application experiences even brief downtime, the negative consequences are likely to be financial. In addition to lost productivity, a mission-critical app’s failure to function may also damage the business’ reputation.
As we settle into the time of year when we reflect on what we're thankful for, we tend to focus on important basics such as health, family and friends. But on a professional level, IT operations (ITOps) practitioners are thankful to avoid disastrous outages that can cause confusion, frustration, lost revenue and damaged reputations. The very last thing ITOps, network operations center (NOC) or site reliability engineering (SRE) teams want while eating their turkey and enjoying time with family is to get paged about an outage. These can be extremely costly - $12,913 per minute, in fact, and up to $1.5 million per hour for larger organizations.
Deploying software to support the work of an enterprise is an increasingly complex job that’s often referred to as ‘devops.’ When enterprise teams started using artificial intelligence (AI) algorithms to more efficiently and collaboratively run these operations, end users coined the term AIOps for these tasks.
IBM Integration Bus was one of the first messaging middleware applications to be developed and it has gone through many iterations to reach the stage we are at today with App Connect Enterprise. Like any software application, it has become more feature-rich as time has passed and each iteration has marked a new milestone in the capabilities that it has delivered. We will trace some of the evolutionary paths of IBM Integration Bus to see how it came to be where it is today.
One of the building blocks of messaging is, you guessed it, messages! But there are different kinds of messages: Commands and Events. So, what’s the difference? Well, they have very distinct purposes, usage, naming, ownership, and more!
Do you want to use Kafka? Or do you need a message broker and queues? While they can seem similar, they have different purposes. I’m going to explain the differences, so you don’t try to brute force patterns and concepts in Kafka that are better used with a message broker.
Many people wonder what the difference is between monitoring vs. observability. While monitoring is simply watching a system, observability means truly understanding a system’s state. DevOps teams leverage observability to debug their applications or troubleshoot the root cause of system issues. Peak visibility is achieved by analyzing the three pillars of observability: Logs, metrics and traces.
The volume of data that IT systems generate nowadays is overwhelming, and without intelligent monitoring and analysis tools, it can result in missed opportunities, alerts, and expensive downtime. However, with the advent of Machine Learning and Big Data, a new category of IT operations tool has emerged called AIOps. AIOps can be defined as the practical application of Artificial Intelligence to augment, support, and automate IT processes.
Artificial intelligence for IT operations (AIOps) is an umbrella term for the use of big data analytics, machine learning (ML) and other artificial intelligence (AI) technologies to automate the identification and resolution of common IT issues. The systems, services and applications in a large enterprise produce immense volumes of log and performance data. AIOps uses this data to monitor assets and gain visibility into dependencies within and outside of IT systems.
