Introduction is a powerful automation and integration platform that allows users to build workflows between apps and services without coding. With an intuitive drag-and-drop interface, Make makes it easy for anyone to automate repetitive tasks, sync data, integrate apps, and more.

At its core, Make provides pre-built modules and templates to connect to popular apps like Gmail, Slack, Salesforce and more. You simply drag these modules into a workflow and configure the triggers and actions as needed. But where Make really shines is in its robust scripting engine and ability to incorporate custom JavaScript code.

This opens up limitless possibilities to manipulate data, make complex calculations, integrate with internal systems, and customize workflows beyond what the standard modules allow. Advanced users can truly unlock the full potential of Make by utilizing its JavaScript capabilities.

In this post, we’ll explore some of the powerful yet underutilized JavaScript techniques that can supercharge your Make automations. With these tips, you’ll be able to build enterprise-grade workflows tailored to your unique needs.

Harness the Power of Custom JavaScript Code

While provides an intuitive drag-and-drop interface, you can exponentially expand its capabilities by injecting custom JavaScript code into your scenarios. This allows you to perform complex data transformations, manipulate arrays and objects, and even make external API calls. By leveraging the power of JavaScript, you can take your automations far beyond the standard modules, creating highly customized and dynamic workflows tailored to your specific needs.

According to Make’s documentation on Custom JS Integration, you can inject JavaScript at various points in your workflow to execute custom code. This code has access to the scenario’s context and data, allowing you to manipulate it programmatically. For example, you could use JavaScript to transform an array of data into a different structure before passing it to another app in your workflow.

The Make community has also provided tips on integrating custom JavaScript code, like using AWS Lambda to run more complex JavaScript functions. With some JavaScript knowledge, the possibilities are endless for enhancing your Make automations.

Master Date and Time Manipulation

Dealing with dates and times is a common challenge in many automation workflows. Luckily, provides robust scripting functions for formatting, parsing, and calculating date and time values ( By mastering these functions, you can easily convert between different date formats, calculate time intervals, and trigger actions based on specific dates or times.

For example, you can use the formatDate() function to convert a date/time string into any desired format. This allows you to standardize dates across different systems that may use inconsistent formats. According to the help documentation, formatDate() supports powerful tokens for date/time formatting (

Additionally, provides functions like getTime(), getHours(), getDaysBetween() and more to extract specific time units or calculate differences between two dates/times. This is particularly useful for scheduling tasks, determining service intervals, generating reports, or synchronizing data across multiple systems based on time.

By leveraging these built-in date and time functions in your workflows, you can implement powerful time-based triggers, notifications, reminders, and schedules. Your automations will run smoothly on time, every time.

Implement Error Handling and Logging

As your Make scenarios become more complex, it’s crucial to implement proper error handling and logging mechanisms. By using try/catch blocks and the built-in logging functions, you can gracefully handle errors, provide meaningful error messages, and keep track of important events in your automations. This not only improves the reliability of your scenarios but also makes it easier to debug and troubleshoot issues when they arise, thus maintaining the integrity and consistency of your automated processes. provides robust directives for handling errors and exceptions within your scenarios. The Break and Continue directives allow you to stop or continue scenario execution when an error occurs (Introduction to Error Handling). By wrapping code in try/catch blocks and leveraging these directives, you can prevent scenarios from failing and provide customized responses based on the error (Directives for Error Handling).

In addition, has built-in logging functions like Log Info, Log Error, and Log Debug that you can use to output useful debugging messages. By logging key events, variables, errors etc., you can more easily monitor your automations and pinpoint where issues arise. Implementing robust error handling and logging will lead to more resilient, reliable scenarios.

Optimize for Large Data Sets with Batch Processing

When dealing with large volumes of data, processing records one-by-one can be extremely inefficient and time consuming. Luckily, provides built-in support for batch processing to optimize your automations when working with big data sets like large Excel sheets or database tables.

With batch processing, you can bundle up operations across multiple records into a single step. For example, rather than making an API call to update each row in a spreadsheet individually, you can group the updates together into a batched call. This minimizes the number of API requests and significantly improves performance.

To implement batch processing in, you can use the “For Each” module and set the batch size for the number of rows you want to process at a time. There are also batch processing capabilities built into many app connectors like Zapier and Integromat.

As this community post describes, batch processing can save thousands of operations when working with large Google Sheets. By tuning your batch size, you can optimize throughput based on your specific data volumes.

Batch processing is an essential technique for enhancing the performance and scalability of your automations. Take advantage of these capabilities within to smooth out workflows involving large datasets.

Parallel Execution

When dealing with large amounts of data or resource-intensive tasks, performance can become a bottleneck. However, offers advanced scripting techniques to optimize your scenarios for speed and efficiency.

By leveraging parallel execution, you can run multiple tasks concurrently, significantly reducing overall execution time and enhancing the responsiveness of your automations. This allows you to take full advantage of multi-core processors to maximize throughput.

To enable parallel execution in, simply toggle on the “Parallel processing” setting under the advanced settings when configuring your scenario. This will allow each step of your automation to run simultaneously.

For example, you could have one step that processes a batch of data, another that calls an external API, and a third that compiles a report, all running at the same time. This can dramatically improve the speed of complex workflows.

However, it’s important to be mindful of dependencies between steps – some may need to complete before others can start. Proper design is crucial to maximize the benefits of parallel processing.

According to’s documentation, “Parallel processing significantly speeds up execution by running multiple scenario steps at once” (

By mastering parallel execution, you can optimize your automations for maximum efficiency and performance.

Powerful Data Transformations with JavaScript

One of the most powerful capabilities unlocked by JavaScript in is the ability to perform complex data transformations and manipulations. While provides a selection of built-in functions for transforming data between modules, writing custom JavaScript code opens up many more possibilities.

You can leverage JavaScript to convert data into any format you need. For example, you might need to parse a JSON response from an API and convert it into XML format for another application. Or you may want to extract specific values from a complex nested JSON object. JavaScript makes this easy with functions like JSON.parse(), JSON.stringify(), and object dot notation.

In addition, you can use JavaScript to manipulate arrays, perform calculations on numbers, format strings, and much more. The flexibility of JavaScript allows you to transform your data in virtually any way imaginable before passing it along to the next step in your workflow.

By mastering data transformations with custom JavaScript code, you can ensure disparate applications “speak” the same language, creating seamless integrations. Your automation scenarios become much more powerful when they can freely convert data between JSON, XML, CSV, and countless other formats.

External API Calls

One of the most powerful features unlocked by’s custom JavaScript capabilities is the ability to make calls to external APIs. This allows you to integrate a wide variety of third-party services into your automations.

For example, you could use the Fetch API in JavaScript to retrieve data from a public REST API and incorporate that into your workflow. The community provides code snippets for calling popular APIs like Google Sheets, Twitter, and Stripe.

By leveraging external APIs, you can build automations that sync data between diverse apps and services, send notifications, call machine learning models, and much more. The possibilities are endless!

Just remember that when calling external APIs, you’ll need to handle authentication, error handling, rate limiting, and other API-specific concerns.’s built-in error handling features are useful here.

With custom JavaScript and API integrations, becomes a flexible integration hub capable of connecting to virtually any endpoint you need for your workflow.

Schedule Automations

One incredibly powerful feature of is the ability to schedule workflows to run automatically at specific times or intervals. This allows you to set up time-based triggers to kick off processes without any manual intervention.

For example, you could create a scenario that pulls data from a database, transforms it, and loads it into a reporting application – all on a nightly schedule. The time trigger would initiate the workflow each evening, ensuring your reports are refreshed with the latest data. provides robust scheduling capabilities, allowing you to specify cron-style schedules or set time windows. You can schedule workflows to run on a recurring interval, such as every 5 minutes, hourly, daily, weekly, or monthly. One-time future schedules are also supported.

When building time-based automations, it’s important to use’s built-in date and time functions to properly handle timezones, daylight savings, and formatting. You can parse times from APIs or data sources, then convert them to timestamps that can use to trigger actions at the desired moment.

According to this guide, scheduling is one of’s most valuable capabilities for automating repetitive tasks and ensuring critical processes run like clockwork.

By leveraging’s scheduling features, you can create automations that handle time-sensitive operations, data updates, notifications, and more. Your workflows will execute precisely when needed without ongoing maintenance.

Array and Object Manipulation

One of the most powerful features unlocked by JavaScript in is the ability to manipulate arrays and objects to transform and organize your data. Arrays allow you to store lists of values, while objects contain key-value pairs. By leveraging arrays and objects, you can create complex data structures to pass information between modules and integrate with external APIs.

For example, you may want to retrieve data from a database and convert it into a JSON array or object for further processing. The JavaScript API provides convenient methods like, Array.filter(), and Array.reduce() to iterate through arrays and transform them into the desired structure. Objects can also be created, modified, and parsed using functions like JSON.parse() and JSON.stringify().

Advanced techniques like nested arrays and objects give you enormous flexibility. As explained on the community forum, “Objects are composed of Key/Value pairs. A Value can have a piece of text, date, number, binary data, an array or an object. Arrays can be composed of any type of data including objects.” (Source)

By leveraging JavaScript’s native capabilities for manipulating arrays and objects, you can organize and structure data in virtually any shape required for your workflow automation. The sky’s the limit for processing JSON, XML, CSV files and API payloads using’s scripting environment.

Workflow Debugging

Troubleshooting issues in complex automation workflows can be challenging. However, provides powerful debugging tools to inspect your scenarios and identify problems.

The Make DevTool extension allows you to debug scenarios directly within Chrome’s Developer Tools. You can set breakpoints, step through your scenario code line by line, and examine variable values at any point. This is extremely helpful for pinpointing bugs and logic errors. also provides a debug console within the online editor where you can test custom functions in isolation. You can execute your custom code and inspect any errors or print statements. Deleting old function versions is also easy.

Furthermore, has robust logging capabilities built-in. You can log custom messages from any part of your scenario to track progress or capture errors. The logs provide timestamps making it easy to correlate events.

By leveraging’s debugging capabilities, you can quickly isolate and fix issues in your scenarios. Proper debugging saves hours of frustration and ensures your automations run smoothly. For more tips, see’s debugging guide (here and here).

Custom Notifications

One powerful use of advanced scripting in is setting up custom notifications and alerts for critical events in your workflows. The standard Make modules provide some basic email and SMS notifications, but by using JavaScript you can create highly customized notifications triggered by complex logic.

For example, you could send a Slack or Microsoft Teams message whenever a critical error occurs, ensuring your team is immediately alerted to investigate and resolve the issue. Make’s PushEngage integration allows you to easily send push notifications to mobile devices based on rules you define. You could configure it to send alerts if orders exceed a threshold, servers go offline, or data anomalies are detected.

By combining Make’s wide range of notification integrations with custom JavaScript logic, you can create an intelligent alerting system tailored to your needs. Your scenarios will monitor your business-critical processes 24/7 and immediately notify you when human intervention is required.

Access Control allows you to manage user permissions and control access to your automations through its robust access control system. You can create teams within an organization and assign different roles like Member, Contributor, and Admin to users [1]. Members can view and run scenarios, Contributors can edit scenarios, and Admins have full access to manage all scenarios and teams. also supports integration with single sign-on providers like Google, Facebook, and GitHub for secure and convenient access management [2]. You can restrict third-party app access through OAuth scopes and implement IP allowlisting for added security.

With’s granular access controls, you can securely collaborate on automations, implement least privilege principles, and protect your critical workflows and data.

Integration Best Practices

When connecting apps through, it’s important to follow integration best practices to ensure seamless data flow between systems. Here are some key strategies:

  • Understand app capabilities – Carefully read app documentation to know which features, data models, and APIs are available. This allows proper mapping during integration.
  • Use granular scopes – When authorizing app connections, restrict access to only necessary scopes. Don’t enable unnecessary permissions.
  • Handle errors gracefully – Implement try/catch blocks and error notifications to account for failed syncs or transfers.
  • Test rigorously – Thoroughly test each integration under different conditions to identify edge cases.
  • Monitor closely – Track integration logs and analytics to optimize performance.
  • Maintain securely – Rotate access tokens periodically and disable unused connections.
  • Document end-to-end flows – Map out all data fields, transformation logic, and sync sequences.

Following these best practices will lead to robust, secure, and reusable app integrations via For more integration strategies, see the documentation on connecting your favorite apps.

Getting Help

When building complex automations, you may occasionally get stuck or need assistance. provides several support options to help users.

You can visit the Make Help Center which contains documentation, guides, and FAQs to troubleshoot issues. The help center covers topics like getting started, scheduling scenarios, transforming data, and more. If you can’t find an answer in the help documentation, you can submit a support ticket through the help center. also offers email and phone support. You can contact the Make team directly via email or phone number listed on their website. The support team aims to respond quickly to resolve any questions or problems.

There is also a community forum where you can connect with other users. The forum allows you to ask questions, share solutions, and discuss best practices for building automations. If you get stuck, search the forum or post a question to leverage the community’s knowledge.

With the help center, direct support, and community forum, provides several avenues to get assistance on anything from basic questions to complex issues. Don’t hesitate to utilize these resources to save time and unlock the full capabilities of

Leave a Reply

Your email address will not be published. Required fields are marked *