Data protection and compliance
Even with a DPA and an EU region, legal questions remain with US vendors. For many companies, public bodies or regulated industries, local processing is therefore the only option on the table.
With local AI you process confidential data directly on your own hardware. Contracts, customer data, personnel files or internal documents do not leave your company. I use local AI where cloud solutions are off the table for data protection, compliance or organisational reasons.
As a technical base I use Ollama among other tools. That lets open-weight models run on a Mac, on Windows or on a Linux server. Prompts, documents and answers stay on your own infrastructure.
Ollama simplifies running modern open-weight models on your own hardware. What used to need many tools and a lot of configuration can now be stood up locally in a few steps. At the same time Ollama provides an API that is straightforward to wire into existing apps or automations.
For many typical company tasks, current models on modern business hardware are already enough. Which model size makes sense depends on the hardware you have and the speed you need. Not every task needs the strongest model from the cloud.
Ollama is now the most common standard for local AI, but not the only option. Depending on the use case, LM Studio or llama.cpp can be the better choice.
Contracts, bank statements, personnel files or customer data should not be pasted into public AI services without review. In many companies that raises questions about data protection, compliance or internal policy.
Local AI makes it possible to use language models for exactly those tasks without sensitive content leaving the company.
Even with a DPA and an EU region, legal questions remain with US vendors. For many companies, public bodies or regulated industries, local processing is therefore the only option on the table.
Local AI only works well when model and hardware fit. A model that is too large for the graphics memory leads to long wait times and poor day-to-day adoption.
For individual staff a capable workstation is often enough. As soon as several people need the same AI at once, a central server is the better fit.
Not every company needs its own GPU server. The right setup follows the number of users, the data risk and the use case.
Ideal for individual staff, developers or confidential documents that must not leave the machine.
A central Linux server provides the AI on the internal network. Apps such as n8n or your own software talk to it through a shared interface.
The same software runs on rented hardware in a European datacentre. You skip hardware on site, while still controlling the infrastructure.
Apple Silicon uses shared memory for CPU and GPU. That lets many mid-size models run usefully on ordinary machines.
Here the available graphics memory of the NVIDIA card mainly decides which models can run at a useful speed.
I pick model, infrastructure and hardware to fit your use case. That may be Qwen or Llama with Ollama, LM Studio or llama.cpp. The technical base stays flexible and can later be extended or swapped.
Local AI does not automatically mean full isolation. Downloading a model hits a model library once. Optional cloud features should stay off. A local AI server must also not be reachable from the internet without protection.
Local models do not automatically replace the strongest cloud models. For complex analysis, very large document sets or demanding agent systems, a cloud setup often stays ahead. In many companies a hybrid approach is therefore the sensible path.
Ollama fits most companies as the default for local AI. LM Studio offers a usable interface without a terminal. llama.cpp is aimed at technical users who need maximum control or speed.
Which setup is used depends on the company requirements, not on a particular piece of software.
Local AI fits especially well for processes with sensitive data. The model helps where classic rules or scripts are no longer enough.
If the payment reference has typos or mismatched company names, the local model helps with matching. Unclear cases are still reviewed by staff.
Approved documents can be searched through a RAG setup. Answers are based only on the company data you provide.
Inbound messages can be categorised, prioritised or prepared as a draft.
Sensitive data is processed locally. For especially demanding tasks an enterprise cloud setup can be attached if needed.
Yes, as long as only local models are used. Prompts, documents and answers stay on your own hardware. Exceptions are the one-time model download and cloud features that are deliberately switched on.
Local AI makes it much easier to process sensitive information in a data-protection-friendly way. Whether a concrete setup meets every legal requirement still depends on the use case.
The right hardware follows model size and use case. Modern business machines are already enough for many tasks. More demanding work benefits from dedicated graphics cards or a central server.
For many internal tasks, yes. For complex analysis or especially capable models, a cloud setup often remains the better choice.
Yes. With RAG you can search documents, wikis or SharePoint content without sending it to public AI services.
Local AI gives maximum control over confidential data. For especially complex tasks, many concurrent users or very large models, a cloud setup is often more economical.
Strong models, flexible scaling and no hardware of your own. In return, data protection, the contract and where data is stored should be checked carefully.
To cloud AINot every process needs AI. I first check data risk, benefit and economics. After that it is clear whether a local setup, a cloud setup or a mix of both makes sense.
To the AI checkIn the first conversation I clarify with you:
After that you have a realistic view of which setup offers the most value for your company.