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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

MLOps capabilities

Optimize your ML/AI processes and maximize experiment outcomes with enhanced resource utilization
MLOps capabilities in OptScale
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Experiment tracking

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Hyperparameter tuning

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Dataset and model versioning

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Model training instrumentation

Experiment tracking

experiment tracking OptScale

The platform tracks ML/AI and data engineering experiments, providing users with a holistic set of inside and outside performance indicators and model-specific metrics, including CPU, GPU, RAM, and inference time. These metrics help identify training bottlenecks, performance enhancement, and enable to give cost optimization recommendations. 

Multiple tables and graphs visualize the metrics, enabling users to compare runs and experiments effectively, thereby achieving the most efficient ML/AI model training results.

Hyperparameter tuning

hypertuning-parameter-OptScale

Dataset and model versioning

dataset model versioning OptScale

It involves tracking changes to datasets and model versions over time at different points in the ML lifecycle for:

  • Reproducibility. By capturing every pipeline step, users can compare model experiment results, find the best candidate, and reproduce the same result.
  • Achieving full observability. Dataset and model versioning allow tracking dependencies that affect ML model performance. It helps track the number of models and find the best parameters and hyperparameters. 
  • Easy rollback to previous and stable versions in case of error or underperformance.

Model training instrumentation

model training instrumentation OptScale

Model training instrumentation is essential for understanding model performance, diagnosing issues, ensuring reproducibility, and facilitating continuous improvement. 

With OptScale ML, engineers log metrics such as Accuracy, Loss, Precision, Recall, F1 score, and others at regular intervals during training, record all hyperparameters used in the training process, such as Learning rate, Batch size, Number of epochs, Optimizer type, etc.

OptScale profiles machine learning models and deeply analyzes internal and external metrics to identify training issues and bottlenecks.

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Cost and performance tracking for any API call to PaaS or external SaaS services

OptScale profiles machine learning models and deeply analyzes internal and external metrics for any API call to PaaS or external SaaS services. The platform constantly monitors cost, performance, and output parameters for better ML visibility. Complete transparency helps identify bottlenecks and adjust the algorithm’s parameters to maximize ML/AI training resource utilization and the outcome of experiments.

Supported platforms

aws
MS Azure
google cloud platform
Alibaba Cloud
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