Despite the risks quantum computing might pose to organizations, this emerging technology also promises to enhance cybersecurity capabilities such as SIEM, incident response and data protection.
Quantum computing will introduce new risks in the coming decades, but it also has the potential to revolutionize the way organizations safeguard business-critical and personal data.
CalTech researchers created a chip-sized unhackable box, which represents a significant step forward in the field of quantum data protection.
When applied to data security, the principles of quantum mechanics — namely, the theory of quantum entanglement — hold the potential to facilitate secure communication and prevent eavesdropping.
The race is on to devise an effective method of quantum-safe encryption to cope with the security implications of this emerging technology.
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Quantum computing promises to overhaul the information security industry. How can security teams compete with machines capable of decoding any encryption?
The future of the health care industry could lie in quantum security: This advanced technology has the potential to secure critical data efficiently.
IBM's introduction of quantum computing services on the cloud could change cybersecurity, cryptography and testing methods as we know it.
Researchers at MIT achieved scalable quantum computing, and its potential success could spell the end for RSA encryption going forward.