AI Security
AI Usage Risk Assessment
Quantify the security, privacy, and compliance risks of deploying Generative AI and LLMs within your corporate environment.
As organizations rush to adopt AI (like ChatGPT, Copilot, or custom LLMs), they expose themselves to new threat vectors including data leakage, intellectual property loss, and shadow IT. This assessment tool evaluates your planned AI use case against four critical domains: Data Sensitivity, Model Type, Access Control, and Governance. It generates a standardized risk score to help IT and Legal teams approve, modify, or block AI deployments safely.
Assessment Results
Select parameters to evaluate the AI deployment risk.
Executive Summary
Deployment Details
| Domain | Selected Profile |
|---|---|
| Input Data | - |
| Model Arch | - |
| Identity | - |
| Governance | - |
Risk Distribution
Compares technical risks (data+model) vs organizational risks (access+governance).
AI Security Roadmap
- Never input PII, PHI, or intellectual property into free, public AI models that use inputs for training.
- Migrate users from 'Shadow AI' to an approved Enterprise tenant with a signed Data Processing Agreement (DPA).
- Update your Acceptable Use Policy (AUP) to explicitly define what data can be used with GenAI.
- Implement Data Loss Prevention (DLP) to block source code or financial data from being pasted into AI chat windows.
- Establish an 'AI Council' to review and approve all new AI integrations within your software supply chain.
AI Disclaimer
This assessment models generalized risk. The legal and security landscape for Generative AI is evolving rapidly. High-risk deployments (like AI making automated decisions affecting individuals) may require a formal Algorithmic Impact Assessment (AIA) under laws like the EU AI Act.
AI Usage Risk Scorecard
Complete the assessment to calculate AI usage risk, evidence confidence, and approval recommendation.
Overall AI Usage Risk Score
Not calculated
Risk Trend Over Time
Planning view derived from this assessment, not live monitoring data.AI Risk by Severity
Risk Heatmap (Likelihood vs Impact)
Risk Scores by Domain
Top Risk Drivers
Compliance Framework Coverage
Recent Critical Findings
Risk Distribution
Remediation Summary
AI Use Case Risk Register
Approval Workflow
Global Standards Alignment
AI-Generated Executive Summary
This summary is generated from the entered assessment data and should be reviewed by the responsible AI governance owner before final decision.
Reports Section
Compliance Disclaimer
The AI Usage Risk Assessment is for internal scoping and policy development.
- Does not replace a formal Data Protection Impact Assessment (DPIA).
- Does not evaluate the accuracy or 'hallucination' risk of the model output.
- Consult legal counsel regarding copyright and IP ownership of AI-generated content.
Search topics covered
- AI security risk assessment template
- Generative AI corporate policy checklist
- risks of using ChatGPT in business
- enterprise LLM deployment security
- data privacy and artificial intelligence
- EU AI act compliance checker
- shadow AI detection and mitigation
- protecting intellectual property from LLMs
- AI governance framework for IT
- DLP rules for AI chatbots
- public vs enterprise AI SaaS security
- algorithmic impact assessment (AIA)
- machine learning data poisoning risks
- AI acceptable use policy (AUP)
- role-based access control for GenAI tools
How to use this calculator
Assess Data Sensitivity
The biggest risk in AI usage is data leakage. Determine what your employees intend to feed into the prompt. If they are writing marketing copy using public info, the risk is Low. If developers are pasting proprietary source code, or HR is analyzing employee performance reviews (PII), the risk is High. Never allow High-risk data into unmanaged public models.
Determine Model Deployment
Where is the brain of the AI located? "Public Consumer SaaS" (like the free version of ChatGPT) often uses user inputs to train future versions of the model, meaning your data could be exposed to competitors. "Enterprise SaaS" (like Copilot for M365 or ChatGPT Enterprise) contractually guarantees your data is isolated and not used for training, significantly lowering the risk.
Evaluate Access Controls
"Shadow AI" occurs when employees create their own accounts using personal emails to bypass IT. This is High risk. The standard approach is to provision access via Single Sign-On (SSO) so IT can revoke access if an employee leaves. The most mature approach integrates Data Loss Prevention (DLP) tools to actively block sensitive data from being pasted into the prompt.
Review Governance Maturity
Technology alone cannot secure AI. Do you have an updated Acceptable Use Policy (AUP) that specifically mentions AI? Have employees been trained on the dangers of "hallucinations" (AI making up facts)? A mature organization has an AI Council (Legal, IT, HR) that reviews all AI requests before deployment.
Analyze the Risk Tier
The calculator combines these factors to assign a Risk Tier. A "Critical" score usually means a mix of highly sensitive data going into a public model with no governance. This requires immediate intervention. A "Moderate" score means you are using enterprise tools correctly but still need to maintain vigilance.
Export for the AI Council
Before approving a new AI tool for a specific department, have the project lead fill out this calculator. Export the PDF and present it to the IT/Security team. It forces the requester to think about data sensitivity and gives security a standardized framework for saying "Yes, but only in the Enterprise tenant."
Advantages of this calculator
Bridges the IT/Business Gap
Business units just want the productivity gains of AI; IT sees the massive data leakage risks. This tool provides a common, objective language. It helps the business understand *why* they must use the paid Enterprise version instead of the free public version.
Highlights Shadow AI Risks
By explicitly calling out "Unmanaged accounts," the tool highlights the danger of Shadow AI. It gives CISOs the justification they need to block consumer AI sites at the firewall and force traffic through approved, monitored corporate channels.
Actionable Mitigation
It doesn't just say "No" to AI. It provides a roadmap. If a use case scores "Critical," the tool shows that upgrading to "Enterprise SaaS" and updating the "Governance Policy" can bring the score down to an acceptable "Moderate" level, enabling innovation safely.
Simplifies Complex Frameworks
Frameworks like the NIST AI RMF are incredibly complex and hard for average managers to use. This calculator distills the core concepts of those frameworks (Data, Architecture, Access, Governance) into a quick, 4-question triage tool.
Prepares for Regulation
With regulations like the EU AI Act coming into force, organizations will be required to document their AI risk assessments. Using this tool establishes a baseline "paper trail" showing that the company took a measured, risk-based approach to AI adoption.
Governing bodies & standards
- NIST: AI Risk Management Framework (AI RMF)
- EU: Artificial Intelligence Act
- OWASP: Top 10 for Large Language Models
- ISO/IEC 42001: AI Management System Standard
Related Governance Tools
Q&A
What is the biggest risk of using ChatGPT at work?
Data leakage. If you paste proprietary code or customer data into consumer AI models, that data may be used to train future versions, potentially exposing your secrets to competitors.
What is the difference between Public and Enterprise AI?
Enterprise AI (like Copilot for M365) includes contractual guarantees that your input data is not used for model training and remains within your secure, private tenant.
What is 'Shadow AI'?
Shadow AI is when employees use unsanctioned, unmanaged AI tools (like personal ChatGPT accounts) to do corporate work, bypassing IT security controls and logging.
What is an AI 'Hallucination'?
A hallucination is when an AI model confidently generates false or fabricated information. This is a massive risk if employees rely on AI output for legal or financial decisions without verifying it.
Can we use AI to write code?
Yes, but it should only be done using Enterprise tools. Pasting company source code into public models is a severe security violation that exposes intellectual property.
What is an Acceptable Use Policy (AUP)?
An AUP is a document employees sign that outlines what they can and cannot do with company technology. It must be updated to explicitly cover the rules for Generative AI usage.
How does DLP work with AI?
Data Loss Prevention (DLP) tools can monitor web traffic and block users from pasting specific types of sensitive data (like credit card numbers or keywords) into AI chat windows.
What is the EU AI Act?
It is a comprehensive legal framework that categorizes AI systems by risk. High-risk systems require strict compliance, transparency, and human oversight before they can be used in the EU.
Who owns the copyright to AI-generated content?
Currently, the US Copyright Office states that purely AI-generated content without significant human modification cannot be copyrighted. This poses a risk for marketing and legal teams.
What is 'Data Poisoning'?
Data poisoning is a cyber attack where malicious actors intentionally manipulate the training data of an AI model to cause it to make errors or create backdoors.
Do we need an 'AI Council'?
Yes, mature organizations form a cross-functional group (IT, Legal, Privacy, HR) to review and approve new AI tools to ensure they meet security and ethical standards.
Can AI be used for hiring?
Using AI for resume screening is highly regulated due to 'Algorithmic Bias' risks. AI can inadvertently discriminate against certain groups based on flawed training data, leading to lawsuits.
What is a self-hosted LLM?
A self-hosted Large Language Model (like Llama 3) runs entirely on your own servers or cloud infrastructure. It offers the highest level of privacy because no data ever leaves your control.
How does GDPR apply to AI?
If an AI model processes the personal data of EU citizens, it must comply with GDPR, including the 'Right to be Forgotten' (which is technically very difficult to do once a model is trained).