Pricing you can trust

Say goodbye to high watermark pricing. With the industry's only hourly pricing, our approach is simple and transparent, with no surprises.

Category

Capability

List Price

Host Monitoring

Full-Stack Monitoring	$0.01 per memory-GiB-hour
Infrastructure Monitoring	$0.04 per hour for any size host
Mainframe Monitoring	$0.10 per MSU hour
Foundation & Discovery	$0.01 per hour for any size host

Container Monitoring

Kubernetes Monitoring

$0.002: per hour for any size pod

Application Security

Runtime Vulnerability Analytics	$0.00225 per memory-GiB-hour
Runtime Application Protection	$0.00225 per memory-GiB-hour

Digital Experience Monitoring

Real User Monitoring	$0.00225 per session
Real User Monitoring with Session Replay	$0.009 per session replay capture
Real User Monitoring Property	$0.0001 per property per session
Browser Monitor or Clickpath	$0.009 per synthetic action
Third-Party Synthetic API Ingestion	$0.001 per third-party synthetic result
HTTP Monitor	$0.001 per synthetic request

Logs powered by Grail

Log Management & Analytics - Ingest & Process	$0.20 per GiB
Log Management & Analytics - Retain	$0.0007 per GiB-day
Log Management & Analytics - Query	$0.0035 per GiB-scanned

Events powered by Grail

Events - Ingest & Process	$0.20 per GiB
Events - Retain	$0.0007 per GiB-day
Events - Query	$0.0035 per GiB-scanned

Automation

Automation Workflow

$0.13: per workflow-hour

AppEngine Functions

AppEngine Functions - Small

$0.001: per invocation

Platform Extensions

Custom Metrics Classic	$0.002 per 1000 metric data points
Log Monitoring Classic	$0.001 per 1000 log records
Custom Traces Classic	$0.0014 per 1000 spans
Custom Events Classic	$0.002 per 1000 custom events
Serverless Functions Classic	$0.004 per 1000 invocations

Contact us for available discounts

FAQs

What is a GiB hour?

A GiB hour is a unit of measure representing the cost to monitor, analyze, or protect a 1-GiB memory host for 1 hour. A host with 16 GiB of memory that is monitored for 3 hours will consume 48 GiB hours (16 GiB memory x 3 h = 48 GiB hours).

What is a host hour?

A host hour is a unit of measure representing the cost to monitor a host for one hour (regardless of the amount of host memory).

If these capabilities are used for a fraction of an hour, Dynatrace usage is rounded up to the nearest 15 minutes for consumption calculations (for example, 1 minute of usage is billed as 15 minutes).

How is monitoring consumption calculated when capabilities are used for less than an hour?

When Dynatrace capabilities are used for a fraction of an hour, we round up to the nearest 15 minutes for billing purposes (for example, one minute of usage is billed as 15 minutes; an hour and three minutes of usage is billed as 1.25 hours). This billing model is intended to be advantageous in cloud-native environments where hosts and services are rapidly spun up and destroyed.

How is monitoring consumption calculated for hosts with a fractional amount of memory?

When Dynatrace capabilities are used on a host with a fractional amount of memory, memory is rounded up to the nearest quarter GiB for consumption-calculation purposes.

When Full-Stack Monitoring is enabled on a host with less than 4 GiB of memory, memory is rounded up to 4 GiB for consumption calculations (except for Application-Only Mode, where the minimum size is 0.25 GiB).

Does Full-Stack Monitoring cost more if a server hosts many JVMs, microservices, or containers?

No, the pricing for Full-Stack Monitoring is based on the amount of memory monitored over the time period. We don’t vary Full-Stack Monitoring pricing based on the technologies running on the host.

Does Full-Stack Monitoring include all the features of Infrastructure Monitoring?

Yes, the price of Full-Stack Monitoring includes all Infrastructure Monitoring capabilities, for example, Network Performance Monitoring.

Can Application Security capabilities be deployed on a standalone basis?

Runtime Vulnerability Analytics requires that the host be monitored by Dynatrace (either in Full-Stack or Infrastructure Monitoring mode).

Runtime Application Protection is based on code-level insights and requires Runtime Vulnerability Analytics.