The ultimate shield for your data

Armos - Quantum Key Distribution (QKD)

QNu’s Armos QKD protects critical infrastructure unconditionally, providing quantum resilience to ensure data in transit is safe at all times.

Request a demo

What is Armos - Quantum Key Distribution (QKD)?

Armos - Quantum Key Distribution (QKD) is a state-of-the-art
appliance which provides unconditional security for your critical data by leveraging the principles of quantum physics.

Prinicple of qkd

It is a highly-sophisticated engineering innovation which involves the power of complex deep-tech technologies (such as semiconductors, optoelectronics, high precision electronics, complex software algorithms and quantum physics) that work together to create unconditional security.

Adopt Disruptive Technology Without Changing Your Infrastructure

Today’s complex network infrastructure has been built over time and each of the devices have a specific role to play. With such complexities being a reality, Armos quantum key distribution (QKD) can be deployed in any present cryptographic system.

The quantum layer sits on top of the existing network, making the deployment and adoption seamless - be it a data centre or a hybrid model.

Quantum Computing Threatens Classical Infrastructure Security

Easy Upgrade to Quantum Safe Security

Entropy Starvation Allows for Stealthy Eavesdropping

Integration With Existing Crypto Structure

Publicly Exposed Channels Pose Risk for Critical Information Exchange

No Disruption In Operation, Faster Deployment

Publicly Exposed Channels Pose Risk for Critical Information Exchange

Zero Wastage Of Resources, High ROI

Quantum Key Distribution - QKD

How Armos -Quantum Key Distribution (QKD) Works?

Quantum key distribution (QKD) uses quantum physics to securely distribute encryption keys. Armos (QKD) transmits keys using randomly generated photons over a fiber cable. These photons, in a quantum state, exchange quantum information to establish the same key at both ends.

QNu's Armos (QKD) delivers quantum keys that ensure unconditional security for two parties communicating securely, based on quantum physics. It detects eavesdroppers, providing secure symmetric key distribution for encrypting confidential data.

Any attempt to read photon information causes errors and collapses the keys, halting generation and alerting the admin. Key generation resumes when errors decrease. The key is never exchanged, making eavesdropping nearly impossible. The symmetric key remains a shared secret.

Download Specsheet

How Armos - Quantum Key Distribution (QKD) achieves unconditional security?

Armos QKD enables to create secure encryption keys for any two ends of a communication link for Symmetric Key Encryption system without ever sharing the actual keys on any links.

5G Back Haul Using QKD Network

5G offers higher speed and connectivity but has a data security risk. Armos QKD technology can secure communication between base stations and protect critical data without disrupting regular communication.

Quantum Safe Networks

Terrestrial networks spanning agencies, states, or countries need end-to-end encryption for secure communication. Armos QKD enables a quantum-safe network, ensuring the highest level of data trust.

Transition to Secure Digital Key Transfer

Armos QKD offers quantum-safe key management for real-time confidential data transport across any network, transforming secure key distribution in defense and allied sectors for a strategic advantage.

End-to-End Encryption

QKD ensures full end-to-end encryption by generating keys at both ends, preventing routing to different networks. The direct quantum channel prevents data storage, guaranteeing true end-to-end encryption.

Are You An Organisation With Sensitive Data? Looking To Future Proof Your Data Today Using Quantum Cryptography?

Any organisation or business that needs to secure its sensitive data should use Armos (QKD)
Talk to an Expert
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.

Government and Defense

Banking and Finance

Data Centre

Healthcare

Telecom

Automotive industry

Enterprise

Individuals

For industry specific cases studies. Contact Us

Are You Ready to Witness the Future of Data Security?

Request a demo
Products
Platform
Quantum Research Lab
Industries
Resources
Company
Connect
Legal
social
Copyright © QuNu Labs Private Limited