Runtimes & workflows

Durabull vs Trigger.dev

Trigger.dev Cloud is a different contract from BullMQ: it executes your task code on managed machines, so execution time usually dominates the bill. Its official MCP server triggers and monitors Trigger.dev runs, not BullMQ jobs.

Trigger.dev website ↗5 primary references

System map

Your applicationProducers & workers

enqueue / process

Redis + BullMQQueue state & job lifecycle

runtime

inspect / operate

DurabullDashboard · alerts · MCP

operations

A runtime changes how jobs execute. A dashboard changes how you operate them.

The case for Trigger.dev

Choose Trigger.dev when you want managed compute for long TypeScript tasks, no worker fleet, and you accept deploying task code onto their machines.

The case for Durabull

Stay on Redis + BullMQ. Durabull is the operations layer: queue discovery, alerts, and MCP. It is Apache-2.0 open source for self-hosting, and the hosted dashboard is free to start. Redis, workers, and their operation remain your responsibility.

Capabilities

The details that change the decision

Compare the documented deployment modes. “Not documented” means we did not find a vendor claim, not proof that a capability is impossible. Check the primary sources.

Durabull versus Trigger.dev feature comparison
Feature	Durabull	Trigger.dev
Who runs the job	Your workers	Trigger.dev Cloud machines
1M × 10s small-1x	Free to start + your infrastructure	~$363 (Pro’s $50 credit applies)
10M × 10s	Free to start + your infrastructure	~$3,630
100M × 10s	Free to start + your infrastructure	~$36,300
MCP	BullMQ operations	Trigger.dev runs and deploys

Setup

How Trigger.dev connects

You adopt the Trigger.dev SDK and deploy your tasks. On Cloud, Trigger.dev machines run them. Self-hosting (Apache 2.0) is documented for Docker Compose and Kubernetes.

Application changes. Yes. New runtime.

Queue discovery: N/A.
Environments: Trigger.dev environments (DEV runs are not charged).
Alerts: Trigger.dev alerts for Trigger.dev runs, with plan-limited destinations (Free 1, Hobby 3, Pro 100+). Not BullMQ monitors.
AI & MCP: Official MCP server (npx trigger.dev@latest install-mcp). Tools trigger and monitor runs, deploy, and query data with TRQL. Not BullMQ.

Economics

Understand what you are paying for

Different products, different cost boundaries. Durabull’s hosted app is free to start and covers its dashboard. Redis, worker compute, storage, networking, and operational work remain yours. A runtime’s usage charges may cover orchestration or compute. The prices here are not a total-cost or savings benchmark.

Trigger.dev pricing: As of 2026-10-20: Free $0 with $5 usage credit. Hobby $10/mo with $10 credit. Pro $50/mo with $50 credit. Run fee $0.000025. Default small-1x machine $0.0000338/sec. Official 10-second example: $0.000363 per run. Pro concurrency add-on: $10/mo per 50 runs above 200. HIPAA BAA add-on $500/mo on Hobby and Pro.
Trigger.dev license: Apache 2.0 open source. Cloud is commercial.
Durabull: Hosted dashboard is free to start. Redis, worker compute, and infrastructure operations remain your costs. Check the pricing page for current terms. Apache License 2.0 (OSI-approved open source). Self-host on your own infrastructure.

Illustrative scenario using pricing as of 2026-10-20: 10 executing seconds per run on small-1x at $0.0000338/sec plus $0.000025/run. Excludes add-ons and discounts; plan credits apply. Trigger.dev’s figure includes execution compute. Durabull’s does not: add Redis, worker compute, and operations to its dashboard fee. No throughput benchmark is implied.
Volume	Runtime / product charges	Durabull hosted fee	Unit
1M runs × 10s	~$363	Free to start + your infrastructure	run + compute
10M runs × 10s	~$3,630	Free to start + your infrastructure	run + compute
100M runs × 10s	~$36,300	Free to start + your infrastructure	run + compute

Illustrative scenario using pricing as of 2026-10-20: 10 executing seconds per run on small-1x at $0.0000338/sec plus $0.000025/run. Excludes add-ons and discounts; plan credits apply. Trigger.dev’s figure includes execution compute. Durabull’s does not: add Redis, worker compute, and operations to its dashboard fee. No throughput benchmark is implied.

Questions about Trigger.dev and Durabull

Is Trigger.dev cheaper than BullMQ + Durabull?

There is no universal cheaper option. In the stated ten-second small-1x example, 10M Trigger.dev runs generate about $3,630 in usage. Compare that with Redis, equivalent worker capacity, hosting, and engineering operations for BullMQ. Durabull’s hosted dashboard is free to start; it does not include job execution.

Evidence

Sources & methodology

Reviewed against vendor documentation, public pricing, and source repositories. This is a documentation comparison, not a hands-on benchmark. Vendor docs may describe different editions or deployment modes; confirm those details before purchasing.

Durabull details: product documentation, pricing, and MCP reference. Found a change? Send a correction.

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