Soenil Soebedar

This talk explores how emerging quantum algorithms like Shor’s and Grover’s threaten today’s encryption, how AI can both amplify and defend against quantum-era risks, and why organizations must act now to prepare. With insights into post-quantum cryptography, quantum programming skills, and practical readiness steps, we’ll chart a course through the coming disruptions. From inclusive innovation to global investment, this session offers a crisp roadmap for navigating the quantum computing edge.

Each domain introduces unique forensic challenges: volatile telemetry, cloud-linked logs, embedded firmware, and real-time decision systems.

I will cover the fundamentals of digital forensics and how they adapt to:

• AI systems: Investigating model provenance, training data integrity, and inference logs.
• IoT devices: Extracting firmware-level evidence and decoding edge-to-cloud telemetry.
• Drones: Reconstructing flight paths, analyzing controller logs, and GPS-tagged media.
• EVs/Cars: Parsing CAN bus data, telematics, infotainment logs, and charging station records.

Audience will walk away with:

• A clear understanding of how digital forensics applies across emerging technologies.
• Practical steps for evidence collection, timeline reconstruction, and cross-domain correlation.
• Awareness of the skills, tools, and certifications needed to operate in these advanced forensic environments.

Whether you're a Developer, IT Specialist, forensic analyst, cybersecurity leader, or technical investigator, this masterclass equips you to navigate the future of digital evidence—where AI, mobility, and connectivity converge.