Sunnykumar Kamani

Autonomous Identity Defense: Using AI to Detect and Prevent Identity-Based Attacks

Abstract:

The increasing sophistication of identity-based attacks, including credential compromise, insider threats, and account takeovers, has rendered traditional static security measures insufficient. This presentation introduces the concept of Autonomous Identity Defense, a framework that integrates artificial intelligence, behavioral analytics, and adaptive access controls to detect and mitigate identity threats in real time. By continuously analyzing user behavior, contextual access patterns, and environmental signals, AI models generate dynamic trust assessments, enabling proactive interventions before breaches occur. The session will cover key techniques for anomaly detection, just-in-time access governance, and self-healing identity infrastructures, highlighting how AI can transform reactive IAM processes into autonomous, intelligent defense mechanisms. Attendees will gain actionable insights into designing resilient identity security architectures that enhance organizational trust and support the implementation of Zero Trust principles. This talk underscores the strategic role of AI in securing digital identities and demonstrates practical approaches for integrating autonomous defense capabilities into enterprise environments.

Profile:

Sunnykumar Kamani is a cybersecurity expert specializing in Identity and Access Management (IAM) and enterprise identity governance. He has extensive experience designing and implementing large-scale IAM architectures using leading platforms such as SailPoint IdentityIQ, Okta, and Microsoft Azure Active Directory to secure complex enterprise environments. Mr. Kamani has played a critical role in developing and deploying identity lifecycle management frameworks, automated access governance systems, and Segregation of Duties (SoD) controls that strengthen organizational security and regulatory compliance. His technical expertise and professional contributions have earned him recognition within the cybersecurity community, leading to invitations to serve as a peer reviewer, technical program committee member, and invited speaker at international conferences. Through his research, industry leadership, and professional service, Mr. Kamani continues to contribute to advancing modern cybersecurity practices, particularly in Zero Trust architecture, adaptive identity security, and next-generation IAM frameworks.