Sample Deliverable

AI Security
Snapshot Report

A focused, rapid assessment of your AI implementation's security posture with actionable recommendations to protect your business from emerging threats.
For:TechFusion AI, Inc.
Service:AI Security Quick Scan
Date:May 20, 2025
Prepared by:
Guilherme Silveira
AI Security Expert
gbasilveira.com | linkedin.com/in/gbasilveira
Guilherme Silveira
AI Security
Prompt Injection
Data Leakage
1

Executive Summary

A high-level overview of our findings and recommendations for your AI security posture.

This AI Security Snapshot Report provides a rapid assessment of TechFusion AI's current AI implementations, focusing on critical security vulnerabilities and compliance readiness for emerging AI regulations.

Our quick scan identified 3 key areas of concern primarily related to prompt injection, potential data leakage, and insecure API integrations within your internal LLM-powered knowledge base. While your current AI adoption is innovative and efficient, addressing these vulnerabilities is crucial to prevent unauthorized access, protect sensitive data, and maintain user trust.

This report outlines our prioritized findings and provides 3 actionable recommendations to enhance your AI security posture immediately.

3
Critical Vulnerabilities
3
Actionable Recommendations
2
Weeks Implementation Time
2

Scope & Methodology

The boundaries of our assessment and the approach we used to identify vulnerabilities.

Scope

This Quick Scan focused on a high-level review of TechFusion AI's internal customer support chatbot leveraging OpenAI's API and its interaction with your internal knowledge base (RAG system).

1

Review of prompt engineering practices

2

Assessment of data flow to and from the LLM

3

High-level review of API integration security

4

Consideration of potential attack vectors

Methodology

Our approach involved:

Discovery Call

A brief discovery call with Sarah Chen (CTO) and the AI development team

Documentation Review

Review of documentation provided (system architecture, usage guidelines)

Security Analysis

High-level analysis based on current best practices for AI security

3

Key Findings

The most critical AI security vulnerabilities identified during our assessment.

High Risk
Medium Risk
Low Risk

Prompt Injection Vulnerability

High Risk

Description:

The internal chatbot exhibits susceptibility to both direct and indirect prompt injection attacks, allowing users to potentially bypass its intended guardrails and instructions. For example, specific inputs can cause the model to reveal its system prompt or disregard safety instructions.

Potential Impact:

  • Data Leakage: An attacker could trick the AI into revealing sensitive internal company data or proprietary information accessible through the RAG system.
  • Unauthorized Actions: If the agent is connected to other systems, it could be coerced into performing actions it's not authorized for (e.g., sending emails, modifying data).
  • Reputational Damage: Malicious actors could manipulate the bot to generate harmful or inappropriate content, impacting user trust and brand image.

Likelihood:

High (due to common design patterns and active exploitation techniques)

Data Leakage Risk

Medium Risk

Description:

The process by which the LLM retrieves information from your internal knowledge base and synthesizes it for output has potential avenues for unintended data exposure. There is insufficient sanitization or validation of sensitive data that might be present in the knowledge base and subsequently surfaced by the LLM.

Potential Impact:

  • Confidentiality Breach: Sensitive company IP, customer PII, or internal financial data could be exposed in responses to user queries, even if the user is not explicitly authorized to see it.
  • Compliance Violations: Potential breaches of GDPR, HIPAA, or other industry-specific data privacy regulations.

Likelihood:

Medium (dependent on the sensitivity of data in the knowledge base and user query patterns)

API Key Management Issues

Medium Risk

Description:

Our review indicates that the API keys used to connect your internal systems to external AI services (e.g., OpenAI, Anthropic) may not follow least-privilege principles or might be exposed in code repositories/configuration files, rather than secure environment variables or a dedicated secrets manager.

Potential Impact:

  • Unauthorized Access/Usage: Compromised API keys could allow unauthorized access to your AI service accounts, leading to illicit usage (and costs) or data exfiltration.
  • Service Interruption: Malicious use of keys could lead to rate limit issues or account suspension.

Likelihood:

Medium (common developer oversight, often targeted by attackers)

4

Recommendations

Prioritized actions to enhance your AI security posture immediately.

Effort
Impact
01

Implement Robust Prompt Injection Defenses

Input Sanitization

Implement rigorous input validation and sanitization on all user prompts before they reach the LLM.

Output Validation

Employ content filters and programmatic checks on LLM outputs to identify and block malicious or unintended responses.

Privilege Separation

Ensure your agent's capabilities are strictly limited based on user roles and minimize the actions an AI can take without human oversight.

Red-Teaming

Conduct regular, internal red-teaming exercises to identify and exploit potential prompt injection vectors.

Effort:
Medium
Impact:
High
02

Enhance Data Leakage Prevention

Data Masking/Anonymization

Implement automated data masking or anonymization for sensitive data within your RAG system, or for specific data types before they are fed to the LLM.

Contextual Filtering

Develop an intelligent filtering layer that prevents the LLM from synthesizing or displaying information that is outside the explicit scope of the user's query or their authorization level.

"No Sensitive Data" Protocol

Establish a clear protocol for developers and users on what sensitive data should never be exposed to or processed by the LLM.

Effort:
Medium
Impact:
High
03

Adopt Secure API Key Management

Secrets Management System

Implement a dedicated secrets management solution (e.g., HashiCorp Vault, AWS Secrets Manager, Azure Key Vault) to securely store and retrieve AI service API keys.

Least Privilege

Ensure AI service accounts and API keys are granted only the minimum necessary permissions required for their function.

Rotation Policies

Establish regular key rotation policies and monitor for unusual API key usage.

Effort:
Low-Medium
Impact:
Medium
5

Next Steps

Further actions to strengthen your AI security posture beyond the initial recommendations.

This AI Security Snapshot provides a critical starting point for hardening your AI systems. To further strengthen your defenses and ensure ongoing protection, we recommend:

Deep Dive Audit

A more comprehensive audit focusing on specific MLOps pipeline security, adversarial attack resilience, or detailed compliance mapping.

Ongoing Advisory

Monthly retainer for continuous AI security monitoring, threat intelligence updates, and advisory support.

Team Training

Customized workshops for your developers and product teams on secure prompt engineering and AI security best practices.

We are available to discuss these recommendations in detail and assist with their implementation.

Disclaimer

This report is based on a rapid "quick scan" and a limited review of provided information. It identifies high-priority areas for improvement based on common AI security vulnerabilities. It is not an exhaustive security audit and does not guarantee the absence of all vulnerabilities or future security incidents. Full responsibility for implementation and ongoing security rests with TechFusion AI, Inc.

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