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Hooksbase and Trigger.dev sit at different points in the path.
Trigger.dev is a durable task engine — you write tasks as code, and it runs them with no timeout limit, retrying and resuming them across failures — while Hooksbase is the event layer that receives events over HTTP, email, form, and cron, verifies them, transforms them, and delivers them reliably to wherever the work actually happens.
Trigger.dev is a strong durable execution engine. Tasks run without a timeout ceiling and survive failure, which is exactly what you want when a job takes twenty minutes and must not restart from scratch. Hooksbase does not do that.
Both can work. Here's the trade.
Trigger.dev executes long-running work. Hooksbase gets the event to whatever executes it.
These two show up in the same searches because both react to events and both can run on a schedule. The similarity mostly ends there. Trigger.dev is about running your code durably: long-running tasks, retries at the task level, concurrency limits, realtime connections back to your frontend, and observability over runs. Hooksbase is about the path the event travels before any of that: accepting it from four channels, checking it came from who it claims to, reshaping it, and delivering it with retries, ordering, signing, and replay. Teams that need both usually put Hooksbase in front and Trigger.dev behind.
Capability comparison
Based on public pricing and documentation as of 2026-08. Marked Lead when one side is clearly ahead, Paritywhen they're comparable, Lag when one side is clearly behind.
| Capability | Hooksbase | Trigger.dev |
|---|---|---|
| Durable long-running task execution | No | Yes |
| No timeout ceiling on the work | Lag | Lead |
| You write the logic as code in your repo | Lag | Lead |
| Concurrency limits on execution | Lag | Lead |
| Realtime run status back to a frontend | No | Yes |
| Recurring cron schedules | Parity | Parity |
| Inbound email as an event source | Yes | No |
| HTML form post as an event source | Yes | No |
| Provider signature verification on ingest | Lead | Lag |
| Standard Webhooks-compatible outbound signing | Yes | No |
| Typed cloud destinations (SQS, EventBridge, Pub/Sub, S3) | Yes | No |
| Deterministic replay from persisted snapshots | Lead | Lag |
| Dead-letter path with bulk re-drive | Lead | Lag |
| Flat pricing with no per-second compute metering | Lead | Lag |
- • The work itself is long-running and must survive failure mid-flight. Trigger.dev has no timeout ceiling; Hooksbase is not an execution engine at all.
- • You want the logic to live as ordinary code in your repository, with retries handled per task.
- • You need a realtime channel reporting run progress back to your own frontend.
- • You need fine-grained concurrency control over how many runs execute at once.
- • Your events only ever arrive over HTTP, and delivering results onward to external destinations is not the hard part.
- • Events arrive by email, an embedded form, or a cron cadence as well as HTTP, and you want one pipeline instead of several.
- • Provider signatures from Stripe, GitHub, Clerk, Slack, or Resend need verifying before anything runs.
- • Getting the event to its destination reliably is the hard part — retries, ordering, signing, and a record of what was sent.
- • You need to replay an event months later against the configuration that was live at the time.
- • The destination is SQS, EventBridge, Pub/Sub, or object storage rather than your own code.
- • You want predictable flat pricing rather than per-second compute plus per-run charges.
See it on your own events
The free plan covers 5,000 deliveries a month with no card. Point one event source at it and compare the delivery history against what Trigger.dev gives you today.
Trigger.dev pricing snapshot: Free with $5 monthly credits, 20 concurrent runs, 10 schedules and 1-day log retention; Hobby $10/mo; Pro $50/mo with $50 credits, 200+ concurrent runs, 1,000+ schedules and 30-day retention; Enterprise custom. Compute is billed per second on top of the plan, plus a per-run invocation charge.
Frequently asked questions
- Is Hooksbase a Trigger.dev alternative?
- Not for durable task execution. Trigger.dev runs your code as long-running tasks that survive failure, and Hooksbase does not do that at all. If you adopted Trigger.dev mainly to catch and route events reliably, Hooksbase covers that and adds email, form, and cron ingest plus typed cloud destinations.
- What does Trigger.dev do that Hooksbase does not?
- It executes your code. Tasks run with no timeout ceiling, retry at the task level, resume after failure, and can stream realtime status back to your frontend. Hooksbase runs versioned Automations that transform a payload in the event path, but it does not execute your application logic or hold state across steps.
- Can I use them together?
- Yes, and that is the usual arrangement. Hooksbase accepts the event from whichever channel it arrives on, verifies the provider signature, reshapes the payload, and delivers it to Trigger.dev over HTTP. Trigger.dev then runs the durable task.
- How does pricing compare?
- Trigger.dev bills a plan fee plus per-second compute and a per-run invocation charge, so cost tracks how long your tasks run. Hooksbase bills flat monthly tiers — Free, $25, $79, $249 — against a delivery allowance, with no compute metering. They meter different things, so compare against your own workload rather than headline prices.
- Both support cron. Is that the same thing?
- Not quite. A Trigger.dev schedule runs your task code on a cadence. A Hooksbase schedule fires a delivery on a cadence, using the webhook’s existing destination, routing, retries, and replay — what runs at the far end is whatever you point it at. One schedules execution, the other schedules an event.
- Which handles provider webhooks better?
- Hooksbase, on the ingest side. Configured provider packs verify Stripe, GitHub, Clerk, Slack, and Resend signatures before the event moves, failed deliveries land in a dead-letter path that can be re-driven in bulk, and every delivery can be replayed from its persisted snapshot.