Tomorrow’s Quantum Security, Today.

Post Quantum Cryptography: Bridging Current Security with Future Innovation

THREAts

Traditional Encryption Faces Rising Threats

Traditional encryption is increasingly vulnerable to sophisticated cyber threats, including quantum computing attacks, which can compromise current cryptographic methods. This underscores the urgent need for more secure and resilient encryption techniques such as quantum cryptography.

Data Integrity

Data Integrity

Quantum computing advancements could compromise sensitive personal, financial, and government data.

Emerging Threats

Emerging Threats

Organizations in banking, healthcare, and defense face disruptions and risks if encryption is compromised.

Economic Disruption

Economic Disruption

Encryption breaches create severe vulnerabilities
for telecom, manufacturing, and other essential industries, risking data security.

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“We have launched new efforts on cyber and quantum, and are prepared to deploy tens of billions of dollars for tech infrastructure development through the Partnership for Global Infrastructure and Investment. We have started new senior-level bilateral initiatives on technology cooperation with Israel, India, Korea, and Japan.”

Jake Sullivan, United States National Security Advisor

QShield™ Platform

The World's First Integrated Quantum Technology Platform

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™

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PRODUCTS

Quantum Cryptography: Securing Data in the Post-Quantum Era

Quantum mechanics protects data from current and future attacks through ontic
randomness, symmetric key distribution, key management, quantum authentication,
and secure communication methods.

Four Pillars of Security

Post Quantum Cryptography (PQC)

Post Quantum Cryptography (PQC)

Cryptographic algorithms resistant to quantum attacks ensure long-term security as quantum computing evolves

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Quantum Key Distribution (QKD)

Quantum Key Distribution (QKD)

Secure distribution of cryptographic keys detects eavesdropping attempts by measuring disturbances in quantum states

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Quantum Random Number Generator (QRNG)

Quantum Random Number Generator (QRNG)

QRNG generates random numbers using quantum source, enhancing security for encryption and applications.

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Q-Infinity

Q-Infinity

Hybrid key distribution combines quantum physics and PQC for enhanced security against future threats.

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“We estimate that a single quantum attack shutting down the entire grid could cost up to $12.8T.

Arthur Herman, Hudson Institute

Industries

Every entity that relies on computers and
networks is vulnerable to Q-Day.

Data is the most valuable asset for any organisation. Sensitive data has a shelf life exceeding 10 years, while critical data can be stored for over 25 years. This shows that today’s encryption still poses a risk in the coming years.

Transitioning to Post-Quantum Cryptography will help secure your data and reduce the risk of data theft now and in the future.

For industry specific cases studies. Contact Us

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Future of Data Security?

Venture into the world of new-age security and advanced encryption.