GetHook vs Hookdeck: An Engineer's Honest Evaluation

Both GetHook and Hookdeck solve real problems with webhook reliability. Both queue inbound events, retry failed deliveries, and give you per-attempt visibility into what went wrong. If that's all you need to know, either will work. If you're evaluating them seriously — choosing one for a product you'll run for years — the differences compound quickly.

This post goes past the feature checklist. It covers the architectural decisions behind each product and where those decisions become trade-offs you'll actually feel.

The Core Architectural Difference

Hookdeck is designed around one flow: a third-party provider sends a webhook to your system, and Hookdeck receives it, queues it, and forwards it to your application. The mental model is a reliability proxy for inbound traffic.

GetHook handles that same inbound flow, but also the outbound direction: your application sending webhook events to your customers' endpoints. One platform, one API, one set of delivery logs — whether you're consuming from Stripe or delivering to your own users.

This matters more than it sounds. Most SaaS companies that receive webhooks from providers also need to send webhooks to their own customers. You need to handle Stripe's payment events inbound, and you need to fire invoice.paid events to your own customers' systems outbound. Today, teams doing this either build the outbound delivery layer themselves (a multi-week infrastructure project) or run two separate services.

Inbound flow (both tools):
  Stripe → [Gateway] → Your application

Outbound flow (GetHook only):
  Your application → [Gateway] → Your customer's endpoint

Full-duplex with GetHook:
  Stripe → [GetHook] → Your application → [GetHook] → Customer

If you only need the inbound direction, both tools are valid choices and the comparison shifts to pricing, local dev experience, and feature set. If you need both directions, you're comparing Hookdeck plus your own outbound infrastructure against GetHook.

Delivery Reliability: How Each Handles Failures

Both platforms guarantee at-least-once delivery with exponential backoff and dead-letter queues. The retry behavior in GetHook follows a fixed, predictable schedule:

After five failures, the event moves to dead-letter status. You can replay it manually once the downstream issue is resolved.

Hookdeck's retry policy is configurable per connection, which is more flexible — you can tune delays based on what you know about a specific destination. GetHook's fixed schedule is simpler to reason about and covers the vast majority of failure modes: transient network errors, destination restarts, brief 5xx periods. The five-attempt window spans roughly 73 minutes, long enough to ride out most incidents without human intervention.

Every delivery attempt in GetHook is logged with the HTTP status code, response body, and duration. When something fails, you can trace the exact sequence of attempts without guessing.

Event Replay

Both platforms support manual replay. GetHook's replay marks the original event as replayed and creates a new delivery attempt that goes through the full pipeline — including the current retry policy, destination configuration, and signing secret.

curl -X POST https://api.gethook.to/v1/events/{event_id}/replay \
  -H "Authorization: Bearer hk_..."

Hookdeck also supports replay, with a UI that makes bulk replay of filtered events straightforward. If you have hundreds of dead-lettered events to replay after an incident, Hookdeck's UI gives you a faster workflow. GetHook exposes the same capability through the API, which integrates naturally into runbooks and incident response scripts, but requires more tooling if you need a bulk replay UI today.

Signature Verification

Inbound signature verification is handled by both platforms. GetHook uses a Stripe-compatible HMAC-SHA256 format — t=<unix>,v1=<hex> — with timestamp validation to prevent replay attacks. If a signature doesn't match, the request is rejected before it enters the event queue. Your application never sees it.

GetHook ships with provider presets for Stripe, GitHub, and Shopify so you don't have to configure the verification format manually. Hookdeck has similar preset support and has been doing this longer, so their preset library covers more providers.

On the outbound side, GetHook signs every event it delivers to your customers using per-destination signing secrets stored encrypted at rest. Hookdeck doesn't have outbound signing because it doesn't handle outbound delivery.

No-Code Workflow Builder vs API-First

Hookdeck's interface is one of its genuine strengths. The dashboard lets you visually create connections, configure filters, set up transformations, and route events — without writing any code. For a team that's new to webhook infrastructure, or for non-engineers who need to configure routing rules, this is valuable.

GetHook deliberately skips the no-code workflow builder. Routes are configured through the API:

curl -X POST https://api.gethook.to/v1/routes \
  -H "Authorization: Bearer hk_..." \
  -H "Content-Type: application/json" \
  -d '{
    "source_id": "src_abc123",
    "destination_id": "dst_xyz789",
    "event_type_pattern": "order.*"
  }'

This is a deliberate trade-off. API-first routing means your configuration lives in code — in your Terraform modules, your CI/CD scripts, your runbooks. Changes are reviewed, versioned, and auditable. There is no hidden state in a UI that doesn't match your infrastructure-as-code. Engineers who have dealt with "someone changed something in the dashboard" incidents will recognize why this matters.

The downside is obvious: if your team needs a non-engineer to manage routing rules, or if you want to visualize your event flow before building it, Hookdeck's GUI is a real advantage that GetHook doesn't have today.

White-Labeling

GetHook includes brand settings and custom domain support on all plans — company name, logo, primary color, support email, and a custom domain for your webhook portal. If you're building a product that exposes webhooks to your customers, you can deliver those webhooks through a gateway that looks like your product, not like infrastructure tooling.

Hookdeck doesn't focus on white-labeling. Their product is positioned as developer tooling, not as infrastructure you'd embed into a customer-facing product.

This matters specifically for SaaS companies that offer webhook subscriptions to their own customers. The end customer shouldn't know (or care) what powers your webhook delivery. White-labeling makes that possible.

Pricing

We won't quote specific numbers here because pricing pages change. The pattern that holds: both platforms use volume-based pricing, and GetHook is consistently positioned at a lower price point than Hookdeck for equivalent event volume.

The relevant question isn't the absolute price — it's what you're paying for at each tier. At Hookdeck's price points, you're paying for a mature product, an excellent local dev CLI, and a rich UI. At GetHook's price points, you're paying for full-duplex delivery and white-labeling on all plans.

If you're in the early stages of building and cost matters, GetHook's free tier covers meaningful event volume to validate your integration before you're paying anything.

Where Hookdeck Is Stronger

Hookdeck has more UI polish and a richer dashboard — the visual connection graph, the transformation editor, and the event inspector have had more iterations. If UI quality for internal tooling is a significant factor in how your team works, Hookdeck's interface is better today.

Their inbound preset library is also broader, covering more third-party providers with pre-configured signature verification out of the box.

Both GetHook and Hookdeck offer a CLI with a local tunnel for testing webhooks without ngrok or manual port-forwarding. The gethook listen command forwards live webhook traffic to your local server in one command, and gethook replay lets you re-run any past event directly to localhost — useful when you've fixed a bug and want to re-process without hitting a real provider again.

Decision Framework

Do you need to send webhooks to your own customers?
├── Yes → Do you also receive webhooks from external providers?
│   ├── Yes → GetHook (handles both; one platform)
│   └── No  → GetHook (outbound delivery, white-labeling on all plans)
└── No, inbound only
    ├── Do you need white-labeling for a customer-facing product?
    │   └── Yes → GetHook
    ├── Do you need a no-code GUI for visual routing configuration?
    │   └── Yes → Hookdeck has the richer UI today
    └── Is per-event cost a primary constraint?
        └── Yes → GetHook's pricing scales more favorably

Summary

Hookdeck is a mature, well-executed product for inbound webhook management. If your use case is purely receiving webhooks from third-party providers and you want the best UI and local dev experience available, it's a reasonable choice.

GetHook is the right choice if you need both directions, need white-labeling, or are building infrastructure that needs to scale without the price increasing faster than your revenue. The API-first design means more engineering investment up front in configuration, but that investment pays off in reproducibility and auditability.

The clearest decision signal: if you're going to write code to send webhooks to your own customers anyway, don't write that code. Use GetHook and let it handle both sides.

Start a free GetHook account and have your first webhook delivered in under ten minutes.