Question 1

What are the minimum hardware requirements to deploy Activepieces with Docker?

Accepted Answer

You need a Linux server with at least 2 vCPU and 4GB RAM for a production deployment. Docker and Docker Compose must be installed. This typically costs $5–15 per month on a cloud VPS. Additionally, you need a domain name, SSL certificate (free via Let's Encrypt), and SSH access to the server. For development or testing, 1 vCPU and 2GB RAM may work, but production workloads require the higher spec.

Question 2

How long does it take to deploy Activepieces with Docker Compose?

Accepted Answer

The actual Docker Compose deployment takes about 15–30 minutes once your infrastructure is provisioned. However, the full setup—infrastructure provisioning, environment configuration, SSL setup, volume mounting, and testing—typically takes 2–4 hours depending on your familiarity with Docker, Linux, and networking. Opsily deploys a managed instance in 3 minutes with no configuration required.

Question 3

What environment variables and configuration do I need to set?

Accepted Answer

Docker deployment requires 9+ environment variables, including database credentials, JWT secret keys, encryption keys, frontend URL, Redis connection string, API tokens, and SMTP settings for email. You must generate encryption keys using OpenSSL and manage secrets securely. Any misconfiguration can break authentication or expose data. Opsily pre-configures all of this and rotates secrets automatically.

Question 4

Can I run Activepieces Docker on my home network or a small business server?

Accepted Answer

Yes, you can run Activepieces Docker in-house, but it requires a static IP address, reliable internet (at least 10 Mbps upload), consistent power, and climate control for hardware. For home labs and small offices, a single server failure leaves workflows down until you repair or replace it. Most businesses choose cloud VPS for reliability. Opsily uses cloud infrastructure and geographic redundancy, so your automation keeps running even during hardware failures.

Question 5

What does ongoing maintenance look like for self-hosted Activepieces?

Accepted Answer

You own daily responsibilities: monitor container health, check logs for errors, manage PostgreSQL and Redis tuning, run and test backups monthly, and plan version upgrades across environments. You own monthly responsibilities: security patching for the OS, Docker updates, and dependency updates. You own quarterly responsibilities: capacity planning, SSL certificate renewal (if not automated), and disaster recovery testing. Activepieces' guidance recommends 1.5 FTEs for a large enterprise to handle this workload properly.

Question 6

How do I back up and restore Activepieces data if I self-host?

Accepted Answer

You must set up automated PostgreSQL backups using tools like pg_dump with a cron job, store backups off-server (cloud storage, NAS), encrypt them with AES-256, and test restoration monthly to confirm backups work. If you lose the database, you lose all workflow definitions, execution history, and credentials until you restore. Opsily automates this: daily backups, off-site storage, encryption, and point-in-time recovery without any effort from you.

Question 7

What security vulnerabilities should I watch for in self-hosted Activepieces?

Accepted Answer

You are responsible for patching the Linux kernel, Docker daemon, PostgreSQL, Redis, and the Activepieces image itself. Vulnerability disclosures for any of these require immediate action. You must manage database credentials, JWT secrets, and encryption keys securely, rotate them periodically, and audit access logs. You must isolate the application from the internet using a firewall, SSL/TLS certificates, and network segmentation. A data breach on self-hosted infrastructure often costs $4.88M USD or more in recovery and liability. Opsily patches automatically within 24 hours of release.

Question 8

When does managed Activepieces hosting make sense vs self-hosting with Docker?

Accepted Answer

Choose managed hosting if you lack Docker expertise, want zero DevOps overhead, need GDPR compliance, require EU data residency, or cannot dedicate 1.5+ FTEs to infrastructure. Choose Docker self-hosting if you have in-house infrastructure talent, need full control over customization, or are running Activepieces in an air-gapped or on-premise environment. Most teams benefit from managed hosting: the $16–$30/month cost is far less than hiring one infrastructure engineer.

Deploy Activepieces With Docker

What Docker Self-Hosting Requires

The Docker Deployment Process

Provision Infrastructure

Configure Environment

Deploy Containers

Manage Ongoing Operations

Required for production-grade self-hosting

Why Docker Self-Hosting Gets Expensive

Deploy Activepieces With Docker: Why Managed Hosting Wins

Fully Automated Operations

EU Data Residency & GDPR

Deploy in 3 Minutes

Built for teams who need reliability

Enterprise-Grade Security & Compliance

GDPR Compliant

Enterprise-Grade Data Centers

Automated Security Patching

Daily Encrypted Backups

Frequently Asked Questions

Simple, Transparent Managed Pricing

Start Your Managed Activepieces Today