Convoy and Queuey overlap in a meaningful part of the stack.

Both can sit between event producers and webhook destinations. Both care about reliable delivery, retries, endpoint health and recovery.

But they make different things the center of the product.

Convoy offers an open-source Community webhook gateway built to give engineering teams a complete, programmable delivery layer with incoming and outgoing webhooks, retries, rate limiting, circuit breaking and self-hosting.

Queuey is built around the operational decision that follows a failed delivery:

What failed, why did it fail, and what should happen next?

If you want an established, self-hostable webhook gateway with broad infrastructure controls, Convoy is a strong option.

If the expensive part of your problem is interpreting and operating failures across integrations, Queuey is aimed directly at that layer.

The short version

ConvoyQueuey
Primary focusOpen-source webhook gatewayFailure-aware event delivery
Incoming + outgoingYesDelivery-focused platform
RetriesLinear/exponential retry strategiesFailure-aware recovery
Delivery modesAt-least-once and at-most-onceDurable delivery with failure decisions
Circuit breakingYesYes, tied to destination health
Self-hostingMajor strengthManaged-first
ObservabilityDelivery attempts, endpoint states and logsEvidence-based failure analysis and decision records
Best fitTeams wanting infrastructure controlTeams wanting shared operational failure intelligence

This is not a comparison between a sophisticated product and a basic one.

Convoy already solves many problems teams discover only after building webhooks themselves.

Convoy gives teams serious delivery control

Convoy supports incoming and outgoing webhook flows, retry strategies, rate limiting, event filtering and endpoint controls.

Its delivery model includes both at-least-once and at-most-once modes. Delivery attempts expose request and response details, status codes, errors and timing information.

Convoy also tracks endpoint states. Repeated failures can cause an endpoint to become inactive. New deliveries can then be marked as discarded until the endpoint is healthy again, while successful retries can return it to an active state and batch retry can recover affected events.

That is real operational behavior around destination failures.

It also offers something Queuey does not currently make its central proposition: a strong self-hosting story.

For teams with data residency, network isolation or infrastructure-control requirements, that can decide the purchase before any feature comparison begins.

The difference is what the operator receives

Imagine a webhook returns 422.

Convoy can show the failed attempt, response, payload and delivery history. Teams can configure retry behavior and inspect the endpoint.

The remaining question is:

What does the `422` mean in this integration?

Perhaps the payload violates a new receiver contract.

Perhaps one event contains invalid business data.

Perhaps every event of the same type is now failing after a receiver deployment.

Those cases require different operational responses even though the HTTP code is identical.

Queuey's model is designed to make that interpretation part of the delivery layer rather than leaving it entirely to dashboards, application code and runbooks.

Delivery state vs failure meaning

Convoy exposes useful delivery states such as Scheduled, Processing, Success, Retry, Failed and Discarded.

Those states answer:

Where is this event in the delivery process?

Queuey's Failure Intelligence is intended to answer a second question:

Why is it in this state, and what action should follow?

Queuey combines delivery controls with failure classification, destination health, circuit breaking and decision records.

The useful output is not just:

Failed — HTTP 401

but operational context closer to:

Authentication failure → repeating across destination → retrying identical requests is unlikely to help → investigate credentials.

That difference matters when one platform is operating hundreds of destinations and the same engineering team does not own every receiver.

Both protect failing destinations

Circuit breaking is not unique to Queuey.

Convoy's Premium product includes endpoint circuit breaking, and its endpoint-state behavior already prevents a simplistic "send forever" model.

That means the comparison should be about how destination state connects to the rest of recovery.

Convoy gives teams the infrastructure and controls to operate the gateway.

Queuey makes destination health part of the failure-decision model, so the reason for pausing or changing delivery behavior can be captured alongside the event and later surfaced to operators or automated workflows.

The technical primitive overlaps.

The product abstraction differs.

Self-hosting is a real Convoy advantage

Convoy offers a free Community self-hosted edition and a paid Premium self-hosted tier.

For companies that require webhook infrastructure inside their own Kubernetes cluster or private environment, that can be a major advantage.

Queuey should not obscure that tradeoff.

Choosing a managed operational layer means accepting another service boundary in exchange for less infrastructure ownership.

Choosing Convoy self-hosted means gaining control while also accepting responsibility for running the gateway itself.

Neither choice is universally better.

Pricing

Convoy's current self-hosted pricing includes:

  • Community: $0, with core incoming/outgoing webhooks and automatic retries
  • Premium: $999/month, adding capabilities including portal links, transformations, OpenTelemetry export, advanced retention and endpoint circuit breaking
  • Enterprise: custom

Convoy also offers a managed cloud product.

Queuey currently offers:

  • Free: €0/month, 5,000 events included
  • Team: €49/month, 100,000 events included
  • Growth: €249/month, 1 million events included
  • Enterprise: custom

The price comparison is less direct than it first appears because Convoy's self-hosted tiers move part of the operational cost into your own infrastructure and team.

For teams choosing between the two, total ownership matters more than subscription price alone.

Choose Convoy when

Convoy is likely the better fit when:

  • Self-hosting is a hard requirement
  • You want a broad incoming and outgoing webhook gateway
  • Infrastructure teams want direct control over retry strategies and delivery modes
  • You need programmable rate limiting and gateway behavior
  • Your team is comfortable owning deployment and operations
  • Open-source infrastructure is part of your platform strategy

Choose Queuey when

Queuey becomes more interesting when:

  • Failure classification is itself a product requirement
  • You want one shared operational model across many destinations and integrations
  • 401, 422, 429 and 503 should lead to visibly different recovery paths
  • Destination health should connect directly to failure explanation
  • Operators need evidence explaining why the system acted
  • You want to reduce integration-specific retry and incident logic outside the delivery layer

The verdict

Convoy is one of the more direct technical alternatives to Queuey because it already includes mature retry, endpoint-state and circuit-breaking concepts.

Its biggest advantage is control: broad gateway functionality and a serious self-hosting option.

Queuey's differentiation has to be more specific.

Convoy gives teams the infrastructure to operate webhook delivery.

Queuey is built to turn delivery failure into a shared operational decision.

If you want to own the gateway, Convoy deserves a close look.

If you want the gateway to explain what the failure means, Queuey's center of gravity is different.


Sources checked August 19, 2026: Convoy Core Gateway · Convoy subscriptions and delivery modes · Convoy retry strategies · Convoy pricing · Queuey product · Queuey pricing

Related: Queuey vs the alternatives · Queuey vs Hookdeck · Queuey vs Hook0