Within the realms of microservices and distributed systems, gRPC has emerged as a cornerstone technology. Its adoption by tech giants like Google, Netflix, and Square underscores its capability to facilitate high-performance, scalable inter-service communication. Built as a modern take on the traditional Remote Procedure Call (RPC) paradigm, gRPC enables services, potentially written in different languages, to communicate efficiently and reliably across networks.
When systems span clouds, containers, and regions, knowing what’s happening under the hood is more than a nice-to-have—it’s critical. Traditional monitoring tools often fall short in these complex setups. That’s where distributed network monitoring steps in. This guide cuts through the noise to offer a clear, practical approach to keeping tabs on distributed systems—without drowning in dashboards or alert fatigue.
Detecting dependency vulnerabilities in a Gradle-based project is crucial because it prevents applications from using libraries (dependencies) with security holes. Imagine an application as a house. Each dependency, or library used in the project, is like building material (such as wood, glass, or bricks). If there’s a flawed or easily penetrable material, the house can become unsafe, such as being more vulnerable to thieves or collapsing during an earthquake.
This video walks you through the first steps when your application goes down: check monitoring, validate alerts, rule out cache issues with incognito mode, and dive into your observability data to find the fix!
At Resolve Systems, our mission has always been to simplify the complex. For over a decade, we’ve partnered with enterprises to tackle operational chaos through automation, orchestration, and intelligent workflows. Whether it’s accelerating incident resolution, eliminating repetitive tasks, or optimizing service delivery, we’ve consistently focused on delivering real outcomes, not just flashy features.
As businesses increasingly transition to cloud-based services, the demand for data center resources has surged, leading to higher electricity consumption. Currently, data centers contribute to about 3% of global carbon emissions and account for roughly 1-1.5% of global electricity demand. As a result, the need for sustainable solutions in cloud computing has never been more urgent.
Over the last few years, Google Cloud has grown at the fastest rate of any cloud service provider today. From 2020 to 2021, Google Cloud’s IaaS offering, GCP, grew 64%, followed by Microsoft Azure (51%) and Alibaba Cloud (42%), according to Gartner. Yet Google Cloud isn’t flawless. Here’s what we mean and some of the top Google Cloud alternatives you’ll want to consider today.