How we differ 01 · aamp vs n8n
Alternative to n8nn8n excels at classic API integrations. aamp was built specifically as a dedicated control plane for autonomous AI agents — free of the reasoning step tax, with complete execution isolation.
Organizations looking past cloud data-flow platforms face the same three problems: rigorous security, full data sovereignty, and a predictable cost model.
| Criterion | aamp | n8n |
|---|---|---|
| Deployment model | Single Go binary / local SQLite | Node.js (Docker / self-host / cloud) |
| Sovereignty (EU compliance) | 100% native air-gap, zero telemetry | Requires manual configuration; cloud subject to US CLOUD Act |
| Code isolation / sandbox | Firecracker microVM (KVM) | Standard Node.js / Docker containers |
| LLM security | Dual safety firewalls (in/out, prompt guard & PII) | Basic overlays / external modules |
| Access control | Three-role RBAC with per-agent and per-knowledge-base grants | Plan-dependent, often Enterprise-only |
| Pricing model | Execution-based, 0% token markup, no step tax | Fee based on step count (workflow executions) |
The information presented and the comparison were prepared based on the analysis of publicly available information sources, documentation, and pricing of n8n and aamp products as of 2026.
Untrusted code, browser interactions and document parsing run inside single-use Firecracker microVM chambers, so a compromised task cannot reach corporate infrastructure.
Complex reasoning loops generate a large number of executed steps on step-metered platforms, which inflates cost. In aamp you pay for the completed task.
Bidirectional filters — inbound prompt guard and outbound PII filter covering EU languages — protect sensitive data without external guardrail services.
Instead of per-operation fees across multi-step retries and agent reasoning, aamp executes dynamic loops — search, analyse, code, decide — as one completed run inside a secure environment.
Agents log in and extract data from external supplier sites inside an isolated Firecracker microVM. A malicious script cannot escape the sandbox to reach production data.
Side-by-side testing and switching between commercial cloud models (OpenAI, Bedrock) and local open weights (Ollama, vLLM), with zero provider markup under BYOK.