Cloud-native automated and intelligent observability for serverless
Most organizations use serverless in combination with other cloud and traditional technologies, so just looking at each serverless technology in isolation isn’t good enough. Dynatrace seamlessly integrates distributed tracing of serverless functions into the automatic and intelligent observability platform leaving no blind spots even for applications with complex environments and tech stack.
The Dynatrace AI engine provides development and ops teams with automatic and precise answers to issues encountered with applications that includes serverless technologies. Dynatrace provides distributed tracing across serverless functions which enables Davis, our deterministic AI engine, to automatically provide root causes for issues before customers encounter them. Other solutions require manual effort to detect anomalies and to reduce the noise when errors occur. They also require manual investigation to identify the root causes for problems.
Better understanding of application performance issues on user experience and business outcomes
Dynatrace not only provides visibility into end-to-end distributed traces spanning across heterogeneous environments out of the box, but fully integrates with Real User Monitoring. Other solutions lack integration between serverless technologies and Real User Monitoring, which makes it difficult to identify issues that have a direct impact on the end user experience.
This provides insights into how serverless functions are impacting applications, the user experience (e.g. satisfaction) and business outcomes (e.g. bookings, abandonments, ...)
Automated monitoring of applications and services within serverless containers
Dynatrace provides an out-of-the-box universal injection for supported application technologies like Java, .NET Core, Golang, Node.js, PHP. This includes:
- Auto-monitoring of processes in containers
- Automated code-level visibility and distributed request and service tracing of applications in containers
- Integration of meta-information in tagging and naming rules as well as well as management zones.