Hazelcast is a distributed, in-memory computing platform for processing large data sets with extremely low latency. Its in-memory data grid (IMDG) sits entirely in random access memory, which provides significantly faster access to data than disk-based databases. And with high availability and scalability, Hazelcast IMDG is ideal for use cases like fraud detection, payment processing, and IoT applications.

2020 has been a year of challenges, and across all industries, companies are working hard and fast to remain efficient in the face of a new normal. Now that hiring freezes are slowly thawing out, many companies are starting to hire new people virtually and want to create remote cohesion between new and existing teammates. The lack of physical proximity means your team will need to ramp up on communication, transparency, and accountability.

Hi folks! Éamon here. I’m a recent-ish addition to the Solutions Engineering team and just getting my feet wet on the blogging side so bear with me. :) Back in March, we introduced the Grafana Cloud Agent, a remote_write-focused Prometheus agent. The Grafana Cloud Agent is a subset of Prometheus without any querying or local storage, using the same service discovery, relabeling, WAL, and remote_write code found in Prometheus.

Over the past week, we rolled out access to Advanced Data Scrubbing for all users. If you were one of our Early Adopters, you’ve known about this for a couple of months. As the name implies, it’s an addition to our existing server-side data scrubbing features, meant to provide greater control and more tools to help you choose which data to redact from events. One of Sentry’s main selling points as an error monitoring platform is the data it collects and aggregates.

Web frameworks are powerful tools. They abstract the common aspects of building web sites and APIs and allow us to build richer, more stable applications with less effort. A broad range of web frameworks is available to us in Python. Some are proven favorites with large ecosystems and communities. Others excel in niche use cases or for specific kinds of development. Still, others are up-and-comers with compelling new reasons to be considered.

The short answer is “yes they can” but let me elaborate. In 2009 I joined the team behind Mobile World Congress, an event brand that hosts over 100k attendees in Barcelona, 75k in Shanghai and 22k in Los Angeles. I spent the next 9 years with the GSM Association, owner of Mobile World Congress, and Global Expansion Summit organizing over 50 large scale events across all 5 continents.

Recently, one of my buddies moved to a new apartment. As an extreme binge-watcher, he tried all different combinations for positioning his 65-inch 4K TV and leather recliner in almost every single sq. ft of the living room. The only flexibility he did not have was in choosing an Internet Service Provider (ISP) for his new house. As a backend dev professional, it did not even matter to him as long as he was getting a 150Mbps internet connection.

Learning about the Icinga API can be an eye opening moment for some, and lead to a path of automation and configuration management. But where to start? Well, you can always check out the Icinga API documentation for that. But today, I have an idea for you – I’ll show you how to create a host through the Icinga 2 API.

We are pleased to announce the availability of the Elastic OpenTelemetry integration — available on Elastic Cloud, or when you download Elastic APM. This integration continues our to openness by embracing open standards support for the evolving OpenTelemetry standard for observability