Securing Large Language Models: Adversarial Attacks, Data Privacy, and Artificial Intelligence Safety
Keywords:
Large Language Models, Adversarial Attacks, Data Privacy, Safety, Artificial Intelligence, Gradient Based Attacks, Model PoisoningSynopsis
Large language models have completely changed the technological environment. Only a few years later it is now possible to have systems that can produce human-quality text, argue using complex problems, and have a real conversation with someone, right in the possession of millions of people. This revolution has come with unprecedented possibilities- and problems in a big way as well.
This book is due to the fact that security cannot be the consistency in terms of artificial intelligence development. With companies using language models to serve customers, train machines to diagnose illnesses and legal software to process a case, the possibilities of security failure in ways never before concievable, have never been greater. A weakness to a conventional software system could reveal information or interrupt services. An example of the use of a large language model is a vulnerability that can be used to manipulate reasoning, retrieve training data, evade safety measures, or use to generate harmful material by using large scale.
However, to ensure these systems, one must leave behind the traditional approach to cybersecurity implications. Big language models are not simply processing data they process it in context, produce new output, and have had emergent behaviors not written in its creation that the creators did not explicitly program. They can be attacked using well engineered prompts as opposed to receiving buffer overflow, using poisoned training data as opposed to malicious code, being subjected to subtle statistical inference as opposed to strengthened direct data breaches. The linguistic, probabilistic and constantly changing attack surface.
I wrote this book because I need it to reach the practitioners who have to contend with the following realities: the machine learning engineers that create and implement models, the security professionals that implement safeguards on them, the researchers that push the limits of what can be done, and the leaders that make decisions regarding the use of AI. Here you will not only find some theoretical frameworks, but also practical advice based on field experience with attacks and defenses that have been tested in the field and straightforward analysis of what we have been able to know- and what has not been established yet.
The first part discusses adversarial attacks: jailbreaks where the authors recover the functionality and operations of the model, prompt injection where the authors supply the target model with adversarial examples, and the cat-and-mouse game in which the authors identify new flaws, and defenders fix them. The second part deals with data privacy, including the risk of models memorizing and pollution training data up to the problem of differential privacy and federated learning. The last part discusses general aspects of AI safety, such as the risks of misalignment, the challenges of effective evaluation, and the governance systems that appear to regulate these technologies.
All along the way, I have attempted to be intellectually honest with regard to the condition of the field. Certain issues have refined solutions; some have compromised mitigation solutions. There are those risks that are thoroughly known; some that are still in the extensive discussion. AI security is an infantile field and a lot of what we know is failures and little success.
This book encompasses input of a whole community. I owe my utmost thanks to the researchers whose work has become the backbone of our knowledge, the red teams who have released batches of vulnerabilities responsibly and have not used them to their advantage but it has made organizations to share their experiences, both successful and otherwise, so that others can be educated.
To the reader: you are coming into this field at an opportune time. The current choices regarding the privacy and security of large language models will determine the future of the field of artificial intelligence. I hope that through this book you have the knowledge and tools that will enable you to make such decisions wisely.
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