Today we share a recent conversation with Mike Kavis, Chief Cloud Architect at Deloitte Consulting. Mike has held numerous technical roles such as CTO, Chief Architect, and VP positions with over 30 years of experience in software development and architecture. He led a team that built the world's first high speed transaction network in Amazon's public cloud and won the 2010 AWS Global Startup Challenge.

We’ve recently updated one of the most powerful features in Lumigo: Explore, and I wanted to tell you a bit more about it and what it can do for you. Explore is a quick and easy way to find events you are interested in your Lambda invocations. Without a feature such as Explore, you would have to sift through thousands of invocations to find what you are looking for, wasting a lot of time.

As enterprises slowly get out of the shock and awe of the effects of COVID19 on it’s IT operations, they are and will start exploring how to reduce CapEx and OpEx. Most enterprises are not going to let go of existing cash especially if it is a capital expenditure. Any new hardware or software purchase or refresh is out of the window (including Windows licenses). At the same time, they will also start looking for ways to reduce OpEx. For e.g.

TL;DR: yes, API Gateway can replace what a Load Balancer would usually provide, with a simpler interface and many more features on top of it. The downside is that it doesn’t come cheap. Load balancers have been one of the most common ways to expose a backend API to the public or even to an internal/private audience. API Gateways seem to provide the same functionality: map and connect HTTP requests to a backend service. So, are they the same or are there any differences?

With Google’s new support for Windows containers on Google Kubernetes Engine, you might be eager to start bringing your .NET-compatible Docker workloads to Google Cloud Platform. JFrog is ready to help you hop aboard. In fact, Artifactory’s bags are already packed.

In the modern digital ecosystem, every user activity, system error, application transaction, and network packet movement can be tracked using logs. This level of visibility into systems, networks, and applications is useful for troubleshooting bottlenecks, analyzing past trends, and predicting future events. However, monitoring various cloud-based and on-premises resources becomes complex in the absence of proper log aggregation tools.

In a world full of threats targeting data as well as stringent compliance mandates, it’s never been more important to create a strong unified cloud security strategy. But as cloud environments become more complex and diverse, it’s also never been more difficult. Even if you’re partnering with a notably secure provider, it’s still important to understand your security responsibility and to be proactive about protecting your data in the cloud.

Google Cloud Platform (GCP) is a collection of Google’s computing resources, made available via services to the general public as a public cloud offering. The GCP resources consist of physical hardware infrastructure — computers, hard disk drives, solid-state drives, and networking — contained within Google’s globally distributed data centers, where any of the components are custom designed using patterns similar to those available in the Open Compute Project.

For many IT organizations, widescale remote working brings new requirements for supporting both end-users and assets. This is stretching resources and capabilities for many IT teams as they adapt to this change without compromising quality or security. Until recently, the office was the traditional hub of connectivity—not just to business systems, but also among employees.

There are so many early serverless adopters and pioneers who many of us in the community know well: AWS heroes, in-demand speakers, and celebrated community organizers with thousands of followers, popular Twitch channels, and full speaking dockets. It’s a fantastic idea to follow these folks because they are known for a reason.We cover them regularly at Stackery!