Published on February 12, 2024, 11:21 am

The Rise Of Generative Ai: Addressing The Threat Of Data Poisoning Attacks In Cybersecurity

The shift to cloud computing has revolutionized the way we build and consume applications over the past decade. However, we are now on the cusp of another significant transformation that will happen much faster than the migration to the cloud – the rise of generative AI tools. These tools have the potential to unlock a new wave of productivity and become an integral part of everyday work life by 2024.

Generative AI is already making waves in various industries, and cybersecurity is no exception. While machine learning techniques have long been used for tasks like file classification and email filtering, AI is now being deployed for a wider range of cybersecurity challenges, including improving practitioner productivity and behavior analysis.

With the advent of generative AI comes new cybersecurity challenges and an altered attack surface. One particularly insidious threat is data poisoning – a type of attack in which bad actors manipulate training data to compromise the performance and output of machine learning models. This vulnerability has been demonstrated in notable attacks on AI-powered cybersecurity tools, such as Google’s anti-spam filters.

What makes data poisoning attacks especially concerning is that they can often go undetected or are realized too late. As machine learning and AI models become more prevalent, organizations must take proactive measures to protect their systems from these impending attacks. This applies to both organizations training their own models and those consuming models from other vendors or platforms.

It’s important to recognize that data poisoning threats aren’t limited to the initial creation and training of models but can also occur during ongoing refinement and evolution. In response to this growing concern, national regulators around the world have published guidance for secure development practices in generative AI.

To understand the severity of data poisoning attacks, it’s essential to examine their different types. Targeted attacks aim to compromise a model so that specific inputs trigger desired outcomes for malicious actors while appearing normal for regular inputs. On the other hand, generalized attacks seek to compromise a model’s overall ability to provide accurate output, resulting in false positives, false negatives, and misclassified test samples.

Detecting and defending against data poisoning attacks is a complex task. Organizations must be diligent about the databases used to train AI models by employing high-speed verifiers, implementing Zero Trust Content Disarm and Reconstruction (CDR), and using statistical methods to detect anomalies in the data. Strict access control measures and continuous monitoring are crucial to prevent unauthorized manipulation of data and quickly respond to any unexpected shifts in accuracy.

As organizations increasingly rely on AI and machine learning in 2024, defending against data poisoning attacks will be more critical than ever. By gaining a deeper understanding of how these attacks occur and implementing proactive defense strategies, cybersecurity teams can protect their organizations effectively. This allows businesses to leverage the full potential of AI while keeping malicious actors at bay and ensuring model integrity.

The rise of generative AI brings immense opportunities for productivity enhancement across industries. However, it also necessitates proactive measures to address new cybersecurity challenges effectively. By staying ahead of the curve and protecting against data poisoning attacks, organizations can fully embrace the promise of AI’s transformative power while safeguarding sensitive information from compromise.

Note: This article was created as part of TechRadarPro’s Expert Insights channel, featuring insights from industry professionals. The views expressed here are those of the author and do not necessarily reflect those of TechRadarPro or Future plc. To contribute your own expertise, visit: [TechRadar Pro Submission Page](


Comments are closed.