The ASP.NET Core framework enables you to build and deploy .NET applications on a wide variety of platforms, each of which has different observability concerns. In a previous post, we looked at monitoring a containerized ASP.NET Core application. In this guide, we’ll show how Datadog provides visibility into ASP.NET Core applications running on AWS Fargate. We’ll walk through.
Amazon FSx for Windows File Server is a fully managed file storage service built on Windows Server. Migrating on-premise Windows file systems to a managed service like FSx enables organizations to reduce operational overhead and take advantage of the flexibility and scalability of the cloud. But having visibility into file access activity across their environment is key for security and compliance requirements, particularly in sectors such as financial services and healthcare.
When developing large, customer-facing applications, it’s paramount to have visibility into real user behavior in order to optimize your UX. Without a direct view into what users are actually doing when navigating your app, it can be difficult to reproduce bugs and understand how aspects of your frontend design are causing user frustration and churn. With Datadog RUM’s Session Replay feature, currently available in beta, you can watch individual user sessions using a video-like interface.
As part of your monitoring and testing strategy, you may run tests on different types of applications that are not publicly available—from local versions of production-level websites to internal applications that directly support your employees. Testing each one requires leveraging tools that allow you to verify functionality across a wide range of devices, browsers, and workflows while maintaining a secure environment.
Datadog CI Visibility, now available in beta, provides critical visibility into your organization’s CI/CD workflows. CI Visibility complements Datadog’s turn-key CI provider integrations and the integration of synthetic tests in CI pipelines to give you deep insight into key pipeline metrics and help you identify issues with your builds and testing.
When responding to an incident, you need to quickly find the scope of the issue so you know which teams to notify and which parts of your system to investigate next—before your end users are affected. But as multiple processes use resources on each of your hosts, and interact in unexpected ways, it can be difficult to know exactly what is causing an issue—especially if those processes are running off-the-shelf software.
Multi-factor authentication (MFA) is an increasingly popular method for securing user accounts that requires users to provide two or more pieces of identifying information when logging into an application. This information can consist of unique verification links or codes sent to the user’s phone or email address, as well as time-based one-time passwords (TOTPs) generated by authenticator applications or hardware.
On May 12, 2021, President Biden signed an executive order calling on federal agencies to improve their cybersecurity practices. Following the recent SolarWinds and Colonial Pipeline attacks, it is clear that security incidents can severely impact the economy and civilians' day-to-day lives and that cybersecurity needs to be a high-priority issue. We encourage you to read the full executive order.
Modern applications are often composed of countless distributed services, which makes it difficult to understand dependencies, isolate bottlenecks, and remediate errors. Datadog APM helps you tackle this complexity by allowing you to search and analyze 100 percent of your traces in real time. But without a dynamic view of your architecture, it can still be challenging to contextualize a specific request without getting lost in the details.
For the first time in its 30-year history, the 2021 RSA Conference was a virtual-only event, and not in its usual time during the spring. But, with 20,000 registrants joining for the various sessions, it was a testament to this year’s conference theme of resilience.
