
DevOps monitoring
Unify development and operations around real-time insight to accelerate delivery and improve software quality.
What is DevOps monitoring?
DevOps monitoring is the continuous practice of observing application behavior, infrastructure health, and delivery signals across the software lifecycle to help teams detect issues early, understand impact, and increase delivery velocity without compromising reliability.
Drive benefits across the enterprise
Turn software delivery into measurable impact
Give teams the confidence to push updates, fixes, and optimizations from development through testing and into production without slowing down. Modern software delivery reduces outages, improves customer experience, and allows the business to respond in real time.


Increase speed, quality, and reliability at scale
Build a modern software delivery foundation grounded in observability, automation, and AI. Provide DevOps teams the visibility and control they need to detect risk earlier, automate routine decisions, reduce incident fallout, and sustain high deployment velocity without increasing operational load.
Create shared ownership of reliability and delivery outcomes
Align teams around a common view of system health, release impact, and production risk. Shared context replaces handoffs and guesswork with coordination, clear accountability, and a culture build on modern software delivery practices.

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DevOps best practices to know
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Continuous integration
A software development practice where developers regularly merge their code changes into a central repository, after which automated builds and tests are run.
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Continuous delivery
Code changes are automatically built, tested, and prepared for a release to production. Done properly, developers will always have a deployment-ready built artifact.
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Continuous observability
Continuous observability of your system across all stages of DevOps allows you to manage the performance and availability of software applications. This leads to quick response times, improved computing processes and satisfied customers.
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Shift-left
Process of pushing testing (code quality, performance & security) toward the early stages of the SDLC. By testing early and testing often, you can find and remediated bugs earlier and improve the quality of software.
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Shift-right / Progressive delivery
Process of monitoring, observing, and testing (resiliency, reliability and security) of new releases “in production” to ensure correct behavior, performance, and availability.
Insights from our experts
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