Comet's machine learning platform integrates with your existing infrastructure and tools so you can reproduce, debug, manage, visualize, and optimize model - from training runs to production monitoring. Add two lines of code to your notebook or script and automatically start tracking code, hyperparameters, metrics, and more, so you can compare and reproduce training runs.
Comet's machine learning platform integrates with your existing infrastructure and tools so you can manage, visualize, and optimize model - from training runs to production monitoring.
Add two lines of code to your notebook or script and automatically start tracking code, hyperparameters, metrics, and more, so you can compare and reproduce training runs.
Comet helps ML teams:
-Track and share training run results in real time.
-Build their own tailored, interactive visualizations.
-Track and version datasets and artifacts.
-Manage their models and trigger deployments.
-Monitor their models in production.
Comet's platform supports some of the world's most innovative enterprise teams deploying deep learning at scale and is used by ML teams at Uber, Zappos, Shopify, Affirm, Etsy, Ancestry.com and ML leaders across all industries.
For custom pricing, MSA, or a private contract, please contract AWS-Marketplace@comet.com for a private offer.
Highlights
Track and share training run results in real time: Comet's ML platform gives you visibility into training runs and models so you can iterate faster.
Manage your models and trigger deployments: Comet Model Registry allows you to keep track of your models ready for deployment. Thanks to the tight integration with Comet Experiment Management, you will have full lineage from training to production.
Monitor your models in production: The performance of models deployed to production degrade over time, either due to drift or data quality. Use Comet's machine learning platform to identify drift and track accuracy metrics using baselines automatically pulled from training runs.
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Pricing is based on the duration and terms of your contract with the vendor. This entitles you to a specified quantity of use for the contract duration. If you choose not to renew or replace your contract before it ends, access to these entitlements will expire.
Additional AWS infrastructure costs may apply. Use the AWS Pricing Calculator to estimate your infrastructure costs.
This listing offers one pricing dimension: the Advanced Package, billed per user under a contract term. You pay based on the number of users you license. The package covers Experiment Management, Model Registry, and Monitoring. Because pricing is a single per-user dimension, your cost scales directly with how many users you add. There are no separate tiers, instance sizes, or usage add-ons to choose from within this listing. To adjust spend, you change the user count on your contract.
Top-of-mind questions for buyers
What counts as one user for billing under the Advanced Package?
A user is one platform account granted access to the product. Each person who logs in to use Experiment Management, Model Registry, or Monitoring counts as one licensed user. You license users on your contract, and your cost scales with the number you add.
What capabilities are included in the Advanced Package, and what falls outside it?
The package includes Experiment Management, Model Registry, and Monitoring. Experiment Management records and compares training runs. Model Registry versions and organizes models for deployment. Monitoring tracks models in production, including data drift and custom metrics. Other product families or features are not part of this listing.
How does my cost change if I add or remove users during the contract?
Cost scales directly with your licensed user count. Adding a user increases the per-user charge for that additional account. There are no tiers, instance sizes, or usage add-ons in this listing. To adjust spend, you change the number of users on your contract.
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Automatic tracking of code, hyperparameters, metrics, and training run data with capability to compare and reproduce training runs in real time.
Model Registry and Deployment Management
Model Registry functionality to track models ready for deployment with full lineage integration from training to production and deployment triggering capabilities.
Production Monitoring and Drift Detection
Production model monitoring with drift detection and accuracy metric tracking using baselines automatically pulled from training runs.
Dataset and Artifact Versioning
Tracking and versioning of datasets and artifacts throughout the machine learning lifecycle.
Custom Visualization and Interactive Dashboards
Capability to build tailored, interactive visualizations for analyzing and managing machine learning experiments and models.
Multi-Model Type Support
Supports monitoring and observability for tabular, deep learning, computer vision, natural language processing, and large language model deployments
Performance and Drift Detection
Identifies and mitigates model performance degradation, data drift, data integrity issues, hallucination, accuracy, safety, and security issues in production deployments
Root Cause Analysis and Diagnostics
Provides powerful root cause analysis and diagnostic capabilities with 3D UMAP visualization for macro-level trend analysis and micro-level issue identification
Enterprise Security and Access Control
Implements SOC2 Type 2 security compliance and role-based access control (RBAC) for level-specific user permissions across protected environments
Customizable Analytics and Metrics
Offers customizable dashboards, reports, and custom metrics to track model performance aligned with business KPIs and enable data-driven decision-making
Data Pipeline Management
Streamlines AI lifecycle with reproducible data builds, featuring sharding and dynamic resource optimization, with data contamination prevention and lookahead error correction
Feature Store
Enhances data reusability and ensures consistency across builds with optimized data structure for fast random access
Model Development and Experimentation
Supports deep learning with custom reusable components, automatic dimensionality transformations, hyperparameter tuning, model evaluation, and experiment tracking
Model Registry and Governance
Provides full traceability of models with security measures and prevents accidental deletions
Multi-Environment Deployment
Enables one-click deployment across versatile environments including cloud, on-premises, and edge computing
Comet ML Makes Experiment Tracking and Collaboration Effortless
Reviewed on Jul 31, 2026
Review provided by G2
What do you like best about the product?
Keeping machine learning experiments organized becomes much easier with Comet ML. It provides clear visualizations for metrics, reliable experiment tracking, artifact management, and collaboration features that fit naturally into existing ML workflows. Comparing model iterations is straightforward, integrations with popular frameworks work smoothly, and the platform helps accelerate model development while improving reproducibility and team productivity.
What do you dislike about the product?
Getting the most out of Comet ML requires some initial setup, especially when configuring advanced dashboards and collaborative workflows. As experiment histories grow, navigating large numbers of runs can become less convenient without additional filtering options. More flexible reporting, deeper customization of visualizations, and lower pricing for smaller teams would make the platform even more appealing.
What problems is the product solving and how is that benefiting you?
Managing machine learning projects across multiple experiments used to involve spreadsheets, scattered logs, and manual tracking of model versions. Comet ML brings all of that into one centralized platform, making it easy to monitor training progress, compare results, and reproduce successful runs. The result has been faster experimentation, fewer mistakes when evaluating models, and a more efficient development process that allows the team to focus on improving model performance instead of managing experiment records.
Muhammad O.
Simple and Reliable AI Experiment Tracking
Reviewed on Jul 30, 2026
Review provided by G2
What do you like best about the product?
What I like most about Comet.ml is how clearly it shows what’s happening behind the scenes in AI and LLM workflows. The interface feels well organized, and it’s easy to navigate through logs, traces, and experiment data all in one place. I also appreciate that it supports different AI frameworks, which makes debugging and monitoring a lot more manageable overall.
What do you dislike about the product?
The biggest drawback for me is the learning curve when using it for the first time. Some of the observability and evaluation features can feel a bit advanced if you’re just getting started, which makes the initial setup and exploration less intuitive than it could be. A few guided tutorials or simpler onboarding examples would go a long way toward making the first experience smoother.
What problems is the product solving and how is that benefiting you?
Comet.ml makes AI and LLM development easier by providing clearer visibility into experiments, logs, and overall model behavior. Rather than spending time manually tracking down issues, I can quickly see what happened during a run and pinpoint the areas that need improvement. It saves me time and keeps debugging and monitoring far more organized and consistent.
Jeni J.
Transforms Experiment Tracking with Ease
Reviewed on Jul 28, 2026
Review provided by G2
What do you like best about the product?
I use Comet.ml to track and compare machine learning experiments, monitor model training, and keep all my metrics, hyperparameters, and model versions organized in one place. I appreciate how it makes the entire development workflow much more reliable. The Comet.ml interface is clean and intuitive, and I love how easy it is to visualize and compare experiments without digging through logs or spreadsheets. The AI-powered observability tools for LLMs make it much easier to trace model behavior, identify issues, and improve performance with confidence. I really appreciate how well Comet.ml integrates with popular machine learning frameworks like PyTorch, TensorFlow, and Hugging Face, which makes adding experiment tracking to existing projects very seamless with just a few lines of code. Comet.ml automatically captures hyperparameters, metrics, model checkpoints, and training curves, saving me time and making it easier to reproduce results, compare runs, and collaborate with teammates. The initial setup was very easy for me.
What do you dislike about the product?
One area that could be improved is the learning curve for some of the more advanced experiment management and observability features, as it can take a little time to understand everything the platform offers. I'd also like to see more customizable dashboards and reporting options, along with clearer cost visibility for larger teams managing many experiments and LLM evaluations.
What problems is the product solving and how is that benefiting you?
I use Comet.ml to track and compare machine learning experiments, debug LLM applications, and organize metrics. It helps me reproduce results, debug performance issues, and collaborate efficiently, making the ML development workflow more reliable and reproducible.
Kevin Shah
AI-driven web browsing has streamlined client interactions and supports detailed usage auditing
Reviewed on Jul 09, 2026
Review from a verified AWS customer
What is our primary use case?
We potentially utilize Comet for web browsing and AI-based web browsing on Comet scenarios to handle all the kinds of activities that we usually do on web services. We have utilized this to make each and every platform-based browsing scenario AI integrated as well. All of our services can reach out to different clients directly through Comet itself. This has been working sufficiently for our needs.
What is most valuable?
The AI capabilities that have been integrated into the tool and the solutions it provides makes it appealing to my customers. On whatever queries or searches we are looking for on any of the web servers or web services, it gives us the best results with all the AI integrated solutions. We are getting all the capabilities where we can reach out to different clients for different projects. This is appealing for us.
What needs improvement?
I would not say there are downsides. Basically, I want to integrate multiple tools altogether within Comet into my services. However, MCPs was not being integrated currently inside Comet. If any MCP tools were getting integrated with Comet itself, then it would be much easier to integrate multiple tools in the marketplace altogether. That is the only thing I would say. Other than that, all the services are smooth enough and it is working fine.
For how long have I used the solution?
I have been working with Comet for six years.
What do I think about the stability of the solution?
I have utilized the hyperparameter optimization suite with this product many times. Many times we need to look out for different high parameterized fine-tuned models and we need to have high capabilities of browsing scenarios as well, and that is where it is lagging. However, for normal use cases and the case studies that we are working on, it is working sufficiently.
What do I think about the scalability of the solution?
On an average, the collaboration features of Comet are not perfect and not too bad, but they are working sufficiently enough to complete my regular tasks. However, if I am looking for more resources altogether, then latency issues come into the picture while working on the inferencing of scenarios. Whenever any model inferencing or development is jumping out and utilizing high model capacities and high inferencing speeds, sometimes I have faced very high latency.
How are customer service and support?
I have reached out to the technical support of Comet via email only and it worked well. I got responses in 24 hours. I have not reached out to any other sources, so I am not sure of that. I would rate the contact support team at eight out of ten currently.
How was the initial setup?
It was quite easy than I was expecting. Everything is working well. It was all a smooth process that I have been trying to integrate into my work culture as well.
What about the implementation team?
I was the person who was doing the implementation. I was the primary decision maker to integrate this tool into our work scenarios and projects and I reached out to my team members and stakeholders as well. My whole AI team that is revolving around this project has been implementing this tool continuously. I am leading out five team members currently. We have to make sure that every person gets the specific accesses which are needed.
What other advice do I have?
We and our customers use Comet's audit trail feature. Whenever any of the browsing capabilities has been completed, we typically take out a kind of weekly report and monthly report and do the auditing of what are the different services that the client looks out for on our platform and how they are reaching out to us. We check what the browsing capabilities of the different searches are that the persons are looking for who are coming onto our platform. Our auditing has been working fine with Comet as well.
We are not using Comet's visualization tools. We have our own dashboarding tool where all the audits, logs, all the revenue, sales, ROI, and anything has been maintained and we are plotting the graphs there.
How effective the performance is, how the latency is issued, what kind of time constraints it is giving, what the browsing capabilities are, how faster the browsing capabilities are coming into picture, throughput of the scenarios and most importantly, scalability are the metrics I track using Comet's experiment management interface. We are looking to reach out to multiple integrations and that is where we need the scalability options to be very important.
It took a couple of days to understand the repository of the platform, how it works, and how if I give accesses to different team members, how much time it usually takes to learn and then start implementing the solutions.
I stand as an implementer of the product.
I have provided this review with an overall rating of eight out of ten.
Which deployment model are you using for this solution?
Public Cloud
If public cloud, private cloud, or hybrid cloud, which cloud provider do you use?
Amazon Web Services (AWS)
reviewer2827170
Organizing research experiments has improved and supports faster model comparison and learning
Reviewed on Jun 01, 2026
Review provided by PeerSpot
What is our primary use case?
I mainly use Comet for research topics, summarizing information, and understanding difficult concepts. I use it for organizing and tracking my work on academic projects. It helps me keep track of experiments, compare results, manage data, and document my progress in one place. As a student, this makes it much easier to stay organized, analyze outcomes, and collaborate with classmates when working on research or machine learning projects.
Recently, I used Comet while working on a machine learning project that predicts student academic performance based on study habits and attendance data. I tracked different model runs, recorded parameters and results, and compared performance metrics such as accuracy and precision. Using Comet made it much easier to identify which model performed best and keep all my experiment details organized throughout the project.
What is most valuable?
Comet helps me maintain a clear record of my work, which is especially valuable in balancing multiple assignments and projects. Instead of manually tracking results in different files, I can keep experiments, metrics, and notes organized in one place. This improves reproducibility, makes it easier to revisit previous work, and saves time when preparing reports or presentations.
The features that stand out most to me are experiment tracking, performance visualization, and project organization. Experiment tracking makes it easier to compare different models, runs, and understand what changes led to better results. The visualization tools help me quickly analyze metrics and spot trends without having to create charts manually. I also appreciate how Comet keeps datasets, code versions, notes, and results organized in one place, which makes managing projects much more efficient.
The feature I rely on the most is experiment tracking. When I am testing different models or configurations, it is incredibly helpful to have all the parameters, metrics, and results automatically logged and organized. It saves me from manually documenting everything and makes comparisons much easier. As for specific tools, I use the experiment comparison dashboard all the time. Being able to view multiple runs side-by-side and quickly compare metrics such as accuracy, loss, and validation performance helps me make decisions much faster.
Comet does an excellent job of bringing different parts of the workflow together in one platform. Instead of switching between spreadsheets, notebooks, and separate tracking tools, I can see experiment metrics, visualizations, and notes in a single place. This not only saves time but also makes collaboration and project reviews much easier.
What needs improvement?
My experience with Comet has been very positive, but there are a few areas where it could be improved. One area is the learning curve for new users. Some of the more advanced features can feel overwhelming at first, especially for students who are new to machine learning experiment tracking. More beginner-friendly tutorials and guided onboarding would help. I would also like to see more customization options for dashboards and visualizations, making it easier to create views tailored to specific projects. Another improvement would be deeper integration with commonly used collaboration tools, which would streamline project documentation and team workflows.
There are a few additional areas where Comet could improve. From a performance perspective, I occasionally notice that dashboards with a large number of experiments can take longer to load or navigate. Regarding documentation, while the available resources are helpful, I would appreciate more beginner-focused examples, step-by-step tutorials, and real-world use cases. For support, my experience has generally been good, but having more community resources, discussion forums, webinars, or educational content specifically aimed at students and researchers would be valuable.
For how long have I used the solution?
I have been using Comet for approximately eight months.
What do I think about the stability of the solution?
Comet has been generally stable and reliable.
What do I think about the scalability of the solution?
In my experiments, Comet has handled scalability reasonably well for the types of projects I work on. For moderate increases in workload, such as more hyperparameter sweeps or additional experiment runs, it still performs well and keeps the data organized in a way that is easy to navigate and compare. That said, when the number of experiments grows significantly, I have noticed that loading dashboards and browsing through large experiment histories can become slower. It is not a blocker, but it does highlight that performance can vary depending on project size. Overall, I would say Comet scales very well for academic to mid-sized machine learning projects, and it remains usable.
How are customer service and support?
Customer support is pretty good, but I have not had a chance to directly reach out to them because I was able to troubleshoot all the issues with the online discussion forums. However, I heard from my colleagues and friends that customer support is actually good.
Which solution did I use previously and why did I switch?
I mainly relied on a combination of manual tracking methods, such as Jupyter notebooks, Excel, or Google Sheets. I switched to Comet because it brought all of these pieces together into a single platform. The main reason for the switch was efficiency and reproducibility.
Before choosing Comet, I explored TensorBoard, Weights & Biases, and setup using Jupyter notebook spreadsheets, which is what I initially started with. I did not do a formal head-to-head evaluation, but I explored them enough to understand their workflows. I chose Comet because I felt it had a good balance of ease of use and clean visualization tools without being too complex for my projects.
What was our ROI?
I do not calculate ROI in financial terms, but I have seen it in terms of time saved, productivity, and experiment efficiency. I estimate I spend around thirty to forty percent less time organizing and comparing experiment results compared to manual tracking. Project iteration cycles are faster, and I complete research projects more efficiently. In terms of qualitative ROI, the biggest benefit is improved workflow structure and reproducibility.
What other advice do I have?
Most of the major improvements I would like to see have already been covered, but one would be enhanced collaboration features.
I would suggest setting up Comet properly from the start and using it consistently for every experiment, even small ones. I also recommend taking time early on to learn how experiment tracking, metrics logging, and comparison views work because those are the features that provide the most value once you are actually iterating on models. Another recommendation is to keep experiments well-organized with clear naming conventions and tags.
I would rate my overall experience with Comet an 8 out of 10.