Nonprofit

Data-Oriented Marketing & Fundraising

Although conventional outreach strategies can at times be successful, they often fall short because they are neither tailored nor targeted towards a specific audience. So, how can you use data to make sure your nonprofit organization is only exposed to the right people? This is where machine learning comes in.

Machine learning refers to the process of teaching a computer to learn something that you don’t know, using only information that you do know; in this case, you can use potential donors’ public data to learn something you don’t know (namely, whether each user would be interested in engaging with your organization).

This simple strategy can be very successful in producing audience-tailored advertising, fundraising campaigns, outreach, and similar activities.

For example, say you know that your existing donors tend to have a certain income level, live in a certain geographic area, are of a certain gender, etc. You can use this information on a database of non-donors to generate a list of people based on these characteristics that are more likely to donate to your organization. Then you can target those people in campaigns instead of wasting money on less likely donors.

Predictive Analytics

Museums want to predict how many visitors will visit on a particular day in the future

Food banks want to predict future demand surges

A disaster relief organization wants to predict hurricanes, forest fires, floods, and the like

An educational organization wants to predict their students’ future academic outcomes

There are countless uses for predictive analytics in the nonprofit world; in this case, you teach a computer to learn how to predict future outcomes (something you don’t know) using only the information you do know. No matter what your organization wants to predict, the most reliable method of predicting it is through a robust data strategy.

Web Stats & Dashboards

Many nonprofits are being urged by the public as well as granting organizations to not only keep track of outcomes data, but also summarize and publish it. These stakeholders want to understand exactly what their donations are accomplishing:

How many people were served?

How many homes were built?

How much of each dollar goes to the cause vs administrative burden?

Boxplot has helped nonprofits not only collect the right data to answer these questions, but then analyze it and understand it. Not only that, we also:

Help organizations publish this information – we can put beautiful, interactive data visualizations directly into web pages.

Create reports for PDFs or any other non-web publication format

Create dashboards and reports in Tableau and Power BI that can be embedded in the web or elsewhere, like this one we did for the Forbes Funds.

Automation

Does your organization do a lot of manual entry? You can save time and labor hours by automating tedious processes. For example, if your organization is constantly moving information between different systems (like your CRM, your task tracking software, HR or financial software, etc.), or needs to set up accounts for a lot of users and then deactivate them after a period, all of these tasks can be automated.

We’ve helped other organizations automate data flow between their systems and it has saved them tens of thousands in salary costs.

Extra: A Note on Freeware Data Tools

We get it: nonprofit organizations might not have as much cash to burn as a large, for-profit, corporate client would. The good news is that a lot of the world’s most popular data tools are open-source, i.e., free to use! These open-source resources include tools used for data collection as well as for data analytics. Here’s a brief overview of some of these tools:

Python

Python is easily the most popular programming language for data science in the world today. It is typically used for data analysis ―that is, consuming data, as opposed to producing data― as well as data visualization. Python improves greatly upon Excel in terms of automation, reliability, and adaptability, which is why the data world is rapidly moving from Excel to Python. And don’t feel overwhelmed if you have never coded before; another benefit of Python is that it is very intuitive and easy to learn compared to other languages.

SQL

If you’re tired of doing your data work by hand, the solution is to use a database to store your data. Doing so allows everyone who uses the data to access a single source of truth.

As an example, imagine you are organizing your data in a disconnected Excel sheet, and a certain datapoint on one of those Excel sheets is being used on 25 different reports across your organization. If you enter a datapoint incorrectly, the only way to fix it is to painstakingly go through all 25 reports. If you had used a database instead, updating just one value in the central location would correct that value on all 25 reports at once. Most SQL tools (particularly MySQL and Postgres) are free-to-use and to build, maintain, and interact with your own custom databases.

R

Although not as popular as Python, R is an intuitive, free-to-use programming language used for roughly the same purposes as Python. While those with a background in computer science are likely to prefer Python over R, those with a background in statistics are more likely to prefer R over Python.

Google Sheets

Excel is great, but it is pay-to-use software. On the other hand, Google Sheets is an extensive spreadsheet option that is free-to-use, as long as you have an internet connection. Most of Excel’s functionality carries over to Google Sheets.

We will also note that many companies that offer analytics products like Tableau, Microsoft, Google, and Amazon, offer significant discounts for nonprofit organizations for their paid products.