
Overview
As businesses increasingly rely on data and AI to power digital products and drive better decision making, it's mission-critical that this data is accurate and reliable. Monte Carlo's Data + AI Observability Platform is an end-to-end solution for your data stack that monitors and alerts for data issues across your data warehouses, data lakes, ETL, business intelligence, and AI tools. The platform uses machine learning to infer and learn your data, proactively identify data issues, assess its impact, and notify those who need to know. By automatically and immediately identifying the root cause of an issue, teams can easily collaborate and resolve problems faster. Monte Carlo also provides automatic, field-level lineage and centralized data cataloging that allows teams to better understand the accessibility, location, health, and ownership of their data assets, as well as adhere to strict data governance requirements.
Highlights
- Detect: Detect data quality issues before your stakeholders at each stage of the pipeline
- Resolve: Resolve data issues with out-of-the-box root cause and impact analysis, including end-to-end field-level lineage
- Prevent: Prevent data downtime proactively across your stack
Details
Introducing multi-product solutions
You can now purchase comprehensive solutions tailored to use cases and industries.
Features and programs
Buyer guide

Financing for AWS Marketplace purchases
Pricing
Dimension | Description | Cost/12 months | Overage cost |
|---|---|---|---|
Monte Carlo Credit | Monte Carlo's Data Observability Platform Credit | $50,000.00 |
Vendor refund policy
All fees are non-cancellable and non-refundable except as required by law.
How can we make this page better?
Legal
Vendor terms and conditions
Content disclaimer
Delivery details
Software as a Service (SaaS)
SaaS delivers cloud-based software applications directly to customers over the internet. You can access these applications through a subscription model. You will pay recurring monthly usage fees through your AWS bill, while AWS handles deployment and infrastructure management, ensuring scalability, reliability, and seamless integration with other AWS services.
Resources
Vendor resources
Support
Vendor support
AWS infrastructure support
AWS Support is a one-on-one, fast-response support channel that is staffed 24x7x365 with experienced and technical support engineers. The service helps customers of all sizes and technical abilities to successfully utilize the products and features provided by Amazon Web Services.



Standard contract
Customer reviews
Automated monitoring has reduced manual checks and flags data incidents with precise alerts
What is our primary use case?
Monte Carlo is a data observability tool that can help track data volume changes and flag incidents if there is any unusual activity on a table, data models, or any jobs. For instance, if something unusual happens on an ETL job, it will raise an incident and send alerts via integrated platforms like Teams application and emails.
Monte Carlo also helps in monitoring applications like ServiceNow , Jira , and Snowflake by establishing connectivity with them. The solution is beneficial for various scenarios, such as when sudden deviations from normal data patterns occur. For instance, if a cloud data warehouse like Snowflake experiences an unexpected change, Monte Carlo flags incidents immediately. Its AI agent enhances troubleshooting by providing analytical insights. Besides, integrations with other applications, such as ServiceNow and Jira , ensure an end-to-end alerting mechanism.
On an account level, it builds monitoring capabilities across vast data sources. It also supports triggering alerts via ServiceNow by using webhooks, allowing associates to take immediate action. Recently, Monte Carlo introduced an AI agent to aid in troubleshooting, ensuring only main production layers are analyzed. This backend troubleshooting does not grant complete access to all layers but remains highly effective in problem-solving.
What is most valuable?
The most valuable aspect of Monte Carlo's observability feature is its automation of the monitoring processes, which eliminates the need for an individual to manually monitor numerous models or tables. It flags issues with precision and ensures proactive resolutions only on the affected components, thereby enhancing efficiency vastly.
Monte Carlo's scalable nature further bolsters its value proposition. Once integrations are established, future model updates are automatically captured without additional setup costs or actions. Given that the data platform's needs perpetually grow, Monte Carlo provides seamless adaptability.
The software manages data auditing and monitoring across platforms like Snowflake with its robust algorithms. By analyzing metadata over an extended period, Monte Carlo's flagging system, based on deviations from historical averages, ensures precise incident identification. Its ability to utilize custom monitors further extends its value, as users can implement logic-based rules and receive targeted alerts.
The introduction of a performance tab greatly aids optimization, visually displaying runtime graphs to identify model issues quickly. Monte Carlo's near perfection in accuracy ensures every flag corresponds to a genuine issue, attested by its consistent performance over time.
Monte Carlo's AI troubleshooting agent, which mimics human oversight through tiered analysis, provides ample support in incident resolution. This ensures incidents are well-documented, analyzed, and tackled despite limited access to all data layers.
What needs improvement?
While Monte Carlo frequently updates its UI platform, the changes might pose adaptation challenges for long-time users, as the continual evolution is not always intuitive. Additionally, occasional latency hampers efficient access during critical incidents, leading to potential misses of high-priority alerts.
In terms of data accessibility, granting read-level access to non-sensitive data layers would enhance insights for users significantly. Users currently experience limitations in data layer access, such as bronze and silver data layers containing essential business logics.
Sharing metadata with clients could bolster Monte Carlo's analytical capacity, allowing clients to draw deeper insights from shared data.
For how long have I used the solution?
I have been using this solution for four years.
What do I think about the stability of the solution?
I have never noticed something which Monte Carlo flagged that was not relevant to the issue. The accuracy is 100% from what I have noticed. I have never noticed any issues where something is actually happening on a data warehouse, but Monte Carlo still flags it as an issue. I have not seen these kinds of scenarios with Monte Carlo while working. The accuracy is consistently 100%.
What do I think about the scalability of the solution?
I can say Monte Carlo's scalability is at approximately 90%. Once we establish the integration in the future, we can enable an option to capture the future models. We do not need to work again and again. Once we establish the connectivity, we do not need to work on adding new tables. It should be a one-time effort. This approach is more scalable. Data platforms will not stop growing from their beginning state. They will always expand. Monte Carlo demonstrates scalability in adopting new models automatically, which should serve organizations well.
How are customer service and support?
We have connected to Monte Carlo regarding a few things. When we are establishing any new connection and face any issues, we reach out to them for technical support.
The technical support is fine. They will respond within two to three hours, but the solution may take some time, ranging from 24 to 48 hours. Technical support is satisfactory from them. Even though the product application team is not that much larger, they are still giving better support.
How was the initial setup?
When onboarding Monte Carlo, you can review the documentation for whatever source you want to connect from Monte Carlo. There you can find more use cases.
What other advice do I have?
When I started working with Monte Carlo, I did not see as many features as currently exist. Previously, the product did not have troubleshooting agents. Also, when I started working, it did not have a performance tab. The performance tab shows performance in a graphical way, allowing me to easily review the model and check the average run time. If there is any unexpected spike that happens for a specific day, I can see that.
For technical support, I would give it eight out of ten. Currently, for my account, we are not giving all layers access to Monte Carlo. We are only giving access to the main golden layer. We are not giving access to the bronze layer and silver layer because they contain business logics.
I am not certain about billing information because that is at an account level, and clients would be aware of billing information rather than myself.
My overall rating for this product is eight out of ten.
Monitoring That Outperforms Manual Checks
Auto Intelligence Nails the Right Data Refresh Cadence
Integrations are good atleast for the options what we use in our org.
Performance is good.
Little Expensive for small sized Org. Manageble for a product based company like us.
Support we have not used much. Onboarding was pretty straight.
Auto Intelligence helps detect the right frequency for data refresh. When manual refresh settings aren’t accurate and end up creating noise, Monte Carlo suggests the right refresh cadence with its in-built intelligence.
Note: Formatted by AI, but not generated by AI
Automated Monitoring and Lineage That Quickly Boost Data Trust
The dbt and Snowflake integrations were quick to connect and are a core part of our daily workflow. End-to-end lineage is the feature I rely on most: when an alert fires, I can trace it from the downstream table back through the dbt models to the exact upstream source in a couple of clicks, which has cut our root-cause investigation time from hours to minutes.
On UI/UX, the incident view and Slack alerting keep the whole data team in the loop without anyone having to log in and dig around — alerts land in our channels with enough context to triage right away. Performance has been solid even across our larger warehouses, and the monitors run without us having to manage any extra infrastructure.
In terms of ROI, the time we save on building/maintaining custom data quality checks and on faster incident resolution has easily justified the cost. Onboarding and support were smooth — the team helped us get our key tables monitored quickly, and an unexpected benefit has been how the lineage and monitoring have improved data trust across the org, so stakeholders rely on the data more and we field fewer "is this number right?" questions.
The automated monitors can also be noisy at first. During the initial learning period, we saw a fair number of false-positive alerts, which meant manual tuning and some effort to set sensible thresholds before the signal-to-noise ratio improved.
On the UI/UX side, moving between lineage, monitors, and incident details can take a lot of clicks. The interface also has a bit of a learning curve for newer team members, especially those who don’t use it every day.
Finally, custom/SQL-based monitors are powerful, but they’re not as intuitive to set up as the out-of-the-box options. Getting solid coverage for sources outside the main warehouse, versus our core Snowflake/dbt tables, also takes more effort. None of these are dealbreakers, but they’re the areas where we’d most like to see improvement.
With Monte Carlo’s automated monitoring, we now catch many of these issues proactively, often before they reach downstream consumers. The upside is twofold: we spend far less time building and maintaining custom data quality checks, and we resolve incidents much faster. The end-to-end lineage is a big part of that, because it lets us trace a problem from a downstream table back to the source in minutes rather than hours.
It’s also addressed a broader data trust issue. With monitoring and lineage in place, plus alerts flowing into Slack, stakeholders have noticeably more confidence in the data, and our team gets far fewer ad-hoc “can you verify this?” requests. Overall, it’s shifted us from reactive to proactive and freed up engineering time for higher-value work.
Data quality monitoring has saved verification time but still needs smarter rule guidance
What is our primary use case?
I work as a business analyst and I usually see data anomalies in our company's data set, and I also work a lot on Power BI reports to see our performance on the supplier side.
When we receive data from our suppliers to view their performance, sometimes the data is not complete or they are doing backfills of previous data, so we have established some rules in Monte Carlo to monitor these anomalies, and whenever we see something passing a preset limit, we receive an alert.
When I open Monte Carlo , I usually look at my dashboard to see how many alerts we have received in the last few days, but I usually check the alerts in the last month, and I see which rule has received the maximum amount of alerts; then I try to solve it first because the pattern is similar, and then I try to solve other alerts based on other rules.
In my team, it's me who handles those alerts, but we have another team who works on these alerts as well, although they are working on another kind of data set, but in the company, it's used by many people.
What is most valuable?
The best features of Monte Carlo for my work are the ability to see alerts clearly, how many alerts we have received on which rule and for which country, and there is a feature called investigation query inside Monte Carlo which shows a pre-done analysis, so you don't have to run an SQL query by yourself to do manual checks.
It gives a clear analysis in a large data set, which is very time-saving, so I don't have to run manual codes to verify the data, and it has helped me a lot in saving time and improving efficiency while doing data checks or verifying data. It's a really great tool to explain the anomalies when we see one in Monte Carlo, as we have actual proofs to show to people or to the managers that we are having this anomaly or that data is missing.
There's also an AI feature that is inbuilt in Monte Carlo, but you have to pay separately for that feature, and I used it for quite a while in the beginning, but now my company has disabled it.
What needs improvement?
The biggest pain point with Monte Carlo is that we have created some rules, but those rules cannot judge everything, and I think the platform is a bit complex for someone new, so it can be more intuitive; a display adoption platform could guide the user on how to use this, like a DAP system. It took a lot of time for me to learn it, and without a guide, a new user would be clueless.
If I could change one thing about Monte Carlo, it would be for the platform to suggest some data quality rules by itself or some algorithms based on the anomalies and the patterns of our anomalies, which would be helpful, and also changes in our rules according to past anomaly patterns. I think that would be good, and they should also improve their support system, as I find it a bit weaker at the moment.
For how long have I used the solution?
It's been six months since I've been working on Monte Carlo, and it's a really great tool for analyzing data quality anomalies.
Which solution did I use previously and why did I switch?
Previously, the data checks were performed manually; they extracted data on Snowflake and then did manual verifications on Excel using formulas.
How was the initial setup?
It was not me who implemented Monte Carlo; it was another senior data analyst who implemented it a year ago, but I think it took a few months to get everything up and running.
It needed formal training because the tool is not that easy; if someone doesn't have a data analyst or business analyst background, you have to explain every rule which you have set by yourself, because the rules are created by us, not Monte Carlo; Monte Carlo is just a tool. We put our own rules to govern the data sets, and we literally had to make a guide to help users get to know that platform.
What about the implementation team?
It was not me who implemented Monte Carlo; it was another senior data analyst who implemented it a year ago, but I think it took a few months to get everything up and running.
What was our ROI?
Monte Carlo saves me roughly 30% to 40% of my time in doing verifications or data quality checks, and related to my team, I'm the only one who uses it in my team, but we collaborate with another team that uses it.
Which other solutions did I evaluate?
I didn't ask that question in my company; it was a good choice, so it's a very popular tool, which is why my company picked Monte Carlo.
What other advice do I have?
I would like to leave a review for the tool called Monte Carlo, which is a data quality analysis tool.
I think they just changed the layout a little bit, and during my work, I didn't see any changes in the platform except for the AI feature, which I don't use anymore.
Our final goal is to automate every data quality manual check into Monte Carlo so we don't have to do a lot of checks by ourselves.
If I find something bizarre, I go to Monte Carlo and see if it's happening there as well, so it gives me confirmation that the issue is occurring and we can contact our supplier or the country to verify what it is.
Monte Carlo is a really good tool; whenever I do data verification checks for the dashboards, and if I find something bizarre, I go to Monte Carlo and see if it's happening there as well, so it gives me confirmation that the issue is occurring and we can contact our supplier or the country to verify what it is. I would rate this product a 7 overall.