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With QNu Labs, stay ahead of cyber threats now & forever.
believe that quantum will break today’s encryption.
of Indian financial firms are already testing PQC solutions.
of Banking decision-makers expect quantum attacks within 3 years.
The banking, financial services, and insurance industry handles transactions of high value and high volume. Those transactions are at risk, as the current encryption methods cannot withstand future quantum threats; therefore, be proactive and adopt quantum cybersecurity for BFSI with quantum-safe, future-proof security solutions.
Build trust with quantum-resilient solutions through QNu quantum products.
QNu Labs provides quantum security for financial institutions, using quantum-enhanced tokenisation and scalable platforms to minimise breach risks, ensuring seamless data transmission and integration with traditional IT systems.
Digital identities are strengthened through Quantum Random Number Generation and Post-Quantum Cryptography (PQC). True random numbers are crucial for data security, as they provide robust encryption. QRNG from QNu supports various data rates and standard interfaces, catering to multiple applications with high entropy rates.
Launch your quantum secure data strategy before the threat arrives. Fortify your data centre with QNu’s Quantum Key Distribution (QKD), which doesn’t require any change in existing infrastructure. It protects your infrastructure unconditionally, providing quantum resilience. QNu ensures that your data is safe at all times.
Achieving crypto-agility is a strategic priority for the BFSI sector, which has numerous physical branch locations that rely on different types of network connectivity. Their security is non-standard. Thus, QNu creates a common “Branch in a Box” platform to enable proper, consistent, and future-ready crypto agility programs.
With QNu as your quantum partner, you are never vulnerable or prone to cyberattacks.
With a hybrid approach that combines Quantum Key Distribution, Quantum Random Number Generator, and Post-Quantum Cryptography, any organisation in the BFSI industry can achieve an unbreakable level of security with tamper-proof and forward-secure transmission.
Migrating to Post-Quantum Cryptography is generally a time-consuming and complex process involving multiple stakeholders, data structures, and parties. QNu ensures a gradual implementation with minimal impact on business flow without disrupting existing practices.
A decade-long quantum excellence
Provided solutions for various BFSI firms
Ensures hack-proof solutions for long-term
Compatible with your current infrastructure
As part of the Banking and Finance sector in India and around the world, organisations have begun partnering to secure and scale up their operations, preparing for the post-quantum era.
Here are your next steps for your quantum journey:
Submit Queries and get expert answers.
Book a demo.
Define use cases.
Proof of Concept (PoC) is established.
Begin your Quantum Journey with a customised roadmap.
The quantum attack has already started in the form of HNDL (Harvest Now, Decrypt Later), where attackers have taken the data only to decrypt it after the quantum computers become available. There is no time to wait any longer for crucial businesses, such as banks, financial institutions, and insurance entities.
Quantum Key Distribution (QKD) is based on quantum mechanics principles for encryption and entanglement that cannot be intercepted. Any attempt will be detected and arrested, and most importantly, the admin will be alerted.
There is no storage of keys, as it is generated in real-time. The well-known use cases of QKD in finance and BFSI include but are not limited to interbank communications and data centre transmissions.
The existing random number generators employ either software-based pseudo-random number generators (PRNGs) or hardware-based true random number generators (TRNGs). However, these two are vulnerable because powerful quantum systems can reproduce their sequences.
On the other hand, Quantum-RNG (QRNG) is a principle based on fundamental laws of nature, particularly on the time of arrival of photons. Its inherent nature of unpredictability makes it more promising and more secure than any existing RNG in BFSI or other high-value sectors.
No. Quantum cybersecurity is industry-agnostic and suitable for organisations of any size. Though it is highly vital and urgent for big companies, now is the time for smaller organisations to initiate the quantum journey.