Introduction
Make, formerly known as Integromat, is a no-code automation platform that connects applications and creates complex workflows without writing any code. Unlike more linear tools, Make excels at managing multidirectional scenarios and bulk data processing. Understanding its core concepts from the start helps avoid fragile automations that are costly to maintain. This tutorial guides you through scenario theory, modules, and data structures to build a solid foundation.
Prerequisites
- A free or paid Make account
- Basic knowledge of web applications (Google Sheets, Slack, CRM...)
- General understanding of data flows between tools
Understanding Scenarios and Modules
A scenario represents your entire automation. It consists of connected modules that perform specific actions: retrieving data, transforming it, or sending it to another application. Each module acts as a logical step. For example, a Gmail module can extract received emails, while a Google Sheets module automatically stores them. Think of the scenario as an electrical circuit: each module is a component and the connections between them are the wires carrying information.
Managing Data and Iterations
Make processes data in the form of bundles. A bundle typically corresponds to a single record, such as a spreadsheet row or an email. Iterators process multiple bundles one by one, while aggregators combine multiple bundles into one. This distinction is crucial to avoid volume errors. For example, sending 50 emails individually requires an iterator, whereas creating a consolidated report requires an aggregator.
Using Filters and Routers
Filters act as conditions: they only allow data that meets defined criteria to pass through. Routers, on the other hand, direct data to multiple possible paths based on rules. These tools enable powerful conditional logic without overly complicating the scenario. Proper use of filters reduces unnecessary operations and therefore platform costs.
Best Practices
- Always test the scenario with real data before activation
- Clearly name each module and route to facilitate maintenance
- Limit the number of modules per scenario to preserve readability
- Use variables and transformation functions sparingly
- Document business rules directly in module comments
Common Mistakes to Avoid
- Forgetting to handle errors with dedicated handlers, which causes the entire scenario to fail
- Ignoring API limits of connected applications
- Creating overly complex scenarios from the start instead of breaking them down
- Neglecting operation consumption, leading to unexpected costs
Further Learning
Deepen your skills by exploring our Make courses on Learni. You will find advanced modules on scenario optimization and large-scale automation architecture.