n8n in production, without the operational burden.
We design, deploy, harden, and operate self-hosted n8n environments — from a single production server to Kubernetes — with observability, governance, and SLA-backed support.
n8n goes down and no one notices?
We add health checks, alerting, auto-recovery, backups, and SLA-backed support.
Too many HTTP Request nodes?
We turn recurring API integrations into production-grade custom nodes — tested, documented, versioned, and ready for n8n verification.
Still running one container with SQLite?
We redesign your deployment for production with PostgreSQL, queue mode, workers, backups, and observability.
Workflows failing silently?
We add error handling, retries, alerting, traceability, and operational governance.
n8n engineering, end to end.
Verified Custom Nodes
Product-grade custom nodes with testing, documentation, versioning, publishing, maintenance, and a path to n8n verification.
Self-hosted Setup & Deployment
Secure n8n deployments across cloud, on-prem, Docker, and Kubernetes — hardened for production.
Production-grade Workflows
Reliable automations with validation, error handling, retries, observability, and governance.
Audit & Optimization
We identify reliability, performance, cost, security, and maintainability issues across your n8n stack.
Monitoring & Support
Continuous monitoring, proactive alerts, incident response, maintenance, and SLA-backed support.
Your infrastructure, our production patterns.
From a hardened single-node deployment to horizontally scaled Kubernetes, we design n8n environments around your workload, security requirements, availability targets, and budget — including PostgreSQL, Redis-backed queue mode, workers, backups, and observability when the architecture requires them.
What sets us apart
Built for production, not demos
Our engineering patterns are designed for real production environments and high execution volumes. Reliability, maintainability, and operational visibility are considered from day one.
Security by design
Network isolation, least privilege, credential protection, backups, CVE monitoring, access controls, and secure deployment practices are part of the architecture — not afterthoughts.
DevOps & Platform Engineering DNA
We combine deep n8n expertise with cloud infrastructure, Kubernetes, IaC, CI/CD, observability, and reliability engineering — bridging automation with production operations.
Production experience that supports the operation
- Millionsworkflow executions observed and validated in production
- Multi-cloudAWS, Azure, Google Cloud, Docker, Kubernetes, and on-prem
- 24/7monitoring and alerting options for production environments
- Remotedelivery and collaboration in English and Portuguese
How an engagement works
Assess
We map your architecture, workloads, integrations, risks, pain points, and goals.
Design
We define the target architecture, scope, milestones, responsibilities, and expected costs.
Implement
We build, test, document, migrate, and deploy.
Operate & evolve
We monitor, support, optimize, and continuously improve your environment.
Common questions
What is a verified custom node?
A verified community node is a community node that meets n8n's verification requirements and passes the required checks. n8nscale develops nodes with production-quality engineering and handles the path from implementation through testing, documentation, publishing, and submission for verification. Once approved, they can be distributed in n8n environments that support verified community nodes, including n8n Cloud.
Do you only work with self-hosted n8n?
No. Self-hosted n8n is one of our core specialties because it involves infrastructure, security, scaling, and operations, but we also develop workflows and verified custom nodes for supported n8n Cloud use cases.
What is the difference between n8n Cloud and self-hosted n8n?
n8n Cloud removes most infrastructure responsibility and is a fast way to use the platform. Self-hosting gives your organization greater control over infrastructure, networking, data residency, deployment architecture, and scaling. The right choice depends on your workload, security, customization, and operational requirements.
Is self-hosted n8n secure for enterprise use?
Yes — when it is properly designed, hardened, and operated. Self-hosting gives you control over network isolation, access policies, credentials, backups, monitoring, and data residency, but that control also creates operational responsibility. Security should be designed into the architecture rather than added later.
How do you scale n8n for high-volume workflows?
The architecture depends on the workload. For higher-volume environments, we can use queue mode, worker instances, Redis, PostgreSQL, horizontal scaling, Kubernetes, execution-data policies, and production observability. We size the architecture based on measured execution patterns instead of applying Kubernetes by default.
Can you migrate from Zapier or Make to n8n?
Yes. We can map existing automations, rebuild them in n8n, improve error handling and governance, and design the target runtime architecture. Migration scope depends on the number of workflows, integration complexity, business criticality, and testing requirements.
Do you offer ongoing monitoring and support?
Yes. We offer monitoring and support options that can include health checks, proactive alerts, backups, incident response, upgrades, security follow-up, capacity reviews, and SLA-backed support according to the agreed service level.
Do you work with companies outside Brazil?
Yes. We work remotely in English and Portuguese and can collaborate with distributed teams across time zones. Engagement structure is defined according to the project and support requirements.
Ready to make n8n production-ready?
Tell us what you're running today, where it hurts, and what you need to scale. We'll help identify the next technical step.
Request a free n8n assessmentRequest a free n8n assessment
Tell us about your environment or project and we'll get in touch.