Microservices

logicmonitor

How We Used JMH to Benchmark Our Microservices Pipeline

At LogicMonitor, we are continuously improving our platform with regards to performance and scalability. One of the key features of the LogicMonitor platform is the capability of post-processing the data returned by monitored systems using data not available in the raw output, i.e. complex datapoints. As complex datapoints are computed by LogicMonitor itself after raw data collection, it is one of the most computationally intensive parts of LogicMonitor’s metrics processing pipeline.

logdna

Logging for Monoliths vs. Logging for Microservices

At first glance, microservices logging may seem simple. You just take the same principles you’ve always followed for monoliths and apply them to each microservice in your application, right? Well, no. The differences between microservices and monolithic architecture amount to much more than a difference in the number of services involved.

logicmonitor

From Monolith to Microservices

Today, monolithic applications evolve to be too large to deal with as all the functionalities are placed in a single unit. Many enterprises are tasked with breaking them down into microservices architecture. At LogicMonitor we have a few legacy monolithic services. As business rapidly grew we had to scale up these services, as scaleout was not an option.

serverless360

Event-Driven Microservices with Azure Functions, Event Grid and Cosmos DB

This blog is an extraction of the session “Event-Driven Microservices with Azure Functions, Event Grid and Cosmos DB” presented by Martin Abbott, who is Azure MVP, Regional Director. We need to first have a deep understanding of all the services and components that are used to create the End to End application.

Monitoring In A Microservices World - DockerCon Live 2020

In recent years, we saw a great paradigm shift in software engineering away from static monolithic applications towards dynamic distributed horizontally scalable architectures. Docker is one of the key technologies enabling this development. This shift poses a lot of new challenges for application monitoring. In this talk we show how Docker changed the way we do monitoring, how modern application monitoring systems work, and what future developments we expect.
logicmonitor

Quarkus vs. Spring

In modern application development and architecture, there has been a big push from monolithic, large applications that can do everything a product would need, to many smaller services that have a specific purpose. This onset has brought on the age of microservice frameworks (micro-frameworks), with the goal of making it easier to prototype, build, and design applications in this paradigm.

sqreen

7 best practices for microservices security

Microservices have refashioned the way modern apps are developed. Previously, monolithic architecture was used for app development. A monolithic app is made from a single unit with three parts: a database, a client-side UI that runs on the user’s system or browser, and a server-side app. But in microservices, an app consists of multiple units. Each of these units runs alone and connects via APIs.

styra

Microservices Authorization: Styra DAS Moves up the Stack

We’ve had an exciting past six months at Styra, from a Series A funding announcement to tremendous growth in the Open Policy Agent (OPA) community to new enhancements to our commercial product, Styra’s Declarative Authorization Service (DAS). All of this great momentum maps to our overarching vision of unifying authorization and policy for the cloud-native environment.