A priority in modern software development is to continuously improve the software by quickly rolling out new or improved features. This is done by introducing automation into the various stages…
Despite our Swedish heritage, we have always thought that we are a pretty cool company. And certainly that the software our incredible engineering team is producing is very cool. But…
The recent snowballing growth of decentralized data collection from IoT applications has profound implications on performance and scalability in industrial settings. Data needs to be aggregated, analyzed, contextualized, and visualized…
All our customers have already invested in CI/CD for their cloud applications and we aim to be a very good citizen in those environments. This article describes in detail what…
In a previous article series, we looked at the difference between central cloud and edge application orchestration. In that article, we defined distributed edge orchestration as: 💡 Distributed edge orchestration…
Converting an application from Kubernetes to Avassa might sound like it has the potential of being a time-consuming maneuver. So when one of our customers asked if it would be…
As described in the previous article in this series, the functional requirements and characteristics for edge orchestration and central cloud orchestration are different. This article looks at the different functional…
The emergence of cloud computing was predicated on the presence of flexible application platforms in centralized locations providing massive amounts of computing and storage. The cloud computing operational model paved…
We all are engineers, and as engineers, we are solution focused: “Give me a problem, and I have a solution for it”. But in some cases, we are too solution…
Developing modern cloud applications requires that the developer can handle both traditional programming, as well system operations. This is also true for applications deployed to a distributed network of edge…