
Protecting Azure Infrastructure from silicon to systems
At Microsoft, secure design begins at the foundation of our computing stack—the silicon level—and extends through every layer of the cloud.
At Microsoft, secure design begins at the foundation of our computing stack—the silicon level—and extends through every layer of the cloud.
Flash enables rapid detection of issues originating from the Azure platform, helping teams respond quickly to infrastructure-related disruptions.
In this blog, we’ll dive into how large language models, generative AI, and the Triangle System help us leverage automation and feedback loops for more efficient incident management.
Drasi is Microsoft’s new open-source project that simplifies change detection and reaction in complex systems, enhancing real-time event-driven architectures.
At Microsoft, we want to give you more choice, flexibility, and resiliency for your cloud solutions, and we encourage you to take advantage of these benefits by adopting a multi-region growth strategy.
“In today’s rapidly evolving digital landscape, we see a growing number of services and environments (in which those services run) our customers utilize on Azure.
We are introducing RESIN, an end-to-end memory leak detection service designed to holistically address memory leaks in large cloud infrastructure.
Microsoft Azure Chaos Studio solution helps you measure, understand, improve, and maintain the resilience of your application through hypothesis-driven chaos experiments.
As organizations prepare for peak events and unforeseen challenges, performance testing stands as a beacon, guiding them toward reliable, high-performance systems that can weather the storm of user demands.
In this blog post, we will discuss some of the design principles and characteristics that we see among the customer leaders we work with closely to enhance their critical workload availability according to their specific business needs.
In Microsoft Azure, we are continually innovating to enhance security, such as our collaboration with our hardware partners to create a new foundation based on silicon, that enables new levels of data protection through memory encryption using Confidential Computing.
Sharing the latest advancements in improving VM availability monitoring for customers with Project Flash.