Post-Quantum Cryptography: Strategic Intelligence
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The biggest cyber risk in the future will be from quantum computers. Quantum computers undermine the basis of the existing cryptography landscape. This risk stems from the ability of a powerful quantum computer to solve mathematical problems far faster than classical computers, thereby enabling it to break public-key encryption.
Scope
This report highlights how quantum computers threaten today's digital infrastructure by undermining the basis of the existing cryptography landscape.
It examines how post-quantum cryptography has become a strategic imperative and provides recommendations for both enterprises and investors.
It looks at the impact of quantum key distribution on security and outlines a vision for the quantum internet, which could deliver quantum-safe, secure communications at scale.
Key Highlights
Quantum computers will soon be able to hack digital infrastructure. Q-Day is the future date when cryptographically-relevant quantum computers (CRQCs) will be able to break public-key encryption. Even the latest asymmetric public-key encryption technologies are at risk from CRQCs. Bad actors are already harvesting encrypted data for future decryption, threatening the security of corporations and governments.
Post-quantum cryptography (PQC) standards will help secure online data in the future. The US National Institute of Standards and Technology (NIST) has approved three PQC algorithms, with a fourth under review. The standards together establish a global baseline for quantum-safe cryptography, enabling companies to secure their online data against hacks by quantum computers.
Reasons to Buy
Quantum computers could threaten many online assets. The cybersecurity risks span everything from encryption and authentication to national security. In other words, each key layer of digital security built on public-key cryptography must be updated to remain secure in the quantum era. Banks, personal data, and government databases are all at risk. This report gives a clear and easy-to-understand overview of this highly disruptive theme.
Advanced Industrial Science and Technology
Anritsu
Apple
AT&T
BT
Capella Space
China Academy of Sciences
Cisco
Colt
CryptoNext Security
DT
fragmentiX
Honeywell
Huawei
IBM
ID Quantique
Infineon
Intel
IonQ
JPMorganChase
KDDI
Keysight Technologies
Korean Post Quantum Cryptography
KT
LGU+
MagiQ
National Cybersecurity Center
National Institute of Standards and Technology
NOKIA
Nvidia
Orange Business
Q.NU
Quantix EdgeS
Quantum Bridge
QuantumCTek
Qubitekk
Quintssence Labs
Rambus
RESQUANT
Rhode & Schwarz
Samsung Electronics
SandboxAO
SEAL SQ
Signal
SKT
Softbank
Telefonica
Telstra
Terra Quantum
Thales
ThalesAlenia Space
Toshiba
Verizon
Vodafone
Xanadu
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