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The outbound integration layer for SaaS products: emit once, then let Meshes handle routing, retries, fan-out, and delivery history.

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For SaaSCustomer-facing integrations

Send product events once.Let Meshes handle the integration plumbing.

Emit one event from your app. Meshes handles routing, retries, fan-out, per-tenant isolation, observability, dead letters, and replay across the downstream tools your customers use.

Routing, retries, and fan-out built in
Per-workspace isolation for multi-tenant SaaS
Dead letters, replay, and delivery history included

Start freeBook a technical demo
YOUR APPcontact.createdaccount.updatedlead.assignedinvoice.paidsubscription.cancelledMeshesRULES · ROUTING · RETRIES · FAN-OUTDESTINATIONSHHubSpotsfSalesforceicIntercomMMailchimp···RResendZZoom{ }Webhook

Product reality

See the workflow before you read the pitch

Create a connection, add a rule, send an event, and inspect the outcome. Meshes is most convincing when buyers can see the delivery machinery, not just read about it.

REST API + SDKs
Per-workspace isolation
Delivery logs and replay
15-minute quickstart

Workspace overview

A real product surface showing connections, rules, and event volume at the workspace level.

Meshes workspace overview showing connections, rules, and event volume

What customers are saying

“Our clients wanted their member activity - signups, cancellations, payment issues - to automatically trigger follow-ups in their CRM. Meshes made that possible without us building a custom integration for every tool. It's become one of our most valued features, and we barely have to think about it.”
Mikal Abdullah

Mikal Abdullah

CEO & Co-Founder, Billing Logix

Billing Logix uses Meshes to route member activity into customer CRMs without building a separate integration for each downstream tool.

Billing Logix logo

Technical proof

Small integration surface

Emit one event over HTTPS or the SDK instead of maintaining a destination-specific code path for every customer tool.

Workspace isolation

Connections, credentials, rules, and limits stay scoped per workspace for multi-tenant SaaS.

Operational visibility

Inspect per-destination delivery status, failures, retries, dead letters, and replay from one place.

Fast validation path

The quickstart already walks through create connection, create rule, send event, and verify delivery.

View the 15-minute quickstartSee event ingestion docs
Meshes UI showing the create connection dialog for HubSpot

Create a connection

Authorize the downstream tool for a workspace and keep credentials scoped to that tenant.

Meshes UI showing the create rule dialog for HubSpot

Create a rule

Define which events should trigger which action without baking routing logic into your app.

Meshes UI showing the send test event dialog

Send a test event

Validate the flow end to end before you point production traffic at it.

How It Works

From one product event to many downstream systems

Your app emits the event once. Meshes handles the routing, operational recovery, and delivery history after that.

1
01

Connect destinations per workspace

Authorize HubSpot, Salesforce, Mailchimp, webhooks, and the other destinations each customer workspace actually needs.

Meshes handles OAuth, API keys, token refresh, and credential storage per workspace so tenant boundaries stay clean.

2
02

Define event types and routing rules

Model the product events you care about and define where they should go without pushing routing logic into your core app.

3
03

Map each event to the right destinations

Set up rules like:

When Contact Created from website, send to HubSpot + Mailchimp.

When Lead Assigned and tier=Pro, notify Salesforce + a webhook.

When Trial Expired, fire an internal webhook only.

Rules run per workspace, so each tenant or environment can have its own routing logic and limits.

4
04

Emit one event and inspect delivery

Your app sends a single event to Meshes. We:

Fan it out to all matching destinations

Handle rate limits with exponential backoff

Retry failures and capture dead letters

Record per-destination status, logs, and metrics

You keep your app focused on product logic and let Meshes own the delivery machinery around it.

Built for customer-facing SaaS integrations

The operational layer your team stops building in-house

One event, many destinations

Emit one product event and let Meshes deliver it to every configured CRM, webhook, and downstream system in parallel.

Routing rules instead of branching logic

Define routing per event type and workspace so you can change delivery behavior without adding more conditionals to your app.

Workspace isolation

Keep customers, environments, or regions isolated with dedicated workspaces, each with its own connections, rules, credentials, and limits.

Retries, backoff, and dead letters

When downstream APIs rate-limit or fail, Meshes retries automatically, preserves failure context, and keeps a replay path ready.

Per-workspace credentials

Manage OAuth tokens, API keys, and secrets per workspace so tenant boundaries stay clean without hand-rolled credential plumbing.

Event history, failures, and replay

Search one event and see where it went, what failed, why it failed, and what needs to be replayed.

Build vs. buy

Why teams stop building this layer in-house

Sending the first event is easy. Owning retries, per-tenant credentials, replay, and support questions is where the real burden shows up.

If you keep it in-house

You hand-roll webhooks, queues, workers, and retry logic for every integration.

Every new CRM or destination means another slightly-different code path to maintain.

Rate limits, 500s, and flaky endpoints wake someone up at 2am.

Multi-tenant routing and per-tenant configs end up scattered across tables, flags, and env vars.

Auditing "what happened to this event?" means piecing together logs across services.

With Meshes

One event model and routing layer for all integrations.

Add or change destinations with rules, not new services or queues.

Built-in backoff, retries, and dead-lettering for every connection.

Multi-tenant segmentation via workspaces: each customer or environment gets isolated connections, rules, and limits.

Centralized observability: search an event once and see where it went, what failed, and replay if needed.

Your product should own the event. Meshes should own the delivery machinery around it.

Simple to wire in. Easier to operate.

The integration surface stays small in your app. The operational surface is where Meshes saves engineering time.

One clean events API

Emit events over HTTPS from any service. SDKs are available, but they are not required.

Typed resources & event types

Model the events and resources you care about once, then reuse them across connections and workspaces.

Rules as data

Change routing in the UI or API without adding more branching logic to your app.

No infra to babysit

No worker fleet, message broker, retry daemon, or log-search layer to maintain.

Fast feedback loops

See exactly what happened to each event, including downstream failures, retries, dead letters, and replay actions.

TypeScript
// Use the Meshes SDK client
const meshesClient = new MeshesEventsClient(
  `${MESHES_PUB_WORKSPACE_KEY}`
);

await meshesClient.emit({
  event: 'contact.created',
  payload: {
    email: 'jane@example.com',
    first_name: 'Jane',
    last_name: 'Doe',
    tier: 'pro',
    utm_source: 'google-ads',
  },
});

Your code emits a single event. Meshes takes care of routing, retries, and delivery.

Developer planStart free. Upgrade when rollout gets real.

Start self-serve. Scale when rollout gets real.

Use the Developer plan to prove the event flow, then move up when you need more volume, workspaces, retention, and support.

Developer
$0
Billed yearly
For proving the flow before production
  • 100 events/mo included
  • 1 workspace included
  • 3 connections included
  • 3-day audit retention
  • Community support
Builder
$41/month
Billed yearly
For first production rollouts
  • 2,500 events/mo included
  • 8 workspaces included
  • 24 connections included
  • 7-day audit retention
  • Email support
Popular
Pro
$166/month
Billed yearly
For active customer-facing rollouts
  • 25,000 events/mo included
  • 50 workspaces included
  • 250 connections included
  • 30-day audit retention
  • Priority email support
Scale
$416/month
Billed yearly
For high-throughput multi-tenant SaaS
  • 100,000 events/mo included
  • 200 workspaces included
  • 2,000 connections included
  • 60-day audit retention
  • Priority email support

Need more?

Enterprise

Custom commits, pooled usage, longer retention, and rollout support

See full pricing
Use Cases

Who Uses Meshes?

Designed for teams that are tired of building the same integration plumbing over and over.

SaaS Product Teams

Ship integrations your customers expect—HubSpot, Salesforce, Mailchimp, webhooks—without turning your app into an integration monolith. Use workspaces to isolate customers, environments, or regions while sharing the same core event model.

Lead Marketplaces

Fan out a single lead to 2, 5, or 10 buyers at once. Deliver via webhooks or directly into CRMs, with retries, backoff, and full audit trails when something fails downstream.

RevOps Teams

Let growth and RevOps teams plug in new tools without asking engineering to add another queue or worker. Developers define the events; rules and connections handle the routing.

Internal Platforms

Use Meshes as a central event layer for internal tools, enrichment services, and data pipelines. Keep your products lean while Meshes synchronizes everything around them.

AI Agent Builders

Give your AI agents reliable outbound actions. When an agent decides to send a Slack message, update a CRM, or trigger a workflow, Meshes handles delivery, retries, and observability so your agent code stays focused on reasoning—not plumbing.

Multi-Tenant SaaS

Isolate every customer's integrations in their own workspace without managing separate infrastructure. Meshes gives each tenant independent connections, rules, and event history while you manage everything from a single pane of glass.

Whatever your integration challenge, Meshes provides the infrastructure so you can focus on building your core product.

FAQ

Common questions before a production rollout

The questions below come up when teams are deciding whether to keep owning the integration layer themselves or hand it off to Meshes.

View full FAQBook a technical demo

What changes in our app to use Meshes?

Usually one thing: emit a single event to Meshes instead of wiring each destination directly. Your product keeps the business logic; Meshes handles outbound routing, retries, and delivery behavior after the event leaves your app.

How does Meshes handle multi-tenant SaaS?

Workspaces isolate connections, credentials, rules, limits, and event history. Use them per customer, environment, or region so tenant boundaries stay clean without scattering integration logic across your app.

What happens when a destination is down or rate-limiting?

Meshes retries with backoff, records failure details per destination, captures dead letters when needed, and gives you a replay path once the destination is healthy again.

Can we start with one integration and expand later?

Yes. Many teams start with one event type and one destination, prove the flow, then add more tools and rules without changing the ingestion pattern in their app.

Which destinations do you support today?

Meshes supports the destinations shown across the site and docs today, including HubSpot, Salesforce, Intercom, Mailchimp, Zoom, Resend, and generic webhooks for custom endpoints.

When should we book a technical demo?

Book a demo if you are planning a production rollout, need help sizing events and workspaces, or want to pressure-test the design for customer-specific integrations. If you want to validate the flow yourself first, start on the Developer plan.

Ship the integration layer, not the integration backlog

Start on the Developer plan to send your first event. If you are planning a production rollout, book a technical demo and we will help you pressure-test the design.

Start freeBook a technical demo