Krisz's Microsoft Teams adventure

Introduction : The rapidly evolving cybersecurity landscape poses significant challenges for defenders, who are often engaged in asymmetric battles against relentless and sophisticated attackers. A global shortage of skilled security professionals, with approximately 3.4 million job openings, exacerbates the situation. In response, cutting-edge technologies are required to keep pace with the ever-increasing volume and velocity of cyberattacks. Enter Microsoft Security Copilot, a groundbreaking solution powered by OpenAI's GPT-4 generative AI that is poised to revolutionize the cybersecurity industry. Introducing Microsoft Security Copilot: Microsoft Security Copilot is a pioneering security product that enables defenders to operate at the speed and scale of AI. By fusing an advanced large language model (LLM) with a security-specific model developed by Microsoft, Security Copilot leverages Microsoft's unique global threat intelligence, as well as over 65 trillion daily signals.

  Introduction:  Discover how the Interactive Connectivity Establishment (ICE) protocol, defined in RFC 5245, enhances the security of peer-to-peer communication in applications like VoIP and WebRTC. We'll delve into the safety measures implemented within ICE and explore how it helps protect systems from potential threats.   1.      Demystifying RFC 5245 and ICE for Secure Connections The ICE protocol, established in RFC 5245, efficiently finds the best network path between peers, even when hindered by Network Address Translation (NAT) devices or firewalls. ICE gathers candidate IP addresses and ports, then tests connectivity with the help of STUN and TURN protocols, ensuring secure communication. 2.      Security Mechanisms Within ICE ICE incorporates a range of security features to safeguard signaling and media traffic. Here's a closer look at how it achieves this:   a. Securing Signaling: Signaling security is a crucial aspect of the Interactive Connectivity Establishment (I