How does roost eliminate change failure? 

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Roost uses machine learning for automatic and continuous code change validation. This makes it easier for developers to test live services in an on-demand production-like environment. This makes it easier to how changes will impact dependent services reducing change failure.

 

see how your changes impact dependent services

DevOps Teams can discover interaction and interdependencies’ issues early in the development cycle.

 

Develop with Live Services

Roost makes it easy for developers to test live services in a shareable and disposable production-ready environment.
Teams can discover interaction and interdependencies’ issues early in the development cycle... eliminating down time from bug fixes during release.

 

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Certify & Validate Services 

Developers can share services with peer members and team leads to test and validate the state of containers in a pre-production environment.

These states can be certified as production ready or can be used for rollback if necessary.

Disposable & Sharable
Pre-Production Environments

Roost spins up a temporary, sharable production-like environment. Once the release is complete the instance can be disposed of reducing the need for cloud services.
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Significantly Reduces Cloud XOps Costs

Roost not only solves the tooling gap but goes beyond it.

Cloud Events

Roost allows you to inspect and scan clusters and provides details for both General & Security Events.
General events include: Kubernetes cluster resource related changes, plugins (e.g. Argo, Helm, Airflow) related state change activities, collaboration activities, etc. Roost also sends Security Events based on Falco rules configured.
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Workload Analytics

Developers can share services with peer members and team leads to review and validate the state of containers in a pre-production environment.
These states can be certified as production ready or can be used for rollback if necessary.

 

 

 

 

 

 

 
See How Developers can Eliminate Failure

Roost speeds up releases of containerized applications by enabling real-time service validation and left-shifted service integration.

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everything you need

Three Environments to Choose From

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Roost Desktop

A lightweight, multi-cluster full-scale Kubernetes platform for both development and production

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Roost Cloud

A headless version suited for cloud deployment as an AMI (or equivalent on other public clouds)

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Roost SaaS

A control tower that manages service synchronization.

don't worry about your releases

Roost ensures change failures do not occur for container-native apps!

See How

Confidence feels good!