Qosmos - Quantum Key Generation as a Service is now available in
Now is the time to strengthen your critical infrastructure with quantum security!
attacks are now utilizing encryption for their channels.
Source: Help Net Security
of companies left 1,000+ sensitive files unencrypted.
Source: Global Data Risk Report
of Ponemon Institute study finds encryption key management painful.
Source: Ponemon Institute
Quantum computers pose a threat to classical encryption methods and infrastructuresecurity, entropy starvation allows for stealthy eavesdropping, and publicly exposed channels increase risk for critical information exchanges. Proper measures must be taken to protect against these security risks.
Quantum computers pose a threat to traditional infrastructure because they can break classical encryption methods.
When entropy is limited, it becomes easier for attackers to secretly intercept and gather information without detection.
Exchanging sensitive information over publicly accessible channels increases the risk of interception.
Classical encryption methods are vulnerable to attacks by quantum computers, making the development of quantum-resistant technologies necessary. To protect against these threats, secure communication methods that can withstand quantum attacks are required.
"To protect against the potential threat of quantum computing in the future, it is necessary to begin updating our IT infrastructure in the United States now."
NSM-10 | WHITE HOUSE | May 01, 2022
"Chinese Researchers Claim Success in Breaking RSA Encryption With Quantum Computer, Experts Debate Veracity of Discovery"
BITCOIN | Jan 07, 2023
"Organizations need to strengthen their cybersecurity now before quantum computing becomes powerful enough to break today’s encryptions."
MIT TECHNOLOGY REVIEW | Mar 28, 2022
Quantum mechanics provides various methods for protecting data from current and future attacks, including generation of ontic randomness, symmetric key distribution, key management, quantum authentication, and direct secure communication.
Quantum key generation detects tampering and alerts sender and receiver.
Quantum key management offers potential for secure communication.
QKD adds an extra layer of security when used alongside classical encryption methods.
Those responsible for identity and access management, blockchain, operational technology, and Internet of Things security must also evaluate the expected time frames of their devices and systems. Any system with an expected use beyond five years will be affected. Commercially available quantum cryptography will require security and risk management leaders to include a plan for post quantum cryptography migration in their operations. QNu Labs offers capabilities that will help organizations move in the direction of technology adoption and provide data security as their competitive advantage.
Quantum technology has the potential to revolutionize various industries and fields, including cybersecurity, by offering unprecedented levels of security due to the fundamental properties of quantum systems.
The lack of patterns in encryption keys is achieved by utilizing quantum physics at the core, ensuring security at the source, during transit, and destination.
Eavesdropper can modify the encoded information in single photons used for key generation as they pass through an optical line due to wavefunction collapse.
Quantum key distribution (QKD) encrypts the keys in some degree of freedom of the elementary particles that follow the laws of quantum mechanics.
Aggregates NIST-compliant PQC algorithms, patented QRNG technology, robust QKD, and versatile APIs on one system.
Embrace the future of digital security with QShield™. Unlock secure connectivity, advanced encryption, and seamless file sharing, all driven by cutting-edge quantum technology. Strengthen and elevate your organization’s security infrastructure like never before with QShield™
Quantum mechanics protects data from current and future attacks through ontic
randomness, symmetric key distribution, key management, quantum authentication,
and secure communication methods.
Secure distribution of cryptographic keys detects eavesdropping attempts by measuring disturbances in quantum states
QRNG generates random numbers using quantum source, enhancing security for encryption and applications.
Cryptographic algorithms resistant to quantum attacks ensure long-term security as quantum computing evolves
QNu has partnered with fellow revolutionists in the quantum field to bring
forth a new era of unconditional security, no questions asked.
