# How To Calculate Annual Recurring Revenue by Cohort in Drift | Arithmix

Learn how to calculate Annual Recurring Revenue (ARR) by cohort in Drift with our step-by-step guide. Optimize your revenue forecasting and gain valuable insights into your customer base.

Calculating annual recurring revenue by cohort is an important metric for any business that relies on recurring revenue. It allows you to track the revenue generated by each group of customers who signed up during a specific time period, and can help you identify trends and patterns in your revenue growth. In this article, we'll explore what annual recurring revenue by cohort is, when it's valuable to calculate it, and how to calculate it using Drift.

## What Is Annual Recurring Revenue by Cohort?

Annual recurring revenue by cohort is a metric that measures the revenue generated by a group of customers who signed up during a specific time period. For example, if you launched a new product in January and had 100 customers sign up during that month, you could calculate the annual recurring revenue generated by that cohort of customers over the course of the year.

This metric is useful because it allows you to track the revenue generated by different groups of customers over time. By analyzing the revenue generated by each cohort, you can identify trends and patterns in your revenue growth, and make data-driven decisions about how to optimize your business.

## When Is It Valuable To Calculate Annual Recurring Revenue by Cohort?

Calculating annual recurring revenue by cohort is valuable for any business that relies on recurring revenue. This includes subscription-based businesses, SaaS companies, and any other business that generates revenue from ongoing customer relationships.

## How to Calculate Annual Recurring Revenue by Cohort in Drift

To calculate annual recurring revenue by cohort in Drift, you'll need to follow these steps:

1. Identify the time period for each cohort. For example, you may want to calculate the annual recurring revenue generated by customers who signed up in January, February, and March.
2. Calculate the monthly recurring revenue (MRR) for each cohort. This is the total revenue generated by each cohort in a given month.
3. Multiply the MRR by 12 to get the annual recurring revenue (ARR) for each cohort.
4. Add up the ARR for each cohort to get the total annual recurring revenue generated by all cohorts.

Once you've calculated the annual recurring revenue by cohort, you can use this information to identify trends and patterns in your revenue growth, and make data-driven decisions about how to optimize your business.

In conclusion, calculating annual recurring revenue by cohort is an important metric for any business that relies on recurring revenue. By tracking the revenue generated by each cohort, you can identify trends and patterns in your revenue growth, and make data-driven decisions about how to optimize your business. And with Drift, calculating annual recurring revenue by cohort is easy and straightforward.

## How Do You Calculate Annual Recurring Revenue by Cohort in Drift

Drift itself isn’t naturally geared towards letting you calculate complex metrics like Annual Recurring Revenue by Cohort. As an alternative, teams typically use products like Arithmix to import data from Drift and build out dashboards.

## What is Arithmix?

Arithmix is the next generation spreadsheet - a collaborative, web-based platform for working with numbers that’s powerful yet easy to use. With Arithmix you can import data from systems like Drift, combine it with data from other systems, and create calculations like Annual Recurring Revenue by Cohort.

In Arithmix, data is organized into Tables and referenced by name, not by cell location like a spreadsheet, simplifying calculation creation. Data and calculations can be shared with others and re-used like building blocks, vastly streamlining analysis, model building, and reporting in a highly scalable and easy to maintain platform. Data can be edited, categorized (by dimensions) and freely pivoted. Calculations are automatically copied across a dimension - eliminating copy and paste of formulas.