Build forensic readiness for a world where classical cryptographic assumptions are failing. This track covers evidence handling, incident analysis and investigation when encryption, signatures and trust anchors can no longer be taken for granted.
Forensic fundamentals reframed for the realities of the post-quantum transition.
Digital forensics leans heavily on cryptography — for evidence integrity, authentication and trust. As quantum threats erode those guarantees, investigators need new techniques and a clear understanding of what still holds.
This track prepares incident-response and forensics teams to preserve, analyse and present evidence reliably in that shifting landscape, including investigations touching post-quantum and hybrid systems.
Evidence acquisition and chain-of-custody integrity under evolving crypto assumptions
Incident analysis across systems using hybrid and post-quantum cryptography
Detecting Harvest-Now-Decrypt-Later staging and long-term data exfiltration
Validating signatures, timestamps and trust anchors during investigations
Forensic readiness planning and tooling for the post-quantum era
The Quantum Clock Is Ticking
Security experts estimate quantum computers capable of breaking RSA-2048 encryption could arrive by 2030-2035. Adversaries are already running "Harvest Now, Decrypt Later" campaigns. Upskilling your teams now is the difference between leading the transition and scrambling to catch up after the deadline.
Outcomes that keep your investigations defensible as the cryptographic ground shifts.
Confidence to preserve evidence integrity even as classical assumptions weaken
Techniques for analysing incidents on hybrid and PQC-enabled systems
A forensic-readiness checklist tuned to post-quantum risk
Awareness of where traditional forensic trust signals can no longer be relied on
Stronger, more defensible reporting for legal and regulatory scrutiny