Trigger.dev vs AWS Lambda
A detailed comparison to help you choose between Trigger.dev and AWS Lambda.
Quick Verdict
4.0/5
Trigger.dev
0 reviews
4.1/5
AWS Lambda
0 reviews
AWS Lambda is rated higher (4.1 vs 4.0). Trigger.dev is an open-source background job and workflow platform for TypeScript developers. Run long tasks, cron jobs, and event-driven workflows. Self-hostable or cloud. AWS Lambda is the original FaaS service — run code without servers. Supports 15+ runtimes, 1M free requests/month, and integrates deeply with 200+ AWS services. Triggered by S3, DynamoDB, API Gateway, and more.
Trigger.dev Open-source background jobs for TypeScript |  AWS Lambda The original serverless functions service | |
|---|---|---|
| Overview | ||
| Rating | 4.0 (0 reviews) | 4.1 (0 reviews)✓ |
| Pricing model | freemium | freemium (pay per request + GB-second; MicroVMs/Managed Instances metered differently) |
| Starting price | Free tier available | Free tier available |
| Best for | TypeScript teams running work that exceeds serverless timeouts — AI agent loops with human approval steps, long LLM chains, media/document processing and multi-tenant background jobs with per-tenant concurrency. | AWS developers building event-driven, variable-traffic workloads — webhooks, media processing, scheduled jobs, API backends — who want to stop managing servers entirely |
| Specifications (entry plan) | ||
| CPU cores | 0 vCPU | — |
| RAM | 0 GB | — |
| Storage | — | — |
| Bandwidth | — | — |
| SLA uptime | — | 99.95% |
| Data-center count | — | — |
| Features | ||
| IPv6 | ||
| DDoS protection | ✓ | |
| Automated backups | ||
| Snapshots | ||
| Managed option | ||
| Bare metal | ||
| GPU available | ||
| S3-compatible | ||
| Hourly billing | ✓ | |
| Free tier | ||
| Data-center locations | ||
| Regions | — | All 39 AWS regions / 124 AZs |
| Tags | ||
| Tags | free tieropen sourceself hostableapi access | free tierapi accessus datacentereu datacenterapac datacenter |
| Visit Trigger.dev → | Visit AWS Lambda → | |
Trigger.dev
Pros
- + No-timeout task execution with checkpointed waits that bill nothing and hold no concurrency slot
- + Apache 2.0 licensed with a documented Docker self-hosting path — real escape hatch from the cloud pricing
- + Fully published rate card: monthly tiers as credits, per-second compute by machine size, per-run fee
- + TypeScript-first DX: tasks in your repo, versioned atomic deploys, replay-from-failure, OpenTelemetry on every run
- + Generous free tier ($5/month credits, 20 concurrent runs, unlimited tasks) for evaluation and side projects
Cons
- - Pro overages stack fast (seats $20/month above 25; concurrency, schedules, branches and connections all metered)
- - Hobby has no overage path — hitting a ceiling forces the jump to the $50 plan
- - Compliance features (SOC 2 report, SSO, RBAC, pentest report) are Enterprise-gated; no published uptime SLA on cloud plans
- - TypeScript/Node-centric; no no-code surface and thin support for other runtimes
- - Young vendor with a shifting product identity; docs and community content span multiple product generations
AWS Lambda
Pros
- + Zero idle cost with a free tier that covers small products: 1M requests and 400,000 GB-seconds monthly
- + Graviton pricing at $0.0000133334 per GB-second undercuts x86 by roughly 20%
- + Automatic multi-AZ scaling with a 99.95% per-region SLA and no capacity planning
- + Deep event integration across AWS services, with three form factors (Event/Web Functions, MicroVMs)
Cons
- - Per-request and GB-second pricing gets expensive against committed compute at steady high utilization
- - Cold starts — hundreds of milliseconds to seconds depending on runtime — with provisioned concurrency as an extra meter
- - 15-minute execution limit and payload caps make it wrong for long-running batch work
- - AWS-specific event plumbing creates real lock-in; distributed event chains are hard to debug
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