If you run automations in a bank, healthcare provider, or insurance company, check where your API keys are stored right now. If they are in configuration files, source code, or cloud automation tools without dedicated secrets management, you are exposed to leakage. Move every secret to a dedicated management system, define RBAC that limits who sees what, and enable audit logging on every execution.
n8n published an article detailing six security controls for automations in regulated industries: RBAC, secrets management, audit logging, data residency, environment isolation, and monitoring systems. A 2024 survey found that 88% of respondents worried about secrets sprawl, and 96% stored secrets outside secure locations such as configuration files and source code.
What actually happened
The article focuses on the gap between automation adoption and implementation of security controls. Most organisations run automations with API keys scattered across JSON files, scripts, and cloud automation tools. The survey shows that nearly all organisations are aware of the problem, but only a minority implement dedicated secrets management.
n8n emphasises that self-hosted and source-available platforms give teams direct access to execution behaviour and configuration, which supports stronger governance. This is especially relevant for organisations that must comply with HIPAA, SOC 2, and GDPR standards.
Why it matters beyond the headline
In Israel, organisations in healthcare, finance, and insurance are starting to run automations in production environments. The problem is that most cloud tools do not give full control over where data is stored, who sees it, and how it moves between systems.
When an automation connects a CRM, invoicing system, and WhatsApp, it needs to store access keys for each of those systems. If those keys are in code or in a file shared between developers, anyone with access to the code repository can read them. This does not meet any regulatory standard.
The solution is not only technical. You need to define who is authorised to edit automations, who is authorised to see logs, and where data is physically stored. Self-hosted platforms allow Israeli organisations to run the entire infrastructure inside the internal network, without transferring data outside.
What to do this week
Start with a simple audit: list all the automations running in your organisation, and check where their API keys are stored. If you find keys in .env files, source code, or automation tools without dedicated secrets management, that is the first risk to address.
If you work with an automation vendor, ask them to show you how they manage secrets, where data is stored, and what level of access their team has to your systems. If they cannot answer these questions clearly, it is a sign they have not built systems in regulated environments.
For organisations that need full control, consider self-hosted platforms that allow you to run the entire infrastructure inside the internal network. This adds operational overhead, but it is the difference between a system that passes regulatory audit and one that does not. Read more about AI agents for business security.
Frequently asked
You can, but only if the tool supports data residency (storing data in a defined geographic location), dedicated secrets management, and full audit logging. Most cloud tools do not meet these requirements out of the box, which is why regulated organisations choose self-hosted platforms.
Password managers are designed for humans. Secrets management for automations needs to support programmatic access, API-level permissions, and automatic key rotation. In addition, it needs to log who accessed the key, when, and from which automation, to meet audit requirements.
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