Surrey Cyber Security Cluster | RED TEAM: Quantum Challenges & AI Chatbots

RED TEAM: Quantum Challenges & AI Chatbots

Wednesday, 20th March – 06:00 PM – 09:00 PM GMT

SCSC Red Team Events are specialised gatherings designed for professionals in the cyber security and IT networks sectors.

Hosted in collaboration with esteemed institutions and industry experts, these events delve deep into cutting-edge topics that matter most in today’s digital age. Whether it’s understanding the vulnerabilities in 5G networks, the implications for autonomous vehicles, or dissecting the psychological factors influencing cybersecurity, our events aim to equip you with the advanced knowledge and skills you need.

With a high technical level focus, each session presents real-world scenarios, effective strategies, and engages in forward-thinking discussions. Gain unparalleled insights from featured presentations by renowned experts in the field, and seize the opportunity to network with like-minded professionals.

Elevate your understanding and approach to cyber security challenges at our Red Team Events.

Presentations

Building Noah 2.0: Master the Secrets of Constrained AI Chatbots
It’s not just a talk; listen on how to “break an AI LLM”, then discover how to design AI chatbots that work within boundaries to deliver customer experiences. Join us for some fun on latest AI solutions and maybe learn something new while witnessing cloning myself as an AI.

Securing the Future: Navigating the Shift to Quantum-Resistant Algorithms
The evolution of quantum computing technologies bears promises of astonishing improvements in many fields. However, with its potential to break classical encryption algorithms like ECC and RSA, it poses a significant threat to our digital world. Consequently, the migration to quantum-resistant algorithms that can withstand quantum attacks is a critical step in securing our systems. This presentation will delve into the complexities of planning for this migration, exploring challenges, approaches and strategies.