Best Quantum Security for Telecom - QNu’s End-to-End Quantum Solutions

Protect your sensitive 5G network infrastructure, data centres, customer privacy and telecom operations with end-to-end quantum security at QNu Labs.

$4.4M

Average Cost of Global Data Breach

Source: IBM Data Breach Report

52%

believe that Quantum will be an Advantage to Telcos

Source: Data Threat Report, 2025

$6B

to be Invested by Telecom Industry in QKD

Source: Data Science Report, 2025

Why does the Telecom industry need Quantum Security now?

The telecommunications industry stands on the frontline of transmitting large volumes of sensitive data, making it the prime target for cyberattacks. Telecom, an industry that connects all industries, holds data with varying levels of confidentiality and sources ranging from individuals to organisations to governments.

Post-quantum cryptography for the telecom industry is a necessity, as long-term data storage, volatile customer sentiments, emerging quantum threats and compliance urgency have become a daily routine.

Avoid Quantum Attacks

Avoid Quantum Attacks 

All existing cryptography is based on traditional encryption, which quantum computers can break within a few minutes. So, attackers are using the ‘harvest now, decrypt later’ tactic. The telecom data will be at risk.
Avoid Reputational Damage

Avoid Reputational Damage 

After a breach, customers will suffer severely. Facing reputational damage will be intolerable, but adopting quantum security will position you as a market leader. Treat quantum cybersecurity as a strategic motive rather than an IT liability.
Avoid Breach Penalties

Avoid Breach Penalties 

According to a data breach report from Verizon, 20% of breaches occur by exploiting existing vulnerabilities, 60% involve a human element, and 30% involve a third party. The threat is real; it is happening, and it carries an enormous penalty.

The telecom industry can also gain a decisive advantage by adopting quantum security measures. The industry has invested heavily in infrastructure, such as optical fibre cables. However, increasing the Average Revenue Per User (ARPU) will be possible only through value-added services like unbreachable security and unquestionable safety, which can be achieved only through quantum encryption.

QNu’s Quantum Solutions for the Telecommunication Industry

QNu Labs provides comprehensive end-to-end quantum cybersecurity solutions for the telecommunications industry. We ensure that your organisation is ready for the post-quantum era through our wide variety of quantum solutions. We offer both hardware and software quantum security products for the telecommunications industry in India and worldwide.

QShield Platform

Mitigating both existing and emerging cybersecurity threats, QShield, the world’s first unified quantum security platform, resists any advanced attacks and secures all sensitive data without any limit.

Qshield Platform

QConnect  

Defend your telecom data with a quantum-safe VPN and secure tunnel, keeping data integrity intact. QConnect prevents eavesdropping completely, leaving no room for breaches.

QConnect

Quantum Key Distribution  

Quantum Key Distribution for the telecom industry generates unbreakable and unbreachable keys, ideal for data in transit between two points. Known for its seamless deployment and adaptable compatibility, QKD is essential for telecom operations.

Quantum Key Distribution

QVerse  

Delivering secure and compliant communication infrastructure, QVerse is India’s first quantum-safe messaging and collaboration platform. It offers both web and mobile access, the most advanced controls, remote data wiping features, and containerised security. The data resides 100% on the organisation’s server for stronger protection.

QVerse

Quantum Random Number Generator  

To generate true randomness, our QRNG utilises the laws of physics. The non-deterministic keys generated in real-time enhance your telecom infrastructure’s security against man-in-the-middle attacks and last-mile security threats, thereby minimising mishaps.

QRNG

Use Cases of Quantum Security in the Telecom Industry

The quantum security application in telecom is extensive and diverse in terms of usage, utilitarian value, and ubiquitous presence.

Why is QNu the best quantum company for the Telecom Industry?

QNu is a leading quantum partner for various telecom giants in India and across the world. Providing unconditional security with NIST-compliant post-quantum cryptography, QNu pioneers the field of quantum cybersecurity, serving a growing list of satisfied clients in the telecommunications industry.

A decade-long quantum excellence

Quantum Security Leader 

QNu has been the industry leader for more than a decade, from research to deployment, solving telecom cyber threats with cutting-edge quantum solutions.

Provided solutions for various BFSI firms

NQM Funded

The National Quantum Mission has recognised and funded the organisation to empower unbreakable quantum-secure communication for the world.

Ensures hack-proof solutions for long-term

Faster Integration & No Disruption 

Without disrupting existing security infrastructure, telecommunication companies can integrate quantum products more quickly and scale up smoothly.

When & how to equip your telecom infrastructure with quantum cryptography?

Early adopters of quantum cryptography in the telecom market are the most likely to benefit from its advantages. 2025 is the right time to do so, while 2027 is a little late.

Since quantum migration is a time-consuming process, it is best to initiate it immediately.

Be crypto-agile, quantum-resilient and future-ready with QNu!

1

Complete the form and get expert answers

2

Book a free product demo

3

Define your objectives

4

Establish the Proof of Concept

5

Your telecom quantum security journey begins

Frequently asked questions

Which QRNG is the best for a secure 5G network?
How will the data-in-motion be safe with quantum security?
Can quantum encryption protect against existing cyber threats?
Can quantum key distribution be deployed on existing telecom networks and systems?