Zapier vs Activepieces
You are comparing the category leader (Zapier, cloud-only, proprietary) against the most permissively licensed open-source alternative (Activepieces, MIT, self-hostable).
Zapier
Connects 7,000+ apps with no-code automation, AI-powered Zaps, and Tables/Interfaces — the default automation layer for SaaS.
Read review →Activepieces
Open-source automation platform with 280+ integrations and AI flows — the developer-friendly alternative to Zapier.
Read review →Our take
Zapier wins on catalog and onboarding; nothing else comes close to 7,000+ apps. Activepieces wins on every axis a developer-led team should care about: real OSS license, self-host, no per-task ransom. Most teams should start on Zapier and migrate the high-volume jobs to Activepieces or n8n once the bill stings.
- Zapier wins 3
- Activepieces wins 4
- Ties: 1
Side-by-side
| Zapier | Activepieces | |
|---|---|---|
| Integration count | 7,000+ | 280+ |
| License | Proprietary | MIT (true OSS) |
| Self-host DB | No | Yes |
| Pricing model | Per task, climbs at scale | Free self-host or cloud per-execution |
| AI features | AI Actions, Chatbots, Central | Native AI step, growing |
| Onboarding | Best-in-class | Good, steeper than Zapier |
| Debugging | Task-history logs (operator-friendly) | Inline JSON, re-run steps (engineer-friendly) |
| Lock-in DB | High | Low |
DB rows are facts from the Tool Database. The ✓ mark is our editorial verdict, not a sourced fact.
Evidence & sources
Comparison facts are drawn from our Tool Database; the verdict and analysis are editorial. Verify each fact against the official sources below.
Zapier
Last verified:
- integrationsCount · checked Sat May 09
- pricingModel · checked Sat May 09
- billingMetric · checked Sat May 09
Activepieces
Last verified:
- license · checked Sat May 09
- pricingModel · checked Sat May 09
- integrationsCount · checked Sat May 09
Pricing: per-task cloud vs free self-host
Pricing drives most migrations off Zapier, so start here. Zapier bills per task -- every step that runs against an integration counts as one task. Self-hosted Activepieces has no per-run fee at all; Activepieces Cloud bills per execution at meaningfully lower unit costs. The models diverge sharply as volume grows.
A worked example: a 5-step Zap firing 1,000 times/month is ~5,000 tasks on Zapier (mid-tier, ~$50/mo) versus 1,000 executions on Activepieces -- and free at the runtime on self-host. By 20k tasks/month Zapier is into several hundred dollars while self-hosted Activepieces is still just your VPS bill. For most teams the crossover sits around 1,000-2,000 tasks/month; at 100k+/month it is no contest on cost.
Self-hosting and licensing
Activepieces self-hosts under MIT; Zapier does not self-host at any price, so for on-prem, air-gapped, or EU-only deployments Zapier is simply not on the shortlist. Activepieces runs in Docker or via Helm on Kubernetes, stores state in Postgres, and is free for unlimited workflows on your own server.
Real MIT is rare in this category -- most open-source workflow tools are fair-code, source-available, or open-core with paid features behind a license. Activepieces releases the whole runtime under MIT, so you can fork, white-label, or embed it in a product without legal friction. That puts it in a different bucket from Zapier and from most other Zapier alternatives.
Integrations and onboarding
Zapier wins the catalog by a wide margin -- ~7,000+ pre-built integrations including long-tail SaaS no other tool covers -- while Activepieces has ~280+ first-party pieces plus a community catalog and a generic HTTP piece for any REST API. But most teams use only 10-30 integrations total, so the gap matters less than the headline number: if your stack is mainstream, Activepieces covers you; if it leans on niche vertical or regional SaaS, Zapier is the safer bet. Audit your actual app list before deciding.
Zapier also wins onboarding polish: the most refined editor in the category, the largest templates library, and a dead-simple trigger-to-action model that marketing, sales-ops, and CS teams self-serve without engineering. Activepieces Cloud has caught up with modern editors but still leans developer, and self-host adds a Docker install that wants DevOps familiarity. For engineering-led teams that is zero friction; for a non-technical first-timer, Zapier is easier.
Debugging and scaling
For engineers, Activepieces is the faster tool: step-level JSON inline, re-run any step with edited inputs, a quick flow inspector. Zapier offers task history with per-step data and error replay on paid tiers, but the model is more abstracted -- you read task logs rather than poke at a live flow. For operators reviewing what happened yesterday, Zapier is friendlier; for engineers building or fixing, Activepieces is quicker. Pick by who owns the workflows day to day.
Scaling has two shapes. Zapier scales via cloud tiers with cost growing linearly on tasks -- bills routinely reach four figures for active mid-size teams. Activepieces self-host scales horizontally (workers behind Postgres + a queue) with cost roughly flat per execution and a real but bounded ops burden; Activepieces Cloud Enterprise handles managed scaling per execution, cheaper than Zapier at equivalent volume. At 10k+ tasks/month the math swings hard toward Activepieces; under ~1k, Zapier free/Starter can still be operationally easier.
Lock-in, migration, and our take
The lock-in contrast is structural, not marginal. Zapier is high lock-in -- proprietary Zaps, no portable export, no self-host at any price; if pricing or direction shifts you stay or rebuild. Activepieces is the lowest in the category -- MIT source on GitHub, flows export to JSON you can commit to Git, and self-host means the runtime is yours; if the company changed direction tomorrow your flows keep running unchanged. Migration has no importer either way, but Zapier to Activepieces is straightforward for typical Zaps (triggers, actions, filters, paths map cleanly; Code by Zapier becomes Code pieces).
Our take: most teams land on a two-phase pattern -- Zapier wins the first six months on onboarding and catalog, then the bigger, costlier workflows move to Activepieces (or n8n) once the invoice gets attention. A hybrid split is legitimate: keep low-volume long-tail-SaaS workflows on Zapier, migrate high-volume mainstream ones to self-hosted Activepieces. Two limits to respect: Zapier long-tail catalog is genuinely hard to replicate, and Activepieces self-host is real operational work, not a fire-and-forget compose file. Engineering-led teams starting fresh, or teams with compliance/EU/embedded requirements, should usually go straight to Activepieces.
FAQ
- Which is better, Zapier or Activepieces?
- Zapier wins on catalog and onboarding; nothing else comes close to 7,000+ apps. Activepieces wins on every axis a developer-led team should care about: real OSS license, self-host, no per-task ransom. Most teams should start on Zapier and migrate the high-volume jobs to Activepieces or n8n once the bill stings.
- What are the main differences?
- Integration count: Zapier — 7,000+; Activepieces — 280+. License: Zapier — Proprietary; Activepieces — MIT (true OSS). Self-host: Zapier — No; Activepieces — Yes (Docker/Helm). Pricing model: Zapier — Per task, climbs at scale; Activepieces — Free self-host or cloud per-execution. AI features: Zapier — AI Actions, Chatbots, Central; Activepieces — Native AI step, growing. Onboarding: Zapier — Best-in-class; Activepieces — Good, steeper than Zapier. Debugging: Zapier — Task-history logs (operator-friendly); Activepieces — Inline JSON, re-run steps (engineer-friendly). Lock-in: Zapier — High (no export, cloud-only); Activepieces — Low (JSON export + self-host).
- Is Zapier cheaper than Activepieces?
- Zapier: Per task, climbs at scale. Activepieces: Free self-host or cloud per-execution.