QRAD — Quantum-Resistant Adaptive Defense — is an endpoint security platform built on lattice-based, NIST-standardized post-quantum cryptography and adaptive AI threat detection. Data protected by QRAD today stays protected when quantum computers arrive.
Nearly everything we trust online — banking, health records, state secrets, your private files — leans on RSA and elliptic-curve cryptography. A sufficiently powerful quantum computer running Shor's algorithm breaks both. The question is not if, but when.
Adversaries are intercepting and stockpiling encrypted data today, waiting for quantum hardware to unlock it. Anything with a shelf life of 5+ years is already at risk.
Crypto transitions historically take a decade across large systems. Organizations that wait for Q-Day to begin will migrate after their data is already compromised.
Post-quantum research has focused on networks and TLS. The endpoint — where files live, where users authenticate, where breaches actually begin — has been left behind.
Governments and standards bodies have responded: NIST finalized its first post-quantum standards (FIPS 203, 204, 205) and federal agencies are under mandate to migrate. QRAD brings that same urgency to the endpoint.
QRAD is not a single tool — it is an adaptive defense fabric for the endpoint. Every layer is built on lattice-based cryptography that no known quantum algorithm can efficiently break, and every layer watches itself with on-device AI.
A local encrypted file vault with AES-256-GCM at rest, post-quantum key encapsulation, AI-driven anomaly detection, and a configurable self-destruct that wipes data under attack.
Protect at restPeer-to-peer secure file transfer over mutual-TLS with section-based encryption, real-time anomaly streaming, and sender-controlled remote lock and destroy — even after delivery.
Protect in motionPost-quantum messaging secured by Kyber-768 key exchange and ML-DSA-65 signatures, with zero-knowledge-proof authentication, a Dead Man's Switch, and tamper-evident audit logs.
Protect in conversationThe "A" in QRAD matters as much as the "QR". Static defenses fail against evolving attackers, so every QRAD component pairs hard cryptography with software that learns.
Key encapsulation with ML-KEM (CRYSTALS-Kyber-768) and digital signatures with ML-DSA-65 — the algorithms NIST standardized for the post-quantum era — layered over battle-tested AES-256-GCM symmetric encryption.
Isolation Forest models run on-device, learning what normal access looks like and flagging deviations in real time — brute-force attempts, abnormal file access patterns, suspicious transfer behavior — without sending your data anywhere.
Prove who you are without revealing your secret. ZKP-based authentication means credentials are never transmitted or stored in recoverable form — nothing to harvest, nothing to decrypt later.
Security that acts, not just alerts: configurable self-destruct on tamper detection, sender-controlled remote lock and destroy for shared files, and a Dead Man's Switch for when you can't respond yourself.
Every security event is written to a blockchain-style, hash-chained audit log. Any attempt to alter history breaks the chain — giving you forensic-grade evidence of exactly what happened, and when.
An integrated security agent explains alerts in plain language, recommends responses, and helps users — not just experts — make the right call under pressure.
The post-quantum transition is the largest cryptographic migration in history — bigger than the move from DES to AES, bigger than the SHA-1 deprecation. Most of the world's tooling assumes it's a problem for telecom giants and cloud providers. It isn't. It's a problem for every laptop holding a contract, every phone holding a conversation, every device holding something worth stealing.
QRAD's thesis is simple: quantum-safe security must be usable by default. Not a research library, not an enterprise retrofit costing millions — a platform an individual, a startup, or a hospital can deploy today.
We see a future where adaptive defense is table stakes: where endpoints don't just encrypt, but observe, learn, and respond; where audit trails are mathematically tamper-evident rather than trusted by convention; where authentication reveals nothing worth harvesting.
QRAD is built in India, for the world — proof that the next generation of security infrastructure doesn't have to come from the usual places. The organizations that move before Q-Day will define the trust layer of the quantum era. We're building the platform they'll move with.
QRAD started with an uncomfortable realization in a cybersecurity classroom in Bengaluru: everything we were being taught to protect data with had an expiry date — and almost nothing being built for everyday users acknowledged it.
Post-quantum cryptography existed in papers and standards documents. It did not exist where breaches actually happen: on endpoints, in file shares, in the messages people send. So we built it ourselves — first an encrypted vault, then secure transfer, then quantum-safe messaging — iterating relentlessly until the research-grade cryptography felt invisible to the person using it.
What began as a student project became a patented platform. QRAD exists because waiting for someone else to solve this felt like negligence. The data being harvested today belongs to people who deserve better than "we'll migrate eventually."
Cybersecurity engineer and builder behind QRAD's platform — from the post-quantum crypto core and AI anomaly engine to the product itself. Believes security should be powerful by default and invisible in use.
Co-inventor on QRAD's patent and partner in its architecture and direction — shaping how adaptive, quantum-resistant defense moves from research concept to deployable platform.
The second best time is before your data's shelf life outlasts classical encryption. Talk to us about pilots, partnerships, and early access.