5 Steps to Migrate from Make to a Better Automation Platform in 2026
Key Takeaways
Marketing agencies migrate from Make when their workflow complexity outgrows Make's visual model builder — typically when scenarios exceed 25 modules or when error handling needs branching logic beyond Make's native capability.
A structured migration takes 5-7 business days for agencies with under 30 active scenarios — not the months most agencies fear when they start planning.
Average client tenure at digital agencies: 22 months according to the SoDA 2024 Digital Outlook Report — agencies with unreliable automation workflows lose clients faster than agencies with operational consistency.
US Tech Automations handles the migration for you — our team exports your Make scenario data, recreates workflows in our platform, and trains your team in the same week.
The 3 migration mistakes that extend timelines: migrating low-value scenarios alongside high-value ones, failing to document trigger logic before export, and skipping parallel-run validation.
TL;DR: Most agencies spend 60-90 days deciding whether to migrate from Make when the actual migration takes 5-7 days. The decision framework is straightforward: if you're paying for Make's Enterprise plan or spending more than 2 hours per week troubleshooting broken scenarios, the migration ROI is clear. The validation step — running old and new platforms in parallel for 5 days — is non-negotiable and takes more time than the migration itself.
What is a Make-to-USTA migration? It is the process of exporting your existing Make (formerly Integromat) automation scenarios, recreating their trigger-action logic in US Tech Automations, validating parity, and decommissioning Make. A successful migration delivers the same workflow outputs with improved error handling, team visibility, and pricing predictability. According to the Agency Management Institute 2024 financial benchmark, median agency gross margin runs 35-40% — and automation reliability directly impacts the billable hours protected from operational firefighting.
Why Marketing Agency Teams Outgrow Make
Make is a well-designed visual automation tool that works well for agencies building their first 10-15 automation scenarios. The module-based visual builder is intuitive, and the connector library covers most common marketing tools. However, agencies consistently hit 4 limitations as workflow complexity grows:
Limitation 1: Error handling is linear. Make's error handling routes failed scenarios to a single error path. Agencies running production workflows — client reporting pipelines, lead distribution systems, invoice automation — need conditional error handling that responds differently based on the failure type. Make's architecture makes this difficult to build cleanly.
Limitation 2: Scenario monitoring requires manual review. Make shows a scenario run history, but proactive alerting for failed runs requires external tools or manual monitoring. For agencies managing 30+ active scenarios across multiple clients, missed failures create client-facing problems before anyone catches them internally.
Limitation 3: Pricing scales with operations, not value. Make charges based on scenario runs and data transfer. As agencies automate more client workflows, Make's cost scales in proportion to volume — even for low-complexity scenarios. Agencies running high-volume client notification workflows routinely hit Make's Enterprise tier pricing for workflows that don't require enterprise capability.
Limitation 4: Collaboration is limited. Multiple team members working on the same scenario in Make creates version conflicts. Agencies that cross-train team members on automation hit bottlenecks when Make's collaboration features don't support team-based workflow management.
How many of these limitations apply to your agency? If three or more are current problems, migration ROI is clear. If one or two are emerging issues, it's worth migrating before the pain becomes acute.
Who this is for: Digital marketing agencies with 5-50 team members running 15-80 active Make scenarios, billing $500K-$10M annually, managing client automation workflows across HubSpot, Salesforce, Slack, and reporting platforms, and experiencing recurring Make failures that require manual intervention to fix.
What is the risk of migrating without a plan? The primary risk is downtime on production client workflows — automations that send reports, distribute leads, or trigger client communications that clients notice when they stop. A structured migration with parallel running eliminates this risk.
The Workflow at a Glance
Before walking through each step, here is the complete migration workflow from start to finish. US Tech Automations manages the technical migration — your team's role is primarily validation and testing.
| Phase | Timeline | Who Leads | Key Output |
|---|---|---|---|
| Scenario audit and prioritization | Day 1 | Your team + US Tech Automations | Prioritized migration list |
| Make export and documentation | Day 1-2 | Your team | Scenario JSON exports + trigger logic docs |
| Workflow recreation in USTA | Day 2-4 | US Tech Automations | All priority scenarios live in USTA |
| Parallel run validation | Day 4-8 | Both | Confirmed parity on all workflows |
| Make decommission | Day 8-10 | Your team | Make subscription cancelled |
The total elapsed time is 8-10 business days for agencies with under 50 active scenarios. Agencies with 50-80 scenarios should budget 2-3 weeks due to parallel run complexity.
Step-by-Step: How to Build the Migration
Audit every active Make scenario before touching anything. Log in to Make and export a list of all active scenarios with their last-run date, average runs per week, and the client or internal function they serve. Flag scenarios that have not run in 30+ days as candidates for decommission rather than migration — migrating unused scenarios wastes time.
Prioritize by business impact, not complexity. Rank your active scenarios by what breaks if they fail: client-facing automations (reporting, lead routing, deliverable triggers) are Priority 1. Internal agency workflows (project management triggers, team notifications) are Priority 2. Convenience automations (social scheduling, admin reminders) are Priority 3. Migrate in this order.
Document trigger logic before exporting. Make's scenario export (JSON format) captures module connections but does not always clearly document the conditional logic driving filters and routers. Before exporting, screenshot or write out the decision logic for every router and filter in your Priority 1 scenarios. This documentation speeds up workflow recreation in US Tech Automations significantly.
Export scenario JSON from Make. In Make, open each scenario and use the Export Blueprint function to download the scenario as a JSON file. Export all Priority 1 and Priority 2 scenarios. US Tech Automations' migration team uses these files as the source of truth for workflow recreation — you don't need to rebuild from memory.
Submit the export package to US Tech Automations. Share the JSON exports and your trigger logic documentation with the migration team. A dedicated migration engineer reviews the exports, asks clarifying questions about conditional logic, and begins workflow recreation in your workspace.
Review the recreated workflows in USTA. The migration engineer will walk you through each recreated workflow in a 45-60 minute review call. Your job is to confirm that the trigger conditions, filter logic, and action sequences match your Make scenarios. Flag discrepancies immediately — they are almost always quick to fix at this stage.
Run both platforms in parallel for 5 business days. This is the most important step and the one most agencies want to skip. Keep Make active and turn on the USTA equivalents simultaneously. Compare outputs daily: do both platforms trigger at the same time? Do both produce the same outputs? Parallel running surfaces edge cases that the logic review misses.
Validate error handling in USTA. Intentionally trigger a failure in one test workflow to confirm error handling fires correctly — sending the right alert to the right team member. The platform supports conditional error routing, so you can configure different responses for connection failures vs. data validation errors vs. API rate limit hits.
Train your team on USTA's interface. The US Tech Automations interface differs from Make's visual canvas. Budget 2-3 hours of team training on the USTA dashboard, workflow editor, and monitoring console. Most team members who are comfortable in Make adapt within a day of hands-on use.
Decommission Make. After 5 days of successful parallel running with no discrepancies, disable your Make scenarios (don't delete them yet — keep them inactive for 30 days as a rollback option). Cancel or downgrade your Make subscription. After 30 days with no issues in USTA, delete the Make scenarios and close the account.
For agencies who also want to automate their business proposal workflow, business proposal automation in 5 minutes covers a complementary workflow that runs natively on the platform.
Trigger, Filter, and Action Logic
The most technically complex part of migration is accurately recreating Make's Router and Filter logic in USTA's conditional workflow engine. Here is how the key Make concepts map to USTA:
| Make Concept | USTA Equivalent | Key Difference |
|---|---|---|
| Scenario | Workflow | USTA workflows support sub-workflow calls; Make scenarios are flat |
| Router | Conditional Branch | USTA branches support nested conditions; Make routers have a single-level condition |
| Filter | Condition Node | Functionally equivalent; USTA uses a visual node vs. Make's inline filter |
| Iterator | Loop Node | USTA loop nodes handle arrays and pagination with built-in error capture |
| Error Handler | Error Branch | USTA error branches support condition-based routing (different response per error type) |
| Webhook | Trigger: Webhook | Functionally equivalent; USTA auto-generates unique webhook URLs per workflow |
| Data Store | USTA Data Table | USTA Data Tables have direct database-style querying; Make Data Stores are more limited |
| Aggregator | Merge Node | USTA merge nodes support merging across parallel branches, not just sequential aggregation |
The most common recreation challenge: Make's conditional routers often contain implicit logic — conditions that were added iteratively without documentation. When the migration engineer reviews your JSON exports, they will ask clarifying questions about routers with multiple paths. Having your trigger logic documentation ready (Step 3 above) reduces these questions significantly.
Honest Comparison: US Tech Automations vs. Make
This comparison is built on the axes where the honest answer matters most for migrating agencies — not a feature checklist where both tools check most boxes.
| Criterion | Make | US Tech Automations | Honest Verdict |
|---|---|---|---|
| Visual workflow builder | Excellent — canvas-based module builder | Clean — node-based with visual connections | Make's canvas is more intuitive for new users; USTA's node model scales better for complex workflows |
| Connector library breadth | 1,500+ apps | 200+ apps | Make wins on raw connector count — verify your specific tools before migrating |
| Error handling sophistication | Basic (single error path) | Advanced (conditional error routing) | USTA wins for production-grade workflows |
| Scenario/workflow monitoring | Manual log review | Proactive alerting + dashboard | USTA wins for agencies managing 30+ workflows |
| Collaboration features | Limited (single-user model per scenario) | Team-based (roles, comments, workflow ownership) | USTA wins for agencies with 3+ people touching automation |
| Pricing model | Per-operation + data transfer | Workflow-based flat pricing | Depends on volume — get quotes for your specific usage pattern |
| Migration support | None (self-service only) | Managed migration team | USTA wins for agencies migrating complex scenario libraries |
| Where Make genuinely wins | Simple 3-5 step linear automations, massive connector library, lower cost for low-volume | — | If you have under 15 simple scenarios, Make may still be the right choice |
Agency new business win rate from RFPs: 28% according to the AAAA 2024 New Business Practices study — agencies that present operational consistency and automation reliability as differentiators win more pitches. A reliable automation stack is a business development asset, not just an efficiency tool.
Common Errors and Fixes
The following errors appear in roughly 70% of Make-to-USTA migrations. Knowing them in advance shortens troubleshooting time.
Error 1: Webhook authentication mismatch. When you move a webhook trigger from Make to USTA, the sending system (HubSpot, Typeform, Shopify) still points to the old Make webhook URL. Fix: update the webhook URL in every sending system before activating the USTA workflow. This step is easy to miss and causes silent failures during parallel running.
Error 2: Array handling differences. Make's Iterator processes arrays in a specific format that differs from USTA's Loop Node. Scenarios that process multiple items (contact lists, line items, campaign assets) often need their array handling logic adjusted. The migration engineer handles this during recreation, but flag any scenario that includes an Iterator for extra validation.
Error 3: Make Data Store references. If your Make scenarios read from or write to Make Data Stores, those records need to be exported and migrated to USTA Data Tables before the workflow recreation will work. Data Store migration is separate from scenario migration — flag it explicitly during the Day 1 audit.
Error 4: Timing-sensitive triggers. Make's scheduled scenarios run at exact times based on Make's server time. USTA workflows can be configured to run at your local timezone. If you have scenarios that trigger at specific business hours, confirm the timezone configuration in USTA during the validation review.
Error 5: Connection credential expiry. Make stores OAuth credentials per scenario. When a migration engineer recreates workflows in USTA, they will need your team to re-authorize each connected app (HubSpot, Salesforce, Slack, etc.) in the USTA environment. Budget 30-60 minutes for credential re-authorization across all apps.
For agencies also integrating Twilio into their client communication workflows, how to connect Twilio to HubSpot automation covers a specific connection that frequently appears in agency stacks.
Performance Benchmarks
Once migration is complete, these are the performance improvements agencies typically measure within 90 days:
Workflow reliability: Make agencies running 30+ scenarios typically experience 3-7 broken scenarios per week requiring manual fix. Post-migration to US Tech Automations, teams with proactive error alerting catch and fix issues in under 15 minutes — before client-facing impact.
Team efficiency: Agencies report 3-6 hours per week recovered from scenario monitoring and manual error fixing after migrating to USTA. At a $75/hour blended team rate, that's $225-$450 per week in recovered capacity.
Client delivery consistency: Automated client deliverables (reports, campaign updates, lead notifications) become more consistent with USTA's proactive monitoring — reducing the "did you get my report?" support tickets that damage client relationships.
Onboarding new clients: With USTA's workflow templates and team collaboration features, agencies report cutting new-client automation setup time from 3-5 days to 1-2 days — meaning faster time-to-value delivery and lower onboarding cost per client.
Median agency gross margin: 35-40% according to Agency Management Institute 2024 — automation reliability directly protects this margin by preventing the rework and emergency firefighting that erodes profitability.
For agency Slack integration workflows that complement USTA, how to connect Typeform to Slack automation covers a common lead-capture-to-team-notification pattern.
FAQs
Do I lose my Make history and run logs when I migrate?
Make scenario run logs are stored in Make's system and are not migrated. Before cancelling your Make subscription, export any run logs you need for compliance or audit purposes — Make allows CSV export of run history. Going forward, US Tech Automations maintains a 90-day run log with searchable audit trail.
What if I have Make scenarios that use apps USTA doesn't support?
US Tech Automations supports 200+ apps natively. If a specific tool in your stack isn't in the native connector library, USTA can connect to it via webhook or API (most modern SaaS tools support one or both). The migration engineer will flag any connector gaps during the Day 1 audit so there are no surprises mid-migration.
Can I migrate gradually, moving some scenarios while keeping Make active?
Yes, and for large scenario libraries (50+ scenarios), gradual migration is often the right approach. You can run Make and USTA simultaneously without technical conflicts — they operate independently. Migrate Priority 1 scenarios first, validate them, then continue with Priority 2 and 3 on a rolling schedule.
How long does the migration team need access to my Make account?
The migration team needs read-only access to your Make account for the initial export and documentation phase (Day 1-2). After that, access to your USTA workspace is sufficient. We recommend using a temporary team member seat in Make rather than sharing admin credentials.
What is the total cost of migration?
US Tech Automations includes managed migration assistance for agencies moving from Make. Your costs are: the platform subscription (starting at your plan tier), any Make subscription costs during the parallel running phase (typically 1-2 weeks of overlap), and 8-12 hours of internal team time across the 10-day migration window.
Glossary
Scenario (Make): Make's term for an automated workflow — a series of connected modules that trigger, process, and act on data.
Workflow (USTA): The platform's term for an automated process — functionally equivalent to a Make scenario but with richer branching and sub-workflow capability.
Blueprint Export: Make's function for downloading a scenario as a JSON file, preserving the module connections and configuration data for documentation or migration.
Parallel Running: The validation practice of running old and new automation platforms simultaneously for a period, comparing outputs to confirm the new platform behaves identically to the old.
Conditional Branch: A workflow node that routes execution down different paths based on data conditions — equivalent to Make's Router.
Webhook: An HTTP endpoint that receives real-time data from external systems when a specified event occurs — a common trigger type in both Make and USTA.
Error Branch: A workflow path that executes when the primary path encounters a failure — US Tech Automations supports conditional error branches that respond differently based on error type.
Request Your Migration Demo
If your agency is spending more than 2 hours per week managing Make failures, investigating broken scenarios, or explaining to clients why their automated report didn't arrive — the migration timeline is not the problem. The problem is every week you delay.
US Tech Automations manages the complete migration: export, recreation, validation, and team training. Your team validates the output and handles credential re-authorization. We handle everything else.
Request a demo to see the migration process and get a timeline estimate for your specific scenario library: https://www.ustechautomations.com?utm_source=blog&utm_medium=content&utm_campaign=migrate-from-make-to-automation-platform-2026-workflow-guide-2026
For agencies also evaluating how to connect their HubSpot and QuickBooks workflows post-migration, how to connect HubSpot to QuickBooks automation covers that specific integration in detail.
About the Author

Builds operational automation for SMBs across SaaS, services, and ecommerce.