Implicit bundle order
Bundles carry sequence through routers and into aggregators. Rebuilding modules without preserving (or deliberately changing) that order can silently reorder output.
Make → n8n fixed-price migration
Productized route
Last technical review: Jul 2026
Move complex Make scenarios to n8n with a verified map, fixed scope and controlled cutover.
We assess modules, routers, iterators, aggregators, data stores, webhooks and failure paths before rebuilding anything. The implementation price is fixed once the estate and acceptance plan are verified.
Independent FlowPorter service by BetterWrk · Make is a trademark of its respective owner, used only to identify this route
Not a visual copy exercise
A scenario is more than a row of modules.
A Make scenario reads like a diagram, but the diagram hides behavior: bundle order, iteration state, aggregation rules and error-handler directives all shape what actually happens on each run. We map those semantics deliberately — module by module is not the same as behavior by behavior.
Iterator / aggregator state
An iterator's bundle count and an aggregator's grouping key are structural decisions, not visual ones. Empty arrays and partial batches need explicit handling.
Data-store concurrency
Make's built-in data stores hold cross-run state. Idempotency and concurrent access rules must be re-specified, not assumed to carry over.
Error-handler directives
Break, Ignore, Resume, Rollback and Commit change what "the scenario failed" means. Each has to be translated into an equivalent, tested n8n behavior.
Is this the right move
This route is usually worth assessing when…
…versus when staying on Make is the more sensible near-term decision.
Worth assessing
- Scenario count, operation usage or platform cost has grown beyond easy oversight
- Critical scenarios depend on undocumented routers, iterators or aggregators
- You need custom application behavior, deployment control or stronger observability
- Cross-scenario dependencies make the estate hard to change safely
- A renewal or consolidation decision is forcing the question
Probably stay put
- The scenario estate is small, stable and inexpensive to run as-is
- Make's built-in data stores and error-handling model meet your needs
- No internal or managed owner exists for n8n after cutover
- Scenario-specific behavior (bundle order, native apps) would be costly to reproduce
- The business case for switching hasn't been made yet
Start with the estate, not a guess
What the assessment inventories
The assessment builds a structural picture of the scenario estate before anyone commits to a price. It never asks you to paste credential values — only which connection types and classes exist.
- Scenarios and the folders they're organized into
- Modules and the routes (branches) inside each scenario
- Routers and their filter conditions
- Iterators and aggregators, including bundle-count and grouping behavior
- Webhooks, including instant-trigger response settings
- Scheduling — intervals, timezones and trigger windows
- Data stores and other cross-run state
- Error handlers and incomplete-execution history
- Custom apps and HTTP modules
- Variable and transformation (function) logic
- Connection types and classes — never secret values
- Execution volume and concurrency limits
- Cross-scenario dependencies and shared resources
Every scenario component receives a route classification
What moves, what changes, what gets rebuilt
These are common Make → n8n patterns after route technical review. They illustrate how classification usually works — never claim universal one-to-one mappings. Your verified inventory determines the actual mapping for each scenario.
Direct
Transform
Rebuild
Retire
Resolve
Swipe to see more →
| Source pattern | Target pattern | Classification | Typical condition | Required proof |
|---|---|---|---|---|
| Single module → module (one route, no branching) | Native n8n trigger + action nodes | Direct | Equivalent authentication and fields exist | Trigger and output reconciliation |
| Router with multiple routes + filters | IF / Switch node per route condition | Transform | Route order, fallback route and filter logic clarified | One acceptance test per route |
| Iterator over an array | Split In Batches / Loop Over Items | Transform | Bundle count, ordering and empty-array behavior confirmed | Bundle-level output comparison, including an empty-array run |
| Aggregator (bundles → array, text or table) | Merge / Aggregate / Code node | Rebuild | Grouping key and bundle order re-implemented deliberately | Aggregated output diff against representative source runs |
| Data store (key/value lookups, counters) | Data table, database or external service | Rebuild | Idempotency and concurrent read/write behavior defined | Replay and duplicate-prevention tests |
| Error handler (Break / Ignore / Resume / Rollback / Commit) | n8n error workflow + retry / continue-on-fail settings | Rebuild | Retry counts and commit-vs-ignore semantics reproduced per route | Induced-failure test for each handler type in scope |
| Instant webhook with "immediate response" setting | Webhook node with explicit response mode | Rebuild | Response timing and acknowledgment payload matched to sender expectations | Response-time and payload verification against the original contract |
| Custom app or bespoke HTTP module | HTTP Request node or community node | Resolve | Authentication scheme, rate limits and pagination unverified until reviewed | Connector parity check before quoting |
| Dormant or duplicate scenario | — | Retire | No active owner or superseded by another scenario | Owner sign-off to decommission |
Before anything gets rebuilt
We do not recreate automation just because it exists
A migration is a rare opportunity to remove dormant scenarios, merge overlapping routers and clarify ownership before the target estate is built. The scope manifest records the disposition of every scenario so the destination starts cleaner than the source.
Port
Move as-is
The scenario works, is owned, and should exist in n8n in an equivalent form.
Merge
Combine duplicates
Two or more scenarios (or routes within one) perform the same job. One rebuilt workflow replaces them.
Replace
Use a native feature
The destination platform already solves this without a custom scenario.
Redesign
Rebuild deliberately
The outcome is worth keeping, but the router, iterator or aggregator structure should change on arrival.
Retire
Decommission
Obsolete, duplicated, or better solved by removing the scenario entirely.
Resolve
Clarify first
Ownership, bundle semantics or state behavior is unclear and must be verified before it is quoted.
Choose before the migration is designed
Who runs n8n after the scenarios are retired?
The operating model is a decision, not an afterthought — it affects security posture, ongoing cost and who is accountable when something fails. The Blueprint records who owns each operational layer.
n8n Cloud
Vendor-hosted, managed by your team internally. Fast to start, less infrastructure ownership.
Customer-controlled
Self-hosted on your own infrastructure. More control, more operational responsibility.
FlowPorter-managed
Subject to licensing and commercial review. We operate the platform under an agreed service boundary.
Hybrid enterprise
A mixed architecture for larger or regulated estates with several ownership boundaries, common where cross-scenario dependencies are heavy.
Hosting choice can be decided later — but it changes the Blueprint, so we surface it early rather than defaulting silently.
Your estimate becomes fixed when the route is verified
Illustrative packages for the Make → n8n route
The headline estimator uses your answers to show a likely package and price band. Straightforward estates may move directly to a fixed quote; estates with heavy router/iterator/aggregator logic or cross-scenario dependencies typically use a paid Blueprint first.
Blueprint
$2.5k–$5k
For complex, critical or poorly documented scenario estates.
- Verified inventory & mapping
- Architecture & risk register
- Acceptance & cutover plan
- Fixed implementation quote
Illustrative launch band. Credited to implementation under stated terms.
Move 10
from $9.5k
Up to ten standard scenarios inside defined complexity caps.
- Verified in-scope inventory
- Mapping, build & agreed tests
- Cutover plan & documentation
- Stabilization window
Scenario count alone does not determine price.
Move 25
from $18.5k
Up to twenty-five scenarios with a controlled mix of routers, iterators and aggregators.
- Everything in Move 10
- More applications & router branching
- Limited data-store state
- Up to two environments
Blueprint may still be required.
Move 50
from $32.5k
A wave-based move with stronger governance and acceptance across dependent scenarios.
- Everything in Move 25
- Delivery in controlled waves
- Stronger cutover controls
- Governance & sign-off gates
Illustrative launch anchor.
What may trigger a Blueprint
- Heavy use of iterators and aggregators with non-trivial bundle or grouping logic
- Data stores holding meaningful cross-run or cross-scenario state
- Error-handler directives (Rollback, Commit, Resume) tied to critical outcomes
- Custom apps or HTTP modules with bespoke authentication
- Several scenarios chained together through shared webhooks or data stores
- Insufficient test fixtures or acceptance evidence to verify outcomes
Prices are working launch hypotheses pending commercial validation. See full pricing & scope drivers →
A green run is not the finish line
What "accepted" means for a rebuilt scenario
Acceptance testing for Make scenarios has to exercise bundle behavior directly, not just a single happy-path run. At minimum the plan covers:
- Representative multi-bundle inputs, not a single-record test
- An explicit empty-result run through every iterator and aggregator
- Every router branch and filter condition, including the fallback route
- Induced-failure cases for each error-handler directive in scope
- Data-store state changes verified across concurrent and repeated runs
- Webhook response timing and acknowledgment payload parity
- Side-effect reconciliation across dependent scenarios before cutover
- Monitoring and alerting on the rebuilt workflow
- Explicit owner sign-off before cutover
Illustrative acceptance case
PASS
A batch of order-line bundles aggregates into one invoice, once
Make baselinen8n rebuildReconciled
- Bundle count & order
- Pass
- Aggregation grouping
- Pass
- Empty-batch run
- Pass
- Error-handler behavior
- Pass
- Data-store write
- Pass
- Side effects
- Reconciled
Illustrative evidence record — not a customer result.
Questions specific to Make → n8n
What people ask before they move off Make
Do iterators and aggregators just become loops in n8n?
Not automatically. An iterator's bundle count and ordering, and an aggregator's grouping key and combine logic, are behavioral decisions that need to be re-specified in n8n — usually as a loop plus an explicit merge or aggregate step. We classify these Transform or Rebuild depending on complexity and test with full, partial and empty-array runs.
What happens to bundle order across a router with multiple routes?
Make routes can process bundles in an order that later steps depend on. When we rebuild a router as parallel or sequential branches in n8n, we verify whether that order matters to the business outcome and either preserve it or change it deliberately — and document which one we did.
Can error-handler directives like Break, Resume, Rollback and Commit be carried over automatically?
No. These directives control Make's retry and commit semantics at the module level. We classify them Rebuild, translate the intended behavior into n8n's error-workflow and continue-on-fail settings, and verify each handler type with an induced-failure test rather than assuming equivalence.
What happens to Make's data stores?
Data stores are classified Rebuild. We migrate the underlying data and re-implement the idempotency and concurrent read/write behavior your scenarios actually rely on — using an n8n data table, a database or another external store, whichever the verified requirements call for — and test replay and duplicate prevention before cutover.
Does webhook response timing carry over?
Not automatically. If a scenario's instant webhook uses an "immediate response" setting, we rebuild that explicitly with n8n's webhook response configuration and verify response time and acknowledgment payload against the original contract — some senders fail or retry if the timing contract isn't honored.
Can Make and n8n run in parallel during cutover?
Often, but not always. Parallel operation can create duplicate side effects for actions like payments, messages or record creation — and cross-scenario dependencies make this riskier than a single isolated workflow. The Blueprint defines where shadowing, suppression, test accounts or replay is the safe approach.
What happens to custom apps and HTTP modules?
These are classified Resolve until we've verified the authentication scheme, rate limits and pagination behavior. Common patterns usually map to an HTTP Request node or an existing community node; anything unverified is quoted only after that check.
Who manages n8n after cutover?
Whoever you choose during the target operating model discussion: your own team on n8n Cloud, your own infrastructure, or FlowPorter Managed under an agreed service boundary (subject to licensing and commercial review). This can be decided before or shortly after the Blueprint.
Next step
Speak to a route specialist
Ready to move past the estimate? Tell us about your scenario estate and a route specialist will follow up to scope structural verification or a Blueprint — whichever your estate actually needs.
Start with evidence
Know which scenarios map, which need redesign and what the move will cost.
See the route, complexity drivers and indicative price before choosing the next step.