As quantum computing edges closer to practical implementation, the very foundation of modern cybersecurity faces a seismic shift. Classical cryptographic algorithms, which currently underpin the security of digital communications, data storage, and critical infrastructure, will soon be vulnerable to quantum-powered attacks capable of rendering today’s defenses obsolete. In this rapidly approaching "quantum-cracked world," resilience and risk management are no longer abstract concepts—they are urgent imperatives. This talk will explore the evolving cybersecurity landscape in the face of quantum disruption, focusing on how organizations can build resilience while navigating unprecedented risks. We’ll begin by unpacking the technical threat quantum computing poses to current encryption standards, such as RSA and ECC, and the far-reaching implications of cryptographic compromise—from compromised data confidentiality and authentication, to weakened national security and global commerce. The session will then pivot toward resilience strategies, including the emerging field of post-quantum cryptography (PQC), hybrid models for cryptographic transition, and agile security frameworks that can adapt to a post-quantum reality. Real-world use cases and preparedness assessments will illuminate how different industries are responding to the looming threat, and where significant gaps still exist. Attendees will gain actionable insight into building quantum-resilient systems that extend beyond just replacing algorithms. Topics such as quantum readiness assessments, cryptographic agility, and cyber risk governance will be discussed as part of a broader strategic vision for secure digital transformation. Ultimately, this session challenges attendees to confront a future that is rapidly materializing—and to lead with foresight, flexibility, and resilience. Because in the quantum-cracked world, security isn't just about surviving the disruption—it’s about emerging stronger on the other side.