“We want AI, but we can't send customer documents to random chat.” – We hear this often in regulated industries. And rightly so. This article addresses directly: Where is the data, who can see it, is it used to train the model, and what should be included? in writing – step by step.
Why is "AI security" more than just IT?
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Classic IT protects storage locations – servers, drives, accounts. AI adds another layer: the content must be processed by the modelin order to give an answer. At some point a portion of the document is fed into the computing system.
So the question isn’t “will the data end up in the AI?” (it often has to), but rather:
- Where are processed?
- Who has access?
- Is end up at practice?
- How long Where are they stored?
- Co What do you do when an error or incident occurs?
The Five Pillars of AI Security in the Workplace
Pillar 1: Location and processing model
Option A – a provider’s public cloud (e.g., a consumer chat service)
Minimal oversight. In the free versions, data may be used to improve services or training—depending on the terms and conditions. Plans Teams/Enterprise Providers often disable training, but the data is still stored on their infrastructure—so you need to have it in DPA and politics.
Option B – Dedicated instance in the EU (Azure OpenAI, AWS Bedrock, etc.)
A good combination: high-quality large-scale models + location (e.g., Frankfurt, Amsterdam) + GDPR-compliant contracts. You still need DPA and a clear description of the subprocessor.
Option C – on-premises infrastructure
Maximum geographical and network control; higher costs for hardware (GPUs), maintenance, and expertise. It does not automatically mean “Safer than a good EU cloud”—you still have to patch, back up, and monitor your own server.
In practice: For many compaNos, it makes sense to Option B with a specific EU region—unless regulations require an on-premises solution.
Pillar 2: Who can see which data? (Not everyone is supposed to see everything)
| Mechanism | Why |
|---|---|
| Roles (RBAC) | Partner vs. assistant – different scopes of work and data. |
| Spaces / Projects | Client X's documents are separate from Y's. |
| File-level access | Highly confidential agreements intended only for designated individuals. |
| Log (audit log) | Who asked what, when, and what sources they consulted. |
Why this is critical in AI: Without permission filters, the model could return a excerpt from someone else's things, if the entire database is "flat." Good RAG narrows the search what the user is allowed to do.
It's requirement, not just a “nice little extra.”
Pillar 3: Does the provider train its models using your data?
Approximately: Free / Consumer Plans more often reserve the right to use the content to improve their services; business plans, enterprise plans, and standard APIs – usually No use your content for training—but don't guess: you need clauses in the contract / DPA.
The written version should read:
DPA (data processing agreement), training ban (if that's how it's going to be), region or a method for determining the location of processing.
Pillar 4: Logging in and accessing the system itself
| Element | Minimum |
|---|---|
| Strong passwords + policy | Yes. |
| MFA | Yes—in many industries, this is standard practice, not just an "option." |
| Lockout after failed logsn attempts | Yes. |
| Session timeout | Yes (e.g., when idle). |
| SSO (optional) | It makes management easier in a larger organization. |
Pillar 5: Monitoring and Response
It is worth logging, among other things: failed logsn attempts, unusual queries, bulk exports, and token usage (cost and abuse). In some industries full query audit is required by regulators or internal policy.
Pre-implementation checklist
Data and infrastructure
- A designated region (e.g., the EU) or a justified transfer mechanism.
- DPA with the data processor.
- ConcompaNosation that your data has not been used for training (if required).
- Encryption at rest and in transit (industry standards).
- Backups and the restoration process.
Access
- MFA for users.
- Roles and minimum permissions.
- Document categorization (client / case / department).
- Filter AI results by permissions.
- Automatic logout after inactivity.
Organization
- Current Privacy Policy (at your place: Privacy Policy) and information for employees.
- Incident Procedure.
The most common misyeses (let's be honest)
“We’ll set up a company ChatGPT account—problem solved.”
It's better than nothing, but does not replace data segregation, auditing, and architecture for corporate documents. The next step is often a controlled environment or a RAG with permissions.
“We’ll build it locally—it’ll be 100% safe.”
There are also local updates, access, backups, and people. Often the EU's mature cloud With a good contract, it beats a self-hosted server run "on the side."
“We will ban AI.”
People will use private tools anyway – out of sight for the company. It's better to a conscious policy and a tool that is more conveNont and safer than a workaround.
Summary
Safe AI in the workplace mainly involves: a conscious choice of processing location, contracts, access control, logs, MFA – and a realistic assessment of whether a consumer chat feature is sufficient at all. For a broader overview of the tools and costs, see A Guide to AI for Businesses; when yesing small, controlled steps, it’s important to keep logsc in mind MVP.
Are you implementing AI in a regulated industry? Send us a message or schedule a call – We’ll help you translate your requirements into architecture and documentation.
