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Ebook 'From FinOps to proven cloud cost management & optimization strategies'
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OptScale — FinOps
FinOps overview
Cost optimization:
AWS
MS Azure
Google Cloud
Alibaba Cloud
Kubernetes
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OptScale — MLOps
ML/AI Profiling
ML/AI Optimization
Big Data Profiling
OPTSCALE PRICING
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Acura — Cloud migration
Overview
Database replatforming
Migration to:
AWS
MS Azure
Google Cloud
Alibaba Cloud
VMWare
OpenStack
KVM
Public Cloud
Migration from:
On-premise
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Acura — DR & cloud backup
Overview
Migration to:
AWS
MS Azure
Google Cloud
Alibaba Cloud
VMWare
OpenStack
KVM

An open source FinOps solution with ML/AI profiling and optimization capabilities

Enhance ML/AI profiling process by getting optimal performance and minimal cloud costs for ML/AI experiments
OptScale ML-AI Optimization
Hystax-OptScale-ML-task-profiling-optimization

ML/AI task profiling and optimization

OptScale performance improvement recommendations

Dozens of tangible ML/AI performance improvement recommendations

Hystax-OptScale-runsets-ML-model-training-simulation

Runsets to simulate ML/AI  model training 

Optscale minimal cloud cost

Minimal cloud cost for ML/AI experiments and development

ML/AI task profiling and optimization

With OptScale ML/AI and data engineering teams get an instrument for tracking and profiling ML/AI model training and other relevant tasks. OptScale collects a holistic set of both inside and outside performance indicators and model-specific metrics, which assist in providing performance enhancement and cost optimization recommendations for ML/AI experiments or production tasks.

OptScale integration with Apache Spark makes Spark ML/AI task profiling process more efficient and transparent.

Hystax OptScale ML-AI profiling and optimization
OptScale-tangible-performance-improvement-recommendations

Dozens of tangible performance improvement recommendations

By integrating with an ML/AI model training process OptScale highlights bottlenecks and offers clear recommendations to reach ML/AI performance optimization. The recommendations include utilizing Reserved/Spot instances and Saving Plans, rightsizing and instance family migration, Spark executors’ idle state, and detecting CPU/IO, and IOPS inconsistencies that can be caused by data transformations or model code inefficiencies.

Runsets to simulate ML/AI model training on different environments and hyperparameters

OptScale enables ML/AI engineers to run a bunch of training jobs based on pre-defined budget, different hyperparameters, hardware (leveraging Reserved/Spot instances) to reveal the best and most efficient results for your ML/AI model training.

OptScale-runsets_ML_model_training_simulation_on_different_environment_hyperparameters
OptScale-minimal-cloud-cost-for-ML-experiments-and-development

Minimal cloud cost for ML/AI experiments and development

After profiling ML/AI model training, OptScale provides dozens of real-life optimization recommendations and an in-depth cost analysis, which help minimize cloud costs for ML/AI experiments and development. The tool delivers ML/AI metrics and KPI tracking, providing complete transparency across ML/AI teams.

Supported platforms

aws
ms azure logo
google cloud platform
Alibaba Cloud Logo
Kubernetes
databricks
PyTorch
kubeflow
TensorFlow
spark-apache

News & Reports

MLOps open source platform

A full description of OptScale as an MLOps open source platform.

Enhance the ML process in your company with OptScale capabilities, including

  • ML/AI Leaderboards
  • Experiment tracking
  • Hyperparameter tuning
  • Dataset and model versioning
  • Cloud cost optimization

How to use OptScale to optimize RI/SP usage for ML/AI teams

Find out how to: 

  • enhance RI/SP utilization by ML/AI teams with OptScale
  • see RI/SP coverage
  • get recommendations for optimal RI/SP usage

Why MLOps matters

Bridging the gap between Machine Learning and Operations, we’ll cover in this article:

  • The driving factors for MLOps
  • The overlapping issues between MLOps and DevOps
  • The unique challenges in MLOps compared to DevOps
  • The integral parts of an MLOps structure