Our products Armos (QKD) and Tropos (QRNG) are available to Governments and Defence through
The laws of quantum physics stipulate that any attempt to observe or copy the quantum keys will cause perturbations in the key alerting both the sender and receiver of an intrusion.
Our products and solutions are built on the principles of quantum physics but are designed based on a deep understanding of our customers, existing network and security infrastructure and proving a seamless and hassle free transition to quantum safe solutions.
The laws of quantum physics stipulate that any attempt to observe or copy the quantum keys will cause perturbations in the key alerting both the sender and receiver of an intrusion.
Our products are solutions are built on the principles of quantum physics but are designed based on a deep understanding of our customers, existing network and security infrastructure and proving a seamless and hassle free transition to quantum safe solutions.
Our products and solutions are powered by quantum physics principles, to be able to tackle security for data in motion and at rest. Our solutions ensure easy migration, interoperability, and designed as a platform to ensure upgrades are seamless.
Quantum physics, unlike classical physics, is inherently random. Our quantum random number generator, Tropos, uses the principles of quantum mechanics to generate truly random numbers. Tropos forms the heart of several of our products delivering true randomness as it has never been possible before.
Random numbers are needed for various applications like lotteries, one-time-pad, and key generation in cryptography. Conventional computers cannot generate true randomness. To guarantee true randomness, random number generators must not be vulnerable to either prediction or any bias.
Quantum physics, unlike classical physics, is inherently random. Our quantum random number generator, Tropos, uses the principles of quantum mechanics to generate truly random numbers. Tropos forms the heart of several of our products delivering true randomness as it has never been possible before.
Random numbers are needed for various applications like lotteries, one-time-pad, and key generation in cryptography. Conventional computers cannot generate true randomness. To guarantee true randomness, random number generators must not be vulnerable to either prediction or any bias.
Quantum physics, unlike classical physics, is inherently random. Our quantum random number generator, Tropos, uses the principles of quantum mechanics to generate truly random numbers. Tropos forms the heart of several of our products delivering true randomness as it has never been possible before.
Random numbers are needed for various applications like lotteries, one-time-pad, and key generation in cryptography. Conventional computers cannot generate true randomness. To guarantee true randomness, random number generators must not be vulnerable to either prediction or any bias.
Quantum Physics based Random Number Generator Not Limited by initial seed numbers. Truly Random
Both high entropy and high throughput Impregnable to Quantum Computers Stay tuned for more
Service architecture to provide quantum entropy source to connected world today. Providing secure access to high entropy according to client’s requirement.
With entropy becoming a need in many industries, EaaS facilitates easy pay per entropy service. Contact us to get the service tested. This accelerates your transition into quantum services.
Armos uses Quantum Key Distribution (QKD) to provide unconditional protection to data while it is at its most vulnerable–in motion. Using the principles of quantum physics, Armos secures the distribution of symmetric encryption keys.
Armos works by quantum encoding single photons of light that are sent through a dedicated fibre optical channel. Heisenberg’s Uncertainty principle ensures that any attempt to eavesdrop on these quantum keys causes a perturbation in their quantum state that can be detected. Any productchanges detected in the quantum state of the keys leads Armos to set off an alert and give an accurate on-time report about the location of the intrusion. Armos destroys any compromised keys and generates new ones, thus preventing attacks even before they begin. Only when the quantum encoded photons are verified at both the ends of the system are the keys generated. These quantum keys are then used to encrypt and decrypt data that is sent on classical channels. Since the keys are unclonable, the data–even if cloned–remains unconditionally safe.
Armos uses Quantum Key Distribution (QKD) to provide unconditional protection to data while it is at its most vulnerable–in motion. Using the principles of quantum physics, Armos secures the distribution of symmetric encryption keys.
Armos works by quantum encoding single photons of light that are sent through a dedicated fibre optical channel. Heisenberg’s Uncertainty principle ensures that any attempt to eavesdrop on these quantum keys causes a perturbation in their quantum state that can be detected. Any productchanges detected in the quantum state of the keys leads Armos to set off an alert and give an accurate on-time report about the location of the intrusion. Armos destroys any compromised keys and generates new ones, thus preventing attacks even before they begin. Only when the quantum encoded photons are verified at both the ends of the system are the keys generated. These quantum keys are then used to encrypt and decrypt data that is sent on classical channels. Since the keys are unclonable, the data–even if cloned–remains unconditionally safe.
Armos uses Quantum Key Distribution (QKD) to provide unconditional protection to data while it is at its most vulnerable–in motion. Using the principles of quantum physics, Armos secures the distribution of symmetric encryption keys.
Armos works by quantum encoding single photons of light that are sent through a dedicated fibre optical channel. Heisenberg’s Uncertainty principle ensures that any attempt to eavesdrop on these quantum keys causes a perturbation in their quantum state that can be detected. Any productchanges detected in the quantum state of the keys leads Armos to set off an alert and give an accurate on-time report about the location of the intrusion. Armos destroys any compromised keys and generates new ones, thus preventing attacks even before they begin. Only when the quantum encoded photons are verified at both the ends of the system are the keys generated. These quantum keys are then used to encrypt and decrypt data that is sent on classical channels. Since the keys are unclonable, the data–even if cloned–remains unconditionally safe.
Powered by Tropos and Armos, the quantum secure platform, Hodos provides key management and application layer for the users to plug and play. Hodos is designed to integrate with existing infrastructure and give you a higher security poster instantly.
Hodos helps you detect and prevent attacks even before they happen
QSP is powered by Quantum Physics making it the most future-proof technology in cyber security today
Minimal need for upgrades lowers your Total Cost of Ownership (TCO)
Hodos is immune to increases in computing power or more powerful algorithms
Hodos is built to integrate with existing infrastructure. It’s simple, just Plug and Play
Real-time intrusion detection, identifying the exact location of eavesdropping devices
Actionable real-time reports customised to meet your requirements
REST-ful API driven infrastructure that allows us to integrate with existing security suites
A fully serviced Key Management System (KMS)
Banking & FinancialOn-demand and Pre-Reserved Key Generation, entirely managed and configured to meet your requirements
Powered by Tropos and Armos, the quantum secure platform, Hodos provides key management and application layer for the users to plug and play. Hodos is designed to integrate with existing infrastructure and give you a higher security poster instantly.
Hodos helps you detect and prevent attacks even before they happen
QSP is powered by Quantum Physics making it the most future-proof technology in cyber security today
Minimal need for upgrades lowers your Total Cost of Ownership (TCO)
Hodos is immune to increases in computing power or more powerful algorithms
Hodos is built to integrate with existing infrastructure. It’s simple, just Plug and Play
Real-time intrusion detection, identifying the exact location of eavesdropping devices
Actionable real-time reports customised to meet your requirements
REST-ful API driven infrastructure that allows us to integrate with existing security suites
A fully serviced Key Management System (KMS)
Banking & FinancialOn-demand and Pre-Reserved Key Generation, entirely managed and configured to meet your requirements
Some industries are entrusted with some of the most valuable information in the world. Our unconditionally secure products and solutions are purpose-built to enable these data-sensitive industries to protect the integrity of data in motion. Our speciality lies in servicing the following industries:
Some industries are entrusted with some of the most valuable information in the world. Our unconditionally secure products and solutions are purpose-built to enable these data-sensitive industries to protect the integrity of data in motion. Our speciality lies in servicing the following industries:
The work we are pursuing is at the cutting edge of quantum technology and we love to share our journey with the academics and researchers who have a penchant for working on fringe technologies like ours. We at QNu work with world class academic institutions to further our collective understanding of QKD and Quantum Security Solutions.
Download our Quantum Cryptography Test Platform Kit and join us in our adventure.
The work we are pursuing is at the cutting edge of quantum technology and we love to share our journey with the academics and researchers who have a penchant for working on fringe technologies like ours. We at QNu work with world class academic institutions to further our collective understanding of QKD and Quantum Security Solutions.
Download our Quantum Cryptography Test Platform Kit and join us in our adventure.
The work we are pursuing is at the cutting edge of quantum technology and we love to share our journey with the academics and researchers who have a penchant for working on fringe technologies like ours. We at QNu work with world class academic institutions to further our collective understanding of QKD and Quantum Security Solutions.
Download our Quantum Cryptography Test Platform Kit and join us in our adventure.
We help innovators, disrupt existing security paradigms by accelerating their transition to deploy Quantum-safe encryptions. Let’s protect what we value most – data.
We help innovators, disrupt existing security paradigms by accelerating their transition to deploy Quantum-safe encryptions. Let’s protect what we value most – data.