⚠️ AI Threat Level: HIGH - 93% of security leaders expect daily AI attacks in 2025

OpenDingo 🐺

AI Security Intelligence & Protection

Defending against LLM threats, model poisoning, prompt injection attacks, and emerging AI vulnerabilities with cutting-edge security intelligence.

Current AI Security Threats

🎯
CRITICAL

Prompt Injection Attacks

Malicious inputs that manipulate LLM behavior, bypassing safety measures and causing unintended outputs. These attacks can lead to data breaches and system compromises.

☠️
CRITICAL

Data & Model Poisoning

Attackers inject malicious data during training or fine-tuning phases, compromising model integrity and creating backdoors for future exploitation.

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HIGH

LLM Plugin Vulnerabilities

Security flaws in LLM plugins enabling data leaks, remote code execution, and full session takeover. Over 200 unprotected servers discovered in 2025.

🤖
HIGH

AI-Powered Cyberattacks

Threat actors using AI for adaptive malware, automated phishing, and sophisticated social engineering attacks with increased scale and effectiveness.

👥
MEDIUM

Shadow AI Risks

Unauthorized AI deployments within organizations creating security blind spots, compliance issues, and uncontrolled data exposure risks.

🔑
HIGH

LLM Account Hijacking

Credential stuffing and infostealer malware targeting LLM platform accounts for commercialization and unauthorized access to AI systems.

2025 AI Security Statistics

93%
Security Leaders Expect Daily AI Attacks
30K+
Vulnerabilities Disclosed in 2024
17%
Increase in Cyber Risks
200+
Unprotected LLM Servers Found

AI Security Protection Suite

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LLM Security Assessment

Comprehensive vulnerability scanning for large language models, identifying prompt injection risks, data leakage, and model manipulation threats.

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AI Threat Intelligence

Real-time monitoring and analysis of emerging AI security threats, attack patterns, and vulnerability disclosures across the AI ecosystem.

Prompt Injection Defense

Advanced detection and prevention systems for prompt injection attacks, including input sanitization and output validation mechanisms.

🔐

Model Integrity Protection

Safeguarding AI models against poisoning attacks, unauthorized modifications, and backdoor implementations during training and deployment.

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AI Risk Management

Comprehensive risk assessment frameworks for AI implementations, including compliance monitoring and security governance protocols.

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Incident Response

Specialized AI security incident response services for breach containment, forensic analysis, and recovery from AI-specific attacks.

Top AI Security Tools & Resources (2025)

1

OWASP LLM Top 10

Essential security framework identifying the most critical vulnerabilities in Large Language Model applications

2

Garak LLM Vulnerability Scanner

Open-source tool for probing LLM security weaknesses and prompt injection vulnerabilities

3

Microsoft Counterfit

Security testing framework for AI systems, enabling automated vulnerability assessment

4

NeMo Guardrails

NVIDIA's toolkit for adding programmable guardrails to LLM-based conversational systems

5

Adversarial Robustness Toolbox

IBM's library for defending AI models against adversarial attacks and improving robustness

6

MLSploit Framework

Penetration testing framework specifically designed for machine learning systems

7

AI Red Team Tools

Comprehensive suite for adversarial testing of AI systems and model security assessment

8

Deepfake Detection APIs

Real-time detection services for identifying AI-generated content and deepfake media

9

Prompt Security Scanners

Automated tools for detecting and preventing prompt injection vulnerabilities in LLM applications

10

AI Governance Platforms

Enterprise solutions for AI risk management, compliance monitoring, and security policy enforcement

AI Security FAQ

What is prompt injection and why is it dangerous?
Prompt injection is a vulnerability where malicious users craft inputs to manipulate an LLM's behavior, potentially bypassing safety measures, extracting sensitive data, or causing the model to perform unintended actions. It's considered one of the most critical AI security risks.
How can organizations protect against AI security threats?
Organizations should implement comprehensive AI security frameworks including input validation, output sanitization, regular security assessments, employee training, and adherence to guidelines like the OWASP LLM Top 10. Regular monitoring and incident response plans are also essential.
What is model poisoning in AI security?
Model poisoning occurs when attackers inject malicious data into training datasets or manipulate the fine-tuning process, compromising the model's integrity and potentially creating backdoors for future exploitation. This can lead to biased outputs or security vulnerabilities.
Are there specific security standards for AI systems?
Yes, several frameworks exist including NIST AI Risk Management Framework, ISO/IEC 23053, OWASP LLM Top 10, and emerging regulations like the EU AI Act. These provide guidelines for secure AI development and deployment.
What are the most common AI attack vectors in 2025?
The most prevalent attack vectors include prompt injection, data poisoning, model inversion attacks, membership inference attacks, adversarial examples, and exploitation of LLM plugin vulnerabilities. AI-powered cyberattacks are also increasingly common.
How do I assess the security of my AI implementation?
Conduct regular security assessments using tools like Garak, implement red team exercises, perform penetration testing specifically for AI systems, monitor for unusual behavior, and ensure compliance with AI security frameworks and best practices.
What is Shadow AI and why is it a security concern?
Shadow AI refers to unauthorized or unmanaged AI tools and systems used within organizations without proper oversight. This creates security blind spots, compliance risks, and potential data exposure as these systems may lack proper security controls and monitoring.

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