When building serverless applications, Lambda functions often form the backbone of the system. They might provide just a few lines of code, but these lines are usually what hold the whole architecture composed of many managed services together. Event-driven architecture is what this style is called, and it’s most prevalent in serverless applications. API gateways collect requests from your users, convert them to events, and send these along the way.

A multi-tenant architecture is essentially a framework in which a common instance of a software application is used to service several client applications or tenants. This multi-tenant architecture has found extensive adoption in SaaS applications, which cater to requests from tens and thousands of clients. The main reason for the adoption of multi-tenancy is the efficient and optimal use of resources and funds, along with delivering seamless service.

At the turn of the 20th Century, enterprises shut down their clunky generators and started buying electricity from new utilities such as the Edison Illuminating Company. In doing so, they cut costs, simplified operations, and made profound leaps in productivity. The promise of modern cloud computing invites easy comparisons to those first electric utilities: outsource to them, save money and simplify.

When EC2 instances fail to serve requests the usual cause is typically hardware issues or high CPU utilization. To avoid sending traffic to instances with these issues, AWS continuously monitors instance health and routes inbound traffic accordingly. In the past Elastigroup fetched the health status for all managed instances and triggered an automatic replacement once an instance was determined as unhealthy.

We’re excited to introduce usability enhancements to the Elastic Cloud Enterprise (ECE) platform administration console to simplify your experience. Administration is shifting to a host-based management and dedicated role pages for ECE proxies and control plane.

The observability of metrics is a key factor for a successful operations team, allowing for increasingly effective visualizations, analysis, and troubleshooting. Google Cloud works with third-party partners, such as Grafana Labs, to make it easy for customers to create their desired observability stack leveraging a combination of different tools. More than two years ago, we collaborated with Grafana Labs to introduce the Cloud Monitoring plugin for Grafana.

Siddhartha Agarwal, managing director, SaaS partnerships and co-innovation, Google Cloud at Google, co-authored this blog. When organizations embrace cloud as a core component of their IT operations, they have options: a wholesale migration to the public cloud, incremental or large-scale hybrid deployments, private clouds, or even running services across multiple clouds. More than 90% of enterprises have a multicloud strategy.

To say that the past year presented its fair share of cybersecurity challenges to the InfoSec community would be a drastic understatement. The rapid migration to remote work at scale left 80% of CIOs unprepared, and SecOps teams struggled to confront the evolving threat landscape with disparate toolkits and skill sets. Not to mention that as more organizations shifted to hybrid and multi-cloud environments at scale, cloud complexity (and cloud-based threats) skyrocketed.