#quantumresistant

[innovatexblog]

Quantum-resistant cryptography: practical steps to protect apps from quantum threats using lattice-based (Kyber/Dilithium) and hash-based (SPHINCS+) schemes. Hybrid TLS, liboqs PoCs, PKI tips, and a hands-on checklist to start today.

Quantum-Resistant Cryptography in Practice

Future-proof your apps against quantum threats. Learn how lattice & hash-based cryptography can safeguard data in a post-quantum world—start

[govindhtech]

CERT-In: Safeguarding India’s Cybersecurity Infrastructure

Certification Indian Computer Emergency Response Team

India is creating a bold quantum cybersecurity strategy for digital safety.

The Ministry of Electronics and Information Technology (MeitY) presented a historic national blueprint to defend India's fast-growing digital economy against quantum computing dangers. Developed in collaboration with SISA and the Indian Computer Emergency Response Team (CERT-In), this comprehensive strategy requires public and private entities to immediately identify encryption system vulnerabilities and begin the transition to quantum-resistant algorithms.

In ten. With its quick response, India can assist create cybersecurity defences against this dynamic and potentially disruptive threat. Healthcare, defence, and finance are prioritised to minimise disturbance throughout the important transition. Strong quantum machines could defeat encryption methods that support billions of dollars in internet transfers in ten years, say cybersecurity experts. With its quick response, India can assist create cybersecurity defences against this dynamic and potentially disruptive threat. To minimise interruption throughout the post-quantum security transition, finance, healthcare, and defence are prioritised.

The Quantum Crisis and National Need

This strategic approach is justified by MeitY in a whitepaper on a national plan for quantum-resistant cybersecurity systems. According to this groundbreaking statement, public and private sector organisations must urgently evaluate their cryptographic infrastructure flaws to protect sensitive data, key services, and national security assets.

It is needed because powerful quantum computers could compromise widely used encryption schemes like RSA and ECC, which are vital. The project anticipates and mitigates these risks. While it's unclear when cryptographically relevant quantum computers will be widely available, the whitepaper stresses that taking the proactive measures listed is essential to improving resilience and reducing threats, which will secure India's digital infrastructure in the long run.

Transition Phased Roadmap

The whitepaper presents a step-by-step approach to quantum cybersecurity readiness, from risk assessment to business implementation. This roadmap methodically examines cryptographic dependencies, highlighting systems that use methods that potentially be quantum attacked. Beyond finding algorithms, this procedure examines the essential management infrastructure and security protocols.

Top focus is achieving this critical transformation without disrupting business operations or regulatory frameworks. Operational continuity and regulatory compliance are key to helping regulated businesses including banking, financial services, and insurance (BFSI), healthcare, and government initiate quantum-safe migration strategies. Implementing new algorithms is not enough, the document stresses. Security design must be rigorous.

Collaboration and Key Roles

A solid partnership framework that successfully integrates forensic knowledge, private sector innovation, and government supervision underpins this statewide initiative. For proactive threat mitigation, this approach creates a dynamic ecosystem.

CERT-In, the main agency, has a mission beyond offering guidance. It coordinates national responses to quantum technology threats, including planning for information exchange, vulnerability disclosure, and incident response. To ensure a uniform national posture against threats, CERT-In uses its Information Technology Act power to shift away from reactive incident management and towards preventative security measures.

SISA's forensic expertise helps businesses implement post-quantum data security policies. They must give organisations the granular details needed to protect data at the deepest level in the post-quantum security scenario.

Quantum cybersecurity readiness requires technology advances, strong information sharing, coordinated reaction mechanisms, and a proactive security culture.

Prioritising Vital Sectors

Quantum-enabled attacks could devastate essential national infrastructure, hence the whitepaper prioritises healthcare, defence, and finance. This targeted approach recognises that data in these domains is sensitive and that a quantum-enabled breach might be disastrous. The project plans to have the most impact and establish the framework for quantum cybersecurity preparation across India's digital economy by focussing on five crucial infrastructure areas. This strategic approach ensures instant applicability and broad acceptance of industry-specific best practices and standards.

India's Global Status

India is bold and aggressive enough to join the growing number of nations planning for quantum technology's cybersecurity consequences. Public-private coalitions led by India address quantum cybersecurity worldwide. Stakeholders must adapt and collaborate to survive quantum threats.

[nayanasri]

IBM’s quantum-resistant magnetic tape storage is not actually snake oil

IBM’s quantum-resistant magnetic tape storage is not actually snake oil

Usually when someone in tech says the word “quantum,” I put my hands on my ears and sing until they go away. But while IBM’s “quantum computing safe tape drive” nearly drove me to song, when I thought about it, it actually made a lot of sense.

First of all, it’s a bit of a misleading lede. The tape is not resistant to quantum computing at all. The problem isn’t that qubits are going to escape…

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[deepfinds-blog]

BlackBerry races ahead of security curve with quantum-resistant solution

Quantum computing represents tremendous promise to completely alter technology as we’ve known it, allowing operations that weren’t previously possible with traditional computing. The downside of these powerful machines is that they could be strong enough to break conventional cryptography schemes. Today, BlackBerry announced a new quantum-resistant code signing service to help battle that…

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