10 Monte Carlo Simulation Software in 2025 (Free & Paid)

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The Monte Carlo simulation is a mathematical technique that uses repeated random sampling to predict the range of possible outcomes for an uncertain event. It’s also known as the Monte Carlo method or a multiple probability simulation.
Many software solutions apply this method to ascertain the impact of risks using AI, for example. It’s also used to pre-evaluate stock prices, and for sales forecasting, project management, financial modeling, risk analysis, and pricing, among others.
Fun Fact: The Monte Carlo simulation is another post-WWII product, a technique invented by John von Neumann and Stanislaw Ulam during the war to improve decision-making under uncertain conditions?
It’s named after the city-state of Monaco, a famed gambling destination, because chance and random outcomes are central to this modeling technique.
After extensive research, I’ve compiled a list of the best Monte Carlo simulation software tools available in the market. Let’s have a look at them.
Monte Carlo simulation is a vital technique for predicting outcomes under uncertainty, utilized across various industries. Here are ten top software options for running these simulations:
Use ClickUp to streamline tasks and enhance team collaboration to manage your Monte Carlo simulation projects effectively.
Apart from predicting outcomes in unpredictable situations, when I review Monte Carlo simulation software, I look for these key features.
We’ve got our checklist for what the software should do. Now, here are the 10 best ones that use Monte Carlo simulation for statistical analysis across different business uses.
Consider your team size, business objectives, and use of advanced features to choose software that best fits your budget.
I started my search with something simple. Here’s what popped up: spreadsheets like Excel or Google Sheets alternatives to handle my data modeling and run Monte Carlo simulations.
To set up the simulation, I created an Excel sheet with columns for each variable and a column for the calculated profit. Then, I inputted formulas for variables in each row to generate random values for demand, sale price, and cost.
The next task was to calculate the dependent variable. For this, I filled it out to simulate multiple scenarios. Then, I analyzed the results and generated reports using visual tools in Excel.
I figured that with a basic understanding of formulas and functions in Excel, you can use it for Monte Carlo simulations.
The best part about this tool is that it has multiple functionalities besides simulation, making it suitable for small businesses or startups. Since it’s cloud-based (through Microsoft 365), anyone can access it from anywhere and from any device.

When it comes to convenience, Google Sheets is hard to beat. A great Excel alternative, I found it to be another good option for basic Monte Carlo simulations.
To set up a Monte Carlo simulation, start by identifying the model. Then, choose the variables involved and their probability distributions (normal, uniform, etc.).
I used random number generation functions to simulate different scenarios by creating formulas with random variables and copying them across multiple rows and columns.
And your simulation is ready! If you’re just starting out and don’t want to invest in a tool dedicated to simulation, Google Sheets is a great option.
It excels at real-time collaboration. Multiple users can work on the same simulation simultaneously, making it ideal for teams.

Unlike most optimization software that relies on proprietary scripting languages, GAMS uses Algebraic Modelling Language (AML). I noticed that it offers a high level of readability and resembles common mathematical notation. This makes it easier for users with a strong mathematical background to write and understand models, reducing the need for extensive programming expertise.
GAMS isn’t just about solving one-off problems, either, and it doesn’t limit you to a single solver. It acts as a modeling environment that can interface with various third-party solvers, each with its strengths and weaknesses. You can also access its built-in library of solvers for various optimization problems.
My team members and I were launching a new marketing campaign for a flagship product, but predicting its success was tricky. There were too many unknowns: how would customers react to the campaign? What if our competitor launched something similar?
I plugged in all our data—target audience size, potential marketing reach, and even some historical sales figures—into my spreadsheet. Crystal Ball let me simulate thousands of different scenarios, taking into account the uncertainties in each factor. It was like running the campaign a thousand times over before we spent a dime!
Crystal Ball goes beyond basic Monte Carlo simulations. It offers advanced features such as Latin Hypercube Sampling, which helps ensure a more representative sample of possible outcomes within the simulation.
You can integrate it with popular spreadsheets such as Microsoft Excel to leverage existing data and workflows too.

Minitab shines when you need to analyze complex data and understand the bigger picture. It has a strong emphasis on tools and functionalities geared toward Six Sigma methodologies and quality improvement initiatives.
What stood out for me while using Minitab is its built-in assistant that provides context-sensitive help and guidance throughout the analysis process, making it easier for me to navigate the software.
Its vast library of customizable charts, graphs, and visualizations, such as histograms, boxplots, and scatterplots, is also impressive.

I’ve been using Simul8 for a while to simulate and optimize business processes.
It allows me to directly call out to my preferred machine learning library (R or Python) within my simulation. This enables the simulation to learn and adapt based on real-world data, making it more dynamic and reflective of real-world scenarios.
Other simulation tools might allow for training data sets or optimizing results, but Simul8 lets you leverage machine learning directly within the simulation itself.
It has reusable components for saving and adding frequently used workflows, equipment, and resources to any simulation. This is very helpful for regular users, saving them time.

FlexSim is a powerful tool for discrete-event simulation as it helps you tackle complex business process challenges.
FlexSim doesn’t limit you to pre-defined objects or processes. It uses an object-oriented approach, empowering you to define custom objects and behaviors with its built-in FlexScript language. I particularly liked this flexibility as it allows you to model complex and unique systems that other software might not easily represent.
Some users also appreciate its regular software updates and community forum support.
Witness Simulation Software is perfect for tackling the complex challenges faced in fast-moving industries such as healthcare, production warehouses, busy streets, and construction sites.
It can handle both discrete events (like a product moving down a conveyor belt) and continuous flows (like fluid in a pipe) in the same model. This lets you simulate complex systems that involve both types of processes.
While testing the tool, I found it convenient to build and edit my simulation in 2D for efficiency and then switch to a visually appealing 3D view for presentations or even VR immersion.

My acquaintance, a professor specializing in supply chain management, relies heavily on ExtendSim to bring complex logistics concepts to life. It’s more than just simulation software—it’s a powerful teaching tool that lets students experiment with real-world scenarios in a safe, virtual environment.
Traditionally, explaining supply chain dynamics through lectures and case studies can feel abstract. But with ExtendSim, it’s easy to create dynamic models that visually represent entire logistics networks. We’re talking warehouses, distribution centers, transportation routes, and so on.
What sets apart ExtendSim software is that it uses icons that convey the function and behavior of each block in the model. This makes the model structure and flow instantly understandable for the builder and anyone viewing it. This allows for quicker collaboration, validation, and overall grasp of the simulation.

Vensim is an industrial-strength software for building system dynamics models, and is well suited for academic use. It automates multivariate Monte Carlo simulations, allowing me to quickly and accurately analyze the uncertainty in selected output variables.
It excels at capturing the cause-and-effect relationships within complex systems, using feedback loops to depict how changes in one element influence another.
The software’s powerful subscription language helps me create detailed models connected to granular data, making it easy to handle complex systems and identify key variables. I especially like Vensim’s Monte Carlo sensitivity analysis and optimization capabilities, which help me identify the most critical inputs and optimize model performance.
While running Monte Carlo simulations, I want my team to collaborate on tasks, track goals, generate reports, and automate manual tasks while communicating to maintain transparency.
ClickUp is an all-in-one project management software that ensures my team and I are aligned at every step. It provides tools to manage Tasks, boost productivity, and visualize Goals from concept to launch.

ClickUp can be a central hub for organizing all tasks related to your Monte Carlo simulation project. You can use ClickUp Tasks to set up the model, run simulations, analyze results, and share reports—essentially managing the entire lifecycle.
📮ClickUp Insight: Our survey found that knowledge workers maintain an average of 6 daily connections at their workplace. This probably entails multiple pings back and forth across emails, chat, and project management tools. What if you could converge all these conversations in one place? With ClickUp, you can! It’s the everything app for work that combines projects, knowledge, and chat in one place—all powered by AI that helps you and your team work faster and smarter.
Let me show you how I did it. I started by setting up a dedicated list of Tasks for each Monte Carlo simulation project to house all the Tasks related to that simulation. Then, I broke down the simulation process into stages. Next, I created subtasks for defining the model parameters, running simulations in my chosen software, analyzing the results, and generating reports.
You can add relationships to Tasks to easily jump to related work and create dependencies to establish a clear order of operations among Tasks. The Tasks feature also lets you assess your team’s workload using time estimates. You can test and refine the estimates using a time tracker to effectively gauge productivity.
From weekly meetings to daily reminders, you can stay on top of it all with recurring Tasks. They take just seconds to set and can save you hours of setting the same reminder repeatedly.
If you’d like to generate a comprehensive report for your Monte Carlo simulations and visualize data in bar graphs and pie charts, consider using ClickUp Dashboards.

You can create fully customizable Dashboards to prioritize your work, improve project performance, and manage sprints and teams. You can also add widgets from the relevant Lists, such as the Kanban Board for the current stage of each simulation or a List View filtered to show completed simulations.
It helps to visualize your productivity with a personalized daily dashboard. You can prioritize Tasks, track progress, and focus on what matters the most. It acts as your command center for an efficient, organized workflow.
Monte Carlo simulation offers a powerful lens for analyzing risk, uncertainty, and potential outcomes in various scenarios. You have multiple software options to make use of this. I’ve explored 10 robust simulation software programs, each catering to specific needs and offering unique functionalities.
But the journey doesn’t end with the software itself. Efficient project management is crucial for ensuring a smooth simulation process. This is where ClickUp steps in. While ClickUp doesn’t perform the simulations itself, it acts as a command center, keeping the project organized, tasks on track, and communication flowing.
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