Operations | Monitoring | ITSM | DevOps | Cloud

The final stage of the popular Software Development Lifecycle after planning, analysis, design, and implementation is maintenance. This is where a full-fledged application running in production is constantly looked after and taken care of. Bugs, bottlenecks, slow database queries, security loopholes, and other issues are discovered and fixed before deploying the updated code. Log records and Application Performance Monitoring (APM) tools play a crucial role in software development maintenance.

Gone are the days where software development was slowed down by the top-down, water-fall approach for getting work done. The rigidity of this methodology made for a longer development lifecycle, and it affected the way software was created and deployed.

In this modern era, most companies want to make customers happy using emerging technologies. This is why they utilize multiple types of tools and new technologies to attract customers in their funnel and finally convert them into leads. However, it has some demerits too.

Before we talk about OpenTelemetry, we should talk about telemetry. Telemetry is: And an instrument is: For the purpose of measuring running computer software and systems, our instruments are virtual instruments. That is to say, code that measures other code. It sounds simple: read a measurement and send it to a remote location. In practice, to make that telemetry data useful in today’s cloud-native and ever more complex environments, there are huge logistical and technical hurdles to overcome.

OpenTelemetry is enabling a revolution in how Observability data is collected and transmitted. See our What Is OpenTelemetry post on why this is an important inflection point in the Observability space. In this post, we’ll walk through how to configure the OpenTelemetry Gems within a Rails app.

Stackify Retrace primarily supports Java, .NET, PHP, Nodej.js, Ruby, and Python applications. New Relic supports Java, node.js, Python, Go, PHP, .NET, and Ruby. On the other hand, Scout APM supports Ruby, Python, Node.js, PHP, Elixir & Phoenix, in addition to Error Monitoring, Database Monitoring and External Services Monitoring.

Container technology is considered one of the most rapidly evolving in the software industry's recent history. There has been a seismic shift towards more and more organizations adopting containerization for their applications. Containers offer a lightweight, portable, and more efficient alternative to virtual machines and help us run software securely and reliably across different server environments.

After the global pandemic and lockdowns, most businesses look onward to online solutions for their applications. They want to take their business online by creating mobile or web applications. Companies are looking to monitor every aspect of the application, including deployment, bugs, API failures, etc. But the most important thing is how the application behaves when it goes into the hands of the end-users.

With the increase in demand for technology and quality assurance, companies are looking to improve their products day by day. For many, time and workforce are limited, so companies are interested in solutions that automate their day-to-day work. Whether developing software or testing it, almost every part of application lifecycle management is reliable on the human workforce. But some parts like monitoring, tracking, and alerting can be automated using some latest software.

Ever since the pandemic hit the world in 2020, many businesses and institutions have begun to adopt cloud computing into their operations. With more employees working from home, companies have moved from on-site data centers and chosen cloud computing services. Although cloud computing is not new, its relevance has increased during the last year and has revolutionized how businesses and institutions are operating now.