Reliable event delivery without scenario graphs or per-destination module plumbing.
Quick take
Product-event delivery should not require a scenario per path. Meshes makes fan-out, recovery, customer isolation, and delivery history part of the platform contract.
Focused delivery
Your SaaS emits lifecycle events that need to reach customer-owned CRMs, email tools, and webhooks with retries, optional ingestion idempotency, replay, and workspace isolation built in.
Fan-out economics
Meshes counts the source event while its matching rules deliver to every configured destination. A Make delivery scenario consumes credits across its trigger and downstream module runs.
Customer operations
Each customer manages connections and routing rules in an isolated workspace, while your team can inspect destination outcomes and recover eligible failures without tracing scenario executions.
Unit economics
Make counts credits across scenario modules, including the trigger. Meshes counts one source event regardless of how many destinations receive it.
Rule of thumb: 1 product event x 3 destinations usually means 4+ Make credits: one webhook trigger plus three downstream modules. Routers, filters, and scenario structure can add complexity; additional action, iterator, aggregator, and paid transformation module runs can add credits.
Scenario 01
Meshes
500 events
Make
2,000+ credits
At minimum, each signup triggers one webhook module plus three destination modules. That is four credits before any additional paid transformation modules.
Scenario 02
Meshes
2,000 events
Make
10,000+ credits
One trigger and four destination action modules is already five credits per event. The router itself is free; additional paid module runs increase the total.
Scenario 03
Meshes
2,000 events
Make
8,000+ credits
Lifecycle events usually touch CRM, email, support, and webhook destinations. Credits scale with every module execution across the scenario.
The architecture difference
Meshes turns customer-facing event delivery into a platform capability instead of a scenario your team has to design, meter, and maintain.
Meshes
Your app sends an event once. Meshes fans it out to every configured destination in parallel, retries failures, captures dead letters, and logs delivery status per destination. There is no scenario canvas because there is no scenario to build.
Make
The equivalent path uses a webhook trigger plus downstream modules, credentials, routing, and error handling that your team must configure and maintain as scenario logic.
The Meshes advantage: every matched destination gets independent delivery status and retries without duplicating routing and recovery logic across scenarios.
Meshes delivery advantages
| Capability | Meshes | Make |
|---|---|---|
| Architecture | ||
| Built for | Product event delivery to SaaS integrations | Visual multi-step automation between apps |
| How it works | Your app sends events via API or SDK | Triggers fire scenarios with sequential and branching modules |
| Billing unit | Events, with fan-out included | Credits consumed across scenario modules, including triggers |
| Embedded delivery operations | Focused customer workspace for connections, rules, mappings, and history | A White Label OEM instance exposes the broader scenario platform |
| Reliability and delivery | ||
| Automatic retries | Exponential backoff with jitter, built in | Error handling and retry behavior configured inside scenarios |
| Ingestion idempotency | Optional idempotency keys prevent duplicate event ingestion | Duplicate prevention depends on scenario and destination design |
| Dead letter capture | Dedicated failed-delivery state and replay path | Incomplete executions can be saved for review |
| Event replay | Replay failed deliveries per destination | Manual re-run of incomplete scenario executions |
| Fan-out routing | One event to multiple destinations in parallel | Scenario branches require downstream action modules that consume credits |
| Developer experience | ||
| SDKs | Node.js and Go | Webhook triggers, app modules, and HTTP integrations |
| Delivery observability | Per-destination event history, failure details, and replay | Per-scenario execution logs |
| Credential model | Per-workspace customer connections managed by Meshes | Credentials attached to scenarios and modules inside Make |
| Fan-out cost multiplier | One event can reach many destinations | Each additional paid module run after routing adds credits |
Architecture
Meshes
Product event delivery to SaaS integrationsMake
Visual multi-step automation between appsMeshes
Your app sends events via API or SDKMake
Triggers fire scenarios with sequential and branching modulesMeshes
Events, with fan-out includedMake
Credits consumed across scenario modules, including triggersMeshes
Focused customer workspace for connections, rules, mappings, and historyMake
A White Label OEM instance exposes the broader scenario platformReliability and delivery
Meshes
Exponential backoff with jitter, built inMake
Error handling and retry behavior configured inside scenariosMeshes
Optional idempotency keys prevent duplicate event ingestionMake
Duplicate prevention depends on scenario and destination designMeshes
Dedicated failed-delivery state and replay pathMake
Incomplete executions can be saved for reviewMeshes
Replay failed deliveries per destinationMake
Manual re-run of incomplete scenario executionsMeshes
One event to multiple destinations in parallelMake
Scenario branches require downstream action modules that consume creditsDeveloper experience
Meshes
Node.js and GoMake
Webhook triggers, app modules, and HTTP integrationsMeshes
Per-destination event history, failure details, and replayMake
Per-scenario execution logsMeshes
Per-workspace customer connections managed by MeshesMake
Credentials attached to scenarios and modules inside MakeMeshes
One event can reach many destinationsMake
Each additional paid module run after routing adds creditsImplementation
Same event, different approach. One is a delivery call. The other is a scenario definition.
Meshes
import MeshesEventsClient from "@mesheshq/events";
const meshes = new MeshesEventsClient(
process.env.WORKSPACE_PUBLISHABLE_KEY!,
);
await meshes.emit({
event: "user.signup",
payload: {
email: user.email,
plan: user.plan,
source: "website",
},
});Make
await fetch("https://hook.make.com/your-scenario-webhook", {
method: "POST",
headers: {
"Content-Type": "application/json",
},
body: JSON.stringify({ email, plan, source }),
});
// Then inside Make you build the scenario:
// - Webhook trigger module
// - Router module
// - HubSpot module
// - Salesforce module
// - Mailchimp module
// - Slack module
//
// The delivery path now depends on a scenario,
// module credentials, and per-step execution.A webhook trigger and four downstream action modules use at least five credits per event; the router itself is free. Additional paid module runs increase the total.
When the job is "deliver this event to four systems reliably," Meshes replaces the scenario you would otherwise build and maintain. Product-event fan-out stays one customer-scoped delivery flow instead of becoming scenario logic, module metering, and per-step recovery.
Why engineering teams choose Meshes
Meshes does one thing: get product events to downstream systems reliably. No scenario canvas, no module wiring, and no credit counting per step when the event just needs to land.
Retry behavior, dead letter capture, and replay are delivery defaults. You do not recreate error handling logic in each scenario or destination branch.
Make scenarios execute module by module. Meshes fans one event out to every configured destination in parallel so fan-out does not become a branch-heavy automation graph.
Give customers a white-label workspace where they connect their own tools. Meshes is built for customer-facing connection ownership, not your internal automation workspace.
Search by event, inspect status per destination, see failures, and replay without tracing separate scenario runs or incomplete executions across multiple flows.
If your team already uses Make for internal automation, keep it there. Meshes can deliver events to a Make webhook trigger just like any other destination.
Common questions