H2O.ai is an AI company providing an end-to-end platform for predictive and generative AI, suitable for on-premise, cloud, and air-gapped VPC deployments. The platform supports a wide range of AI-driven tools such as H2O AI Cloud, h2oGPT, and H2O Driverless AI, offering solutions in document and data processing, automated machine learning, and deep learning. H2O.ai aims to democratize AI through its comprehensive suite of products that include functionalities like model evaluation, data extraction, and large language model fine-tuning, all designed to enhance business processes and decision-making.
H2O Driverless AI significantly enhances productivity and simplifies machine learning processes. Users appreciate its excellent support, rapid iteration, top-quality performance, comprehensive automation, and intuitive UI. Many find it to be a superior tool compared to alternatives, praising its ability to streamline ML operations, integrate well with existing workflows, and offer valuable resources for the community.
While H2O Driverless AI excels in many areas, some users find the pricing high, especially for smaller organizations. Other concerns include the complexity of debugging, limited deployment support for edge computing, and some missing data manipulation features. The documentation and integration with other tools could also use improvement.
The support team is responsive and enhancements are quickly implemented.
The pricing is considered high, especially for smaller businesses or early adopters.
When we report an error or make a suggestion for enhancement, a new release is out within weeks. Excellent support for commercial product Driverless AI. Rapid iteration.
Price is high for closed source product, Driverless AI. The license fee and the lack of pay per use pricing models are a hurdle in any grassroots initiative.
Driverless AI automates complex ML tasks effectively and outperforms other major tools.
Debugging messages can be cryptic and not always user-friendly.
The performance of DAI is far beyond what can be achieved with tools from Amazon, Google, and Microsoft. Driverless AI has strong capability on the auto feature engineering and system visualization.
Somewhat cryptic debugging msgs in H2O-3. One downside of H2O.ai is its bugs which do not return human-readable debugging statements.
The platform is user-friendly with good UI design and easy data import and visualization.
Several users feel the documentation could be clearer and more comprehensive.
Easy to use with good UI design and automated ML function. The web front end known as flow is really easy to use.
Documentation in general can be improved. Better instructions would be helpful, as would clearer tutorials.
The tool significantly reduces model development time and enhances productivity in ML tasks.
H2O Frames have limited data processing options compared to other tools like pandas or pyspark.
We can develop a model in a fraction of the time it would take us using the traditional modelling workflow. It allows you to test various models before you decide which you want to fine-tune.
H2O Frames have very limited data processing options compared to python pandas or pyspark dataframes.
Driverless AI offers end-to-end automation, from feature selection to model deployment.
Current deployment support does not fully meet the needs of IoT and edge computing environments.
H2O offers a well-validated, fully automated, rigorous machine learning pipeline including state of the art model interpretation. It's a great tool for really quick prototyping.
It is great if Driverless AI could support deployment for edge computing, which is common in IoT world.
H2O Driverless AI significantly enhances productivity and simplifies machine learning processes. Users appreciate its excellent support, rapid iteration, top-quality performance, comprehensive automation, and intuitive UI. Many find it to be a superior tool compared to alternatives, praising its ability to streamline ML operations, integrate well with existing workflows, and offer valuable resources for the community.
The support team is responsive and enhancements are quickly implemented.
When we report an error or make a suggestion for enhancement, a new release is out within weeks. Excellent support for commercial product Driverless AI. Rapid iteration.
Driverless AI automates complex ML tasks effectively and outperforms other major tools.
The performance of DAI is far beyond what can be achieved with tools from Amazon, Google, and Microsoft. Driverless AI has strong capability on the auto feature engineering and system visualization.
The platform is user-friendly with good UI design and easy data import and visualization.
Easy to use with good UI design and automated ML function. The web front end known as flow is really easy to use.
The tool significantly reduces model development time and enhances productivity in ML tasks.
We can develop a model in a fraction of the time it would take us using the traditional modelling workflow. It allows you to test various models before you decide which you want to fine-tune.
Driverless AI offers end-to-end automation, from feature selection to model deployment.
H2O offers a well-validated, fully automated, rigorous machine learning pipeline including state of the art model interpretation. It's a great tool for really quick prototyping.
While H2O Driverless AI excels in many areas, some users find the pricing high, especially for smaller organizations. Other concerns include the complexity of debugging, limited deployment support for edge computing, and some missing data manipulation features. The documentation and integration with other tools could also use improvement.
The pricing is considered high, especially for smaller businesses or early adopters.
Price is high for closed source product, Driverless AI. The license fee and the lack of pay per use pricing models are a hurdle in any grassroots initiative.
Debugging messages can be cryptic and not always user-friendly.
Somewhat cryptic debugging msgs in H2O-3. One downside of H2O.ai is its bugs which do not return human-readable debugging statements.
Several users feel the documentation could be clearer and more comprehensive.
Documentation in general can be improved. Better instructions would be helpful, as would clearer tutorials.
H2O Frames have limited data processing options compared to other tools like pandas or pyspark.
H2O Frames have very limited data processing options compared to python pandas or pyspark dataframes.
Current deployment support does not fully meet the needs of IoT and edge computing environments.
It is great if Driverless AI could support deployment for edge computing, which is common in IoT world.
H2O Driverless AI stands out for its excellent support, user-friendly interface, top-notch performance, and comprehensive automation, making it highly effective for streamlining ML processes. These strengths enable rapid model development and efficient workflows. However, the high cost can deter smaller organizations, and some challenges exist with cryptic debugging messages, limited data processing features, and documentation that could be improved. If you seek an efficient, high-performing AutoML tool and can justify the investment, H2O Driverless AI is a powerful and valuable choice. The overall sentiment around the tool is largely positive, with substantial praise for its capabilities and support.
Below is the pricing information extracted from the provided data for H2O.ai.
Feature | Enterprise h2oGPTe | H2O LLM Studio |
---|---|---|
Monthly Price | Contact Sales | Contact Sales |
Document Search | Included | Included |
On Premise | Included | Included |
Cloud VPC | Included | Included |
Customization Options | Yes | Yes |
Guardrails | Yes | Yes |
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