Operations | Monitoring | ITSM | DevOps | Cloud

SaaS discovery is really easy if you’re an end user. You can probably find a product that meets your needs with a Google search and a credit card. However, SaaS discovery from an IT management and governance perspective is a whole different beast. In the past, there haven’t been a lot of easy ways to detect application usage in the browser or restrict user activity without creating hyper-restrictive internet usage policies. Enter SaaS discovery platforms.

On a retail floor, there's a shopper with a question about product availability. And there’s a store associate with the opportunity to answer, creating a sale and building loyalty. In a distribution center, a picker carefully lifts a fragile item out of a bin and places it in a tote. They confirm the item visually through an image presented in the picker’s application workflow. The order will be fulfilled accurately.

Understanding your AWS S3 billing is crucial to effectively manage and reduce your costs. Charges in AWS S3 are primarily based on three factors: the amount of data you store, the number of requests you make, and data transfer fees. Storage costs are calculated per gigabyte (GB) stored, which are tiered depending on the total size of your data. Requests costs are incurred with each put, get, or list operation on your objects, with prices varying based on the type of request.

Choosing, deploying, maintaining, and rationalizing observability and monitoring tools can be a constant challenge for ITOps, DevOps, and SRE teams. As teams monitor increasingly complex systems, the need for instrumentation that monitors those systems grows at the same rate, leading directly to a growing problem of observability data engineering, integration, and enrichment.

Tool consolidation is the process of analyzing which IT observability and monitoring tools to use, which to add, and which to retire. By carefully determining the usage and value of your current observability stack, your ITOps teams can consolidate redundant tools and those providing little value to reduce your operational costs. While the benefits of tool consolidation are clear, doing so is anything but.

As customers scale to thousands of hosts and deploy increasingly complex applications, it can be difficult to ensure that every host is configured to give you the visibility you need to monitor your infrastructure and applications. To ensure visibility across a growing number of hosts, you need to know that your observability strategy is implemented uniformly across your entire fleet of Datadog Agents installed on these hosts.

As organizations adopt Kubernetes, they face gaps in security, reliability, and observability such as unencrypted communication, lack of multi-cluster support, and missing reliability features like circuit breaking. Buoyant Cloud is the dashboarding and automated monitoring component of Buoyant Enterprise for Linkerd, which helps organizations secure and monitor communication between Kubernetes workloads.

Table of contents Frankly, end-to-end testing and synthetic monitoring are challenging in today’s JavaScript-heavy world. There’s so much asynchronous JavaScript code running in modern applications that getting tests stable can be a real headscratcher. That’s why many teams rely on testing mission-critical features and treat “testing the rest” as a nice to have. It’s a typical cost-effort decision.

As engineers, we didn't want to make Signals only a replacement for what the existing incumbents do today. We've had our own gripes for years about the information architecture many old companies still force you to implement today. You should be able to send us any signal from any data source and create an alert based on some conditions. We're no strangers to building features that include conditional logic, but we upped the ante when it came to Signals.

Observability isn’t just about watching for errors or monitoring for basic health signals. Instead, it goes deeper so you can understand the “why” behind the behaviors within your system. CI/CD observability plays a key part in that. It’s about gaining an in-depth view of the entire pipeline of your continuous integration and deployment systems — looking at every code check-in, every test, every build, and every deployment.