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Granulate - The Basics
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Use Cases
Optimizing Compute Workloads

Every Architecture, Any Environment

Granulate operates at the underlying level of the operating system, and is therefore agnostic to your system architecture and environment:
  • Every architecture - On-prem, cloud, multi-cloud, or hybrid.
  • Any environment - Docker, K8s, OpenShift, VMware Tas, OpenStack, GCP, VM

Designed for Compute Use Cases:

Supported Workload Types:

  • Custom applications: Java, Scala Clojure, Kotlin
  • Big data workloads: Spark, PySpark, Hadoop
  • Stream processing - Kafka, ActiveMQ

Expected Performance Gains Based on Customer Application:

Workload / Programming Language
Improvements %
Java, Scala, Clojure, Kotlin
30%-60%
Python
25%-40%
Ruby
20% -40%
Node,js
15%-35%
Big-Data
20%-40%
Stream Processing
10%-30%

Granulate Does Not Support

  • Windows-based systems
  • Serverless workloads
  • Workloads based on the following runtimes - .Net, C, C++, PHP
  • SQL database workloads
  • GPU-based workloads

Get Started

  • Try our free profiling tool and get an accurate value prediction.
  • Get some info and start our free trial POC HERE​
  • Check out our supported use cases and find your workload on our ROI map
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The gAgent
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Every Architecture, Any Environment
Designed for Compute Use Cases:
Supported Workload Types:
Expected Performance Gains Based on Customer Application:
Granulate Does Not Support
Get Started