Quantum computing and cybersecurity: A post-quantum cryptography migration guide for leaders

Published 2024-12-11

Experts predict that quantum computers, which could mature within five to 20 years, will have significant implications for cybersecurity because of their ability to break existing encryption methods and digital signatures.

Source

Verdict

openFewer than two later editions exist yet (D33).

A trend is graded on whether the publisher keeps it, never as a hit or a miss (D6, D33).

In our research

ContinuumPost-Quantum Cryptography
GridPost-Quantum Cryptography
HorizonsPost-Quantum Cryptography
MeridianPost-Quantum Cryptography
QuadrantPost-Quantum Cryptography
SentinelPost-Quantum Cryptography
VaultPost-Quantum Cryptography
LinkPost-Quantum Cryptography (PQC)

All captured fields

rank: 5
section: Cyber and trust
subject: Post-quantum cryptography
horizon: five to 20 years (quantum computer maturity, attributed to experts)
confidence: high
note: Executive summary and figure 1 title the trend 'The new math: Solving cryptography in an age of quantum'; the table of contents uses the label recorded here. The horizon is attributed to 'experts', not stated as Deloitte's own.