AI GLOSSARY

AI Security

AI security encompasses all measures taken to protect AI models, data, and applications from attacks, misuse, and errors. It is essential for trust, compliance, and productive operations—and goes far beyond traditional IT security.

 

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4

Threats
Model, Data, Prompts, Operation

3

Layers of Protection
Prevention, Detection, Response

8

Types of Attacks
Prompt Injection, Data Poisoning, and More

6

Best Practices
for Secure AI Solutions

Why AI Security Is Essential

AI expands a company’s attack surface. In addition to traditional IT risks, there are AI-specific threats: prompt injection, data poisoning, and model extraction. Those who ignore them risk data breaches, manipulated responses, and reputational damage.

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Ensuring Data Protection

Personal data in prompts or models requires special protective measures.

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Defend Against Prompt Injection

Attacks via manipulated input are a real threat—guardrails provide protection.

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Preventing Model Theft

Significant investments in trained models—intellectual property must be protected.

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Compliance Requirements

The AI Act, the GDPR, and industry-specific regulations set forth specific security requirements.

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Reliable Operational Results

Without security, there can be no reliable models—trust and business value suffer.

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Reputation Protection

High-profile security incidents are media disasters—prevention pays off.

What is AI security?

AI security is the discipline of protecting AI models, the underlying data, and the surrounding applications from threats. It extends traditional IT security to include AI-specific aspects.

Four threat areas: model security (extraction, theft, sabotage), data security (poisoning, leakage, unauthorized access), prompt and interaction security (injection, jailbreak, manipulation), and operational security (availability, isolation, access control).

Key types of attacks: prompt injection (manipulative inputs), data poisoning (corrupted training data), model extraction (replicating a model), membership inference (determining whether a data point was in the training set), adversarial examples (targeted misclassification).

For small and medium-sized businesses, AI security is a new field that builds upon and complements traditional IT security. Investing in security today will result in significant savings tomorrow in terms of incidents and fines.

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Security Techniques in Detail

These eight techniques form the backbone of modern AI security:

Guardrails

Rule-Based Filters for Input and Output — Prevent prompt injection and toxic content.

Input Sanitization

Validating user input before it is fed into the model.

Output Validation

Checking the model answers — do not overwrite system defaults.

Access Control

Who is authorized to use, configure, and train the model? Control access based on roles.

Isolation

Models and data in separate environments — Reduce the blast radius.

Data Loss Prevention

Prevents the leakage of sensitive data through prompts or responses.

Red Teaming

Targeted attacks on the model to test the protective measures.

Monitoring for Anomalies

Identify and respond to unusual inquiries or responses early on.

Best Practices for AI Security

These six principles have proven effective:

  • Security by Design: Build security in from the start—don’t treat it as an afterthought.
  • Zero Trust: No blind trust—authenticate and authorize every request.
  • Defense in Depth: Combine multiple layers of protection; don’t rely on just one.
  • Least Privilege: Models and users are granted only what they need.
  • Regular Testing: Red teaming and penetration tests reveal vulnerabilities.
  • Prepared for Incidents: Incident response is mandatory—even for AI-specific attacks.
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Level 1

Prevention

Prevent attacks using guardrails, input filters, and access control.

Protection

Level 2

Detection

Detect attacks through monitoring, anomaly detection, and alerts.

Detection

Level 3

Response

Respond through incident processes, isolation, and recovery.

Respond

Common Mistakes in AI Security

We often see these pitfalls:

  • Relyingsolely on traditional IT security: Firewalls and passwords aren’t enough—AI needs specific guardrails.
  • Trusting user input: Without input filters, any input can be an attack.
  • Lack of monitoring: Attacks go undetected—response only comes after damage has been done.
  • No incident plan: When things go wrong, panic sets in instead of a structured response.
  • Security as a roadblock: Rules that are too strict prevent usage—there’s a lack of balance with the business perspective.

AI Security vs. IT Security vs. Data Protection

A comparison of three related disciplines:

  • AI security: Specific to AI models, data, and interactions—new threats.
  • IT Security: Traditional security for systems, networks, and applications. The foundation.
  • Data Protection: Protection of personal data — GDPR, specific requirements.
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Contact Us Now

Katja Kammilla as the contact person for AI consulting

Your contact person

Katja Kammilla
0203 3965080

Frequently Asked Questions About AI Security

Building AI Security in Your Company

In a free initial consultation, we’ll review your AI applications and outline a security strategy—including a threat analysis, recommended measures, and a roadmap.

As an AI partner for small and medium-sized businesses, we take a pragmatic approach to building AI security—with guardrails, monitoring, incident response, and regular red teaming.

What We Offer

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