Samuel Baguma β€” AI Security Blog

Deep dives on AI security, model protection, and adversarial defense.


πŸš€ 10. Automating Trust in Predictive AI Models

After weeks of integrating Jenkins + MLflow + Docker, I now have a fully automated AI Model Validation Framework running end-to-end.

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πŸ§ πŸ” 9. AI Security Architecture β€” The New Blueprint for Trust

AI is rewriting how organizations think about security architecture. It’s no longer enough to secure infrastructure β€” we must secure intelligence itself.

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βš™οΈ 8: Hardening ML Inference: A Deep Dive into Securing Models & APIs

A Deep Dive into Securing Models & APIs In many ML projects, deploying a model is the easy part β€” the real challenge is making sure it runs securely in production. I recently finished a project where I locked down...

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πŸ”’ 7: Privacy-Preserving AI

Privacy-preserving AI is about protecting sensitive data while still extracting valuable insights from it. This ensures models are trained, deployed, and used without compromising individual privacy. A core principle here is data minimization (GDPR) β€” only collect and process the...

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πŸ›‘οΈ 6: Adversarial Prompt Attacks on LLMs

Large Language Models (LLMs) bring incredible capabilities β€” but they’re also vulnerable to prompt-based adversarial attacks, where carefully crafted inputs manipulate the model into breaking rules or leaking sensitive information.

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πŸ” 5: Model Inversion & Inference Attacks (Stealing the Data)

While model extraction steals the model, inversion and inference attacks aim to steal the data β€” often the most sensitive asset an organization has.

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πŸ”Ž 4: Model Extraction (aka β€œModel Stealing”)

In the fourth post of my 7-part series on securing AI systems, I dive into Model extraction attacks. Model extraction attacks seek to replicate a deployed model’s behavior (and sometimes its parameters) by repeatedly querying it and using responses to...

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πŸ” 3: Evasion Attacks β€” Fooling Deployed AI Models

In the third post of my 7-part series on securing AI systems, I dive into evasion attacks β€” how attackers manipulate inputs after deployment to bypass AI models and what organizations can do to defend against them.

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🚨 2: Poisoning Attacks β€” When Hackers Train Your AI

In the second post of my 7-part series on securing AI systems, I dive into poisoning attacks β€” how attackers compromise AI models before deployment and what organizations can do to defend against them.

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πŸš€ 1: Building a Strong AI Security Baseline

As organizations race to integrate AI into their products, security often lags behind β€” leaving critical models, data, and APIs vulnerable. Here’s a practical baseline checklist to secure your AI systems from the ground up:

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