Sovereign AI Engineering
Secure the benefits of advanced AI with the absolute peace of mind that comes from total data sovereignty. I architect private, on-premise intelligence systems that keep your proprietary data in your hands, and nowhere else.
Or download the Risk Report →
You need the efficiency of LLMs to stay competitive, but you cannot risk sending trade secrets to black-box APIs. Here's how I solve this dilemma.
You own the model, the weights, and the data. No indefinite cloud subscriptions. No vendor lock-in. Your AI infrastructure belongs to you.
Your data never leaves your infrastructure. Designed for GDPR & EU AI Act compliance by default. Built for European enterprises.
I don't "guess" with AI. I engineer systems that are deterministic, measurable, and robust. My physics background demands mathematical rigor.
From strategy to production, every step is grounded in the scientific method.
Identifying where AI delivers genuine ROI and filtering out low-value use cases. Not every problem needs AI. I help you find the ones that do.
Building rapid, testable proofs-of-concept using open-source SOTA models. Hypothesis-driven development with measurable outcomes.
Deploying robust pipelines integrated seamlessly into legacy workflows. Production-ready systems with monitoring, logging, and failsafes.
Real results for enterprises demanding excellence.
Presenting a case study on sovereign AI at the Spanish National Conference on the Future of AI in Europe.
Explained the project below, emphasizing how complete data privacy and sovereignty is achieved using open-source, on-premise solutions, positioning this approach as the future of AI for the European market.
Transform a chaotic backlog of mixed-media support tickets into actionable strategy while strictly adhering to data sovereignty requirements (no cloud).
Built a secure, local open-source AI pipeline explicitly using OCR and LLMs to digest attachments and cluster issues for automated root-cause discovery.
Provide scalable, personalized feedback on student writing without overworking educators.
Collaborated with Mark My Words to help build their backend, integrating RAG models and fine-tuned LLMs with asynchronous pipelines.
Validate models and pipelines where using real data was impossible due to privacy constraints.
Conducted detailed statistical and logical analysis of real data structures and interdependencies to recreate high-fidelity, high-quality synthetic datasets at scale.
What past clients say about my work.
Daniel is helping us as a freelancer to build AI and machine learning solutions for our clients. He is delivering exceptionally good work. He is very intelligent and knows what he is talking about.
Daniel is a brilliant freelancer. Hardworking, smart, creative and personable. I could not recommend him more.
Professional, smart and friendly. Daniel delivers outstanding work, and has a solid grasp of technical domains. We value his work, and hope to continue engaging with him in future.
It has been a privilege to have Daniel on our team. From day one, he proved himself an exceptional professional, excelling in every task and constantly improving our projects.
I was consistently impressed by his dedication, professionalism, and ability to quickly develop effective solutions to complex problems. A highly skilled professional and valuable team player.
Architecture & Hardware Guide
1 EXECUTIVE SUMMARY
This document outlines the technical architecture for deploying private, air-gapped intelligence engines.
Most consultants will tell you why you need privacy. This blueprint shows your engineering team exactly how to build it.
This is not a high-level policy document. It is a technical implementation guide for deploying Sovereign Intelligence Engines that run entirely offline.
What You Will Get:
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I am not just a developer; I am a Physicist and AI Architect.
In an industry driven by hype and probability, I apply the rigorous Scientific Method to business automation. My background in Theoretical Physics (PhD) trained me to look beyond "wrapper" solutions and engineer systems that are deterministic, measurable, and robust.