- Overview
- Products
- Industries
- Services
Empowering You Through Digital Transformation
We share news, insights, analysis and research - tailored to your unique interests - to help you deepen your knowledge and impact.
Migrate seamlessly from classical cryptographic vulnerabilities to end to end quantum resilience. Quadrafort’s Quantum Secure Framework turns the PQC transition into a disciplined, measurable program — not a gamble.
Request a Quantum Readiness Assessment, or explore the framework below to see how Discover, Prioritize, Pilot, Migrate and Monitor come together as one programme.
Enterprise customers worldwide
Dedicated IT Professionals
Countries of global operations
NIST aligned framework steps (Discover → Monitor)
State sponsored threat groups are recording your encrypted communication pipelines right now — counting on a cryptographically relevant quantum computer to unlock that legacy data repository retroactively. Historical trade secrets, financial records, and national infrastructure keys don’t expire; they wait.
Patching perimeter firewalls fails here. A firewall defends the perimeter at the moment of attack — it cannot protect data that was already harvested, archived, and time locked against a future key. The only defense is crypto agility: replacing breakable primitives before the harvest matures.
is all it takes to retroactively break RSA 2048 — in under a day.
firewall rules, proxies, or SIEM tweaks stop background HNDL harvesting.
is the median time enterprises take to fully migrate cryptographic estates.
of harvested ciphertext becomes readable the moment a CRQC exists.
Present Security → HNDL → Shor’s & Grover’s → Quantum Secure Framework
Passive taps on TLS 1.2/1.3 sessions, VPN tunnels, and corporate east/west traffic.
Mass exfiltration of ciphertext to cold storage — cheap, silent, and undetectable.
Key escrow mapping, metadata cross referencing, and decryption when possible.
HNDL skimming begins
Classical break risk on legacy keys
NIST PQC transition deadline nears
CRQC decrypts archived ciphertext retroactively
The math is unforgiving: a single CRQC can retroactively break RSA 2048 in under a day. Data harvested today becomes readable the moment that machine exists — which is why migration must precede the harvest window, not follow it.
Complete visibility into your network to map exactly where digital certificates are actively utilized.
Continuous network auditing to identify and catalog all deployed TLS protocol versions.
Deep dependency analysis to pinpoint which applications rely on vulnerable cryptographic algorithms.
Component level scanning to uncover software packages shipping with outdated crypto libraries.
Data driven cost modeling to project the total engineering effort and expense of migration.
We engineered this framework specifically to provide the most efficient, non-disruptive pathway for enterprises transitioning toward complete quantum resilience. By abstracting the complexities of post-quantum cryptography, our framework minimizes integration friction, safeguards legacy infrastructure, and accelerates your timeline to becoming future-proof.
Automatically locate, catalog, and map every public key cryptosystem, algorithm, certificate, and vulnerable corporate data flow across your infrastructure using our own CDT (Crypto Discovery Tool).
Risk score your discovered data assets based on system exposure, regulatory requirements, and the specific time horizons of HNDL attacks.
Deploy production safe, hybrid testing instances utilizing standard NIST PQC algorithms (ML KEM, ML DSA) to confirm software compatibility.
Execute automated cross platform cryptographic substitution, transitioning infrastructure protocols smoothly without breaking legacy enterprise codebases.
Maintain absolute architectural visibility with ChekQ AI continuous observation engines, tracking algorithmic performance and compliance metrics in real time.
Your centralized directory for encryption health. It tracks every key, certificate, and cryptographic asset across your ecosystem, eliminating blind spots and simplifying regulatory compliance.
Enterprises trust Quadrafort because we deliver end-to-end quantum mitigation that combines deep cryptographic expertise with operational agility. Unlike standard security providers, we provide completely proprietary discovery tools alongside automated migration engines, transforming what is typically a complex compliance headache into a seamless, high-performance operational advantage.
Authentic credentials validating Quadrafort’s authority to run mission critical cryptographic programs inside regulated enterprises — audited, current, and traceable.
Enterprise customers worldwide
Dedicated IT Professionals
Native Agentic AI workflows embedded directly into core infrastructure modules — automating immediate real time problem resolution and threat isolation without human latency.
Three capabilities no legacy vendor can match — proprietary crypto discovery, quantum resistant architecture, and zero downtime integration — underpinned by a decoupled crypto agility engine that hot swaps primitives without recompiling code.
India’s first and most highly demanded native Crypto Discovery Tool (CDT), developed entirely in house to locate and map every cryptographic asset across your estate.
Enterprise grade quantum resistant security architectures tailored for global compliance — from ISO 27001 to NIST FIPS 203/204/205.
Seamless integration frameworks built for legacy and modern infrastructure — hot swap cryptographic primitives without recompiling or breaking production builds.
The average enterprise holds 40,000+ certificates and hundreds of legacy cryptographic primitives. The longer the HNDL harvest window runs, the larger your retrospective exposure grows. Start with a structured Quantum Readiness Assessment — a prioritized, NIST aligned migration map tailored to your estate.
A senior quantum architect responds within one business day.
