Executive Brief · October 2026 · Restricted Distribution

Your organisation's encrypted data is being collected right now.
It will be readable when quantum computers arrive.

This is not a future risk. The collection is happening today. Adversaries — state-sponsored and well-resourced — are systematically harvesting encrypted network traffic, financial records, and healthcare data. They cannot decrypt it yet. They do not need to. They are building a library for the day they can. That day is between five and fifteen years away, depending on which government's timeline you read. Many of the records your organisation encrypted this year will still be sensitive in 2040.

Explore Threat Timeline ↓
87%
of Indian banks reportedly use quantum-vulnerable RSA or ECC encryption today
QNu Labs BFSI Threat Intelligence Report, 2026
₹45B
in daily UPI transactions currently protected by quantum-vulnerable cryptographic infrastructure
RBI payment volume data, 2026
5–15 yrs
estimated range to a cryptographically relevant quantum computer, per intelligence agency assessments
NSA, GCHQ, ANSSI published guidance
₹250Cr
maximum penalty per violation under India's DPDP Act 2023 — per enforcement action, not per record
DPDP Act 2023, Schedule

THE THREAT MECHANISM

Harvest Now, Decrypt Later: Why the Threat Is Active Today, Not in Five Years.

HNDL is the reason quantum readiness cannot wait for Q-Day. The attack is already underway. The decryption is what comes later.

Data Shelf-Life vs. Encryption Safety Window — Indian BFSI & Healthcare Context
2024 2026 2028 2030 2032 2035 2040+ TODAY Q-DAY ESTIMATE WINDOW (2032–2040) RSA-2048 / ECC Safe Window (est. ends 2032–2034) UPI / Payment records — sensitivity window 10–15 years from transaction KYC / AML / Loan records — statutory retention 20–40 years (still sensitive in 2060) → Patient records / Genomic data — permanent sensitivity, no expiry → Encryption Payments KYC/AML Healthcare HARVEST WINDOW OPENS Data exposed, still sensitive
How HNDL Works
Three steps. The first is already happening.
01
Harvest: Adversaries — primarily state-sponsored, with the infrastructure and patience to operate on 10–15 year timelines — intercept and store encrypted network traffic. Bank API calls, payment switch messages, insurance claims, clinical records. They do not need to decrypt it now. Storage is cheap.
02
Wait: Quantum computing capability advances — on a timeline that multiple national intelligence agencies now assess at 5–15 years for a cryptographically relevant machine. The adversary waits. The encrypted library grows.
03
Decrypt: Shor's algorithm running on a sufficiently powerful quantum computer breaks RSA-2048 and elliptic-curve encryption in hours. Everything harvested across the prior decade becomes readable. Not just current data — everything stored since the harvest began.
Why Standard Cybersecurity Doesn't Solve This
The breach already happened. You just can't see it yet.
HNDL attacks generate no alerts. They exploit no vulnerability in your current systems. They require no access credentials. They trigger no intrusion detection. A state-level adversary harvesting your encrypted backbone traffic is invisible to your SIEM, your EDR, and your VAPT. Your current security posture, however mature, does not protect against this attack class.
The only defence is migrating to quantum-resistant cryptography before the adversary's decryption capability arrives. That requires knowing exactly what you are encrypting with today — which is what the Cryptographic Bill of Materials (CBOM) provides.
The critical asymmetry: The adversary only needs to succeed once, after Q-Day. The defender needs to have completed migration before Q-Day. The data encrypted today with RSA-2048 on a KYC record that expires in 2045 will still be readable in 2035 — if the adversary harvested the traffic.

DATA SHELF-LIFE ANALYSIS

Not All Data Has the Same Risk Profile. Most Indian Financial and Health Data Outlives Current Encryption.

The question is not whether your data is sensitive today. The question is whether it will still be sensitive when quantum decryption becomes possible — and whether the encryption protecting it today will hold until then.

Data Type Regulatory Retention Sensitivity Lifespan RSA/ECC Safe Until (est.) Exposure Gap HNDL Priority
Patient genomic data Permanent Permanent — no expiry ~2032–2034 Permanent gap Critical
KYC / Aadhaar-linked records 10 years minimum Lifetime of the individual ~2032–2034 20–50 year gap Critical
AML / Suspicious transaction records 5–10 years (PMLA) 10–20 years (evidentiary value) ~2032–2034 5–15 year gap High
Insurance policy & claims data 10 years post-maturity Lifespan of the policy holder ~2032–2034 10–30 year gap Critical
Payment / UPI transaction records 5 years (RBI) 5–10 years (fraud/dispute value) ~2032–2034 Borderline High
SWIFT / Correspondent banking messages 10 years 10–15 years (sanctions, litigation) ~2032–2034 5–10 year gap High
Corporate loan / credit files 7–10 years Duration of credit relationship ~2032–2034 Marginal risk Medium
Note: RSA-2048 safety window estimate sources vary. NIST recommends migrating away from RSA and ECC for long-lived data now. NCSC (UK), BSI (Germany), and ANSSI (France) all recommend beginning migration for data with sensitivity horizons exceeding 10 years.

REGULATORY EXPOSURE

The Penalties for Inaction Are Already Written Into Indian Law.

Quantum readiness is not purely a future-threat problem. The regulatory obligation to demonstrate adequate cryptographic controls — and the penalties for failing to do so — exist in frameworks that are in force today.

DPDP Act 2023 — Schedule
₹250 Cr
Maximum penalty per violation for failure to implement reasonable security safeguards for personal data
Trigger: Any breach of personal data — financial, health, biometric — where adequate cryptographic protection cannot be demonstrated
Per enforcement action · Significant Data Fiduciary designation adds additional obligations
RBI Master Directions 2026
₹1–5 Cr+
Monetary penalties under Banking Regulation Act for non-compliance with technology risk management directions
Trigger: Failure to maintain demonstrable technology risk inventory, six-monthly VA cadence, or six-hour DAKSH reporting after a cyber incident
Plus reputational consequence of RBI enforcement action · Licence risk for repeated violations
SEBI CSCRF 2024/2025
₹1 Cr / day
Daily penalty for non-compliance for Market Infrastructure Institutions; lower thresholds for other Regulated Entity categories
Trigger: Failure to implement CSCRF requirements including CERT-In empanelled VAPT, HSM deployment, Cyber Capability Index assessment, and board-level governance
Plus potential trading suspension for severe violations · Applies to all SEBI REs from Aug 2025

The compounding exposure: A single quantum-era breach of a KYC database — where RSA-encrypted data harvested over several years is decrypted and exfiltrated — could simultaneously trigger a DPDP Act penalty (up to ₹250 crore for the failure to protect personal data), an RBI enforcement action (for failure to maintain adequate cryptographic controls), and a reputational consequence whose financial value is unlikely to be bounded by any regulatory cap. The cost of demonstrating adequate cryptographic controls in advance — a CBOM-based audit and migration roadmap — is measured in lakhs, not crores.

RETURN ON INVESTMENT

The Cost of Early Assessment vs. Late Migration vs. A Breach.

This is the budget conversation. A CBOM-based quantum readiness assessment is one of the few security investments where the regulatory and financial return on early action is quantifiable and large.

Investment — Early Assessment
Qvanticalabs Quantum Readiness Audit
₹8L–₹45L
Three-phase engagement: cryptographic footprint mapping, CBOM generation, regulatory mapping, and NIST-aligned migration roadmap.
Scope-dependent on organisation size, number of repositories/systems, and regulatory frameworks in scope.

Pilot engagement available at ₹7L–₹9L to validate scope and deliver a proof-of-concept CBOM for a defined system perimeter.
What You Are Comparing Against
The Alternative Cost Scenarios
₹250 Cr
DPDP Act penalty exposure per violation where inadequate cryptographic protection of personal data is demonstrated — one enforcement action following one breach of a KYC or health record database.
₹50–150 Cr
Late-stage PQC migration cost — migrating cryptographic infrastructure under regulatory pressure, without a pre-built CBOM, across a large bank's 200–500 application systems. Industry estimates: 5–10× the cost of a planned migration.
₹40–80 Cr
Average India enterprise breach remediation cost — incident response, forensics, customer notification, regulatory liaison, and reputational management following a significant cryptographic breach (IBM Cost of a Data Breach Report, India 2025).
Q-SAFE
RBI Q-SAFE Committee response cost — organisations that begin CBOM discovery after the Q-SAFE report is published will be running a 2–4 month discovery exercise after the regulatory deadline is already set. The CBOM is the deliverable the committee will ask for.
The board-ready version of this calculation is available as a one-page ROI summary formatted for board risk committee presentation. It shows the probability-adjusted expected cost of inaction against the cost of a three-phase engagement across four regulatory scenarios.
The India-Specific Window
The RBI Q-SAFE Committee's report lands Q4 2026 or Q1 2027. Banks that start their CBOM now arrive at the review with evidence ready. Banks that wait start after the deadline.
On 25 May 2026, the Reserve Bank of India constituted the Q-SAFE Expert Committee, chaired by Prof. Anil Prabhakar of IIT Madras. Its mandate is explicit: evaluate India's financial sector cryptographic estate through a Cryptographic Bill of Materials (CBOM), assess crypto-agility, and recommend a quantum-safe migration roadmap. The report is due within six months of the committee's first meeting. When it lands, every scheduled commercial bank will need to demonstrate a CBOM — or explain why it does not have one.
Now — Oct 2026
Optimal window. Begin CBOM discovery before the Q-SAFE mandate is codified. Arrive at the review with evidence — not a plan to get evidence.
Q4 2026 / Q1 2027
Q-SAFE report published. Mandate codified. Banks without an existing CBOM start a 2–4 month discovery exercise after the deadline is set.
2027–2029
DST NQM migration window. Critical Information Infrastructure entities expected to complete Phase 1 PQC migration. CERT-In CBOM obligation already in force from July 2025.
2032–2040
Q-Day estimate window. RSA/ECC encryption no longer safe for protecting long-lived data. Organisations without a completed migration roadmap face disruption under time pressure.

FOR THE BOARD CONVERSATION

Three Questions Your Board Will Ask. One Engagement Answers All Three.

A board risk committee evaluating quantum readiness needs three things: evidence of the risk, evidence of current exposure, and a defensible plan. A Qvanticalabs engagement produces all three as named, exportable deliverables.

"Do we know what cryptography we are actually running across our systems?"
What the CISO needs to say
Most organisations do not have a complete answer to this question. Source code repositories do not reflect what is compiled and deployed. Architecture diagrams do not show hardcoded keys in legacy modules. Runtime configurations drift from documented baselines. The honest answer, without a CBOM, is no.
AQRA Phase 01 + Phase 02 output: A CycloneDX CBOM listing every cryptographic primitive in use across source code, compiled binaries, and live runtime — with the specific location of each finding.
"Which of our systems would be exposed first if a quantum computer became available tomorrow?"
What the CISO needs to say
The answer depends on which systems hold the longest-lived sensitive data, which are publicly accessible (and therefore harvestable), and which use the weakest cryptographic primitives. Without a scored CBOM, this is guesswork. With one, it is a ranked list the board can act on.
AQRA Phase 02 output: P1–P4 quantum exposure scoring per system, per primitive, cross-referenced against data retention period and public accessibility — the priority list your board can approve a budget against.
"What is our plan, and when can we show the RBI / SEBI / our auditors that we have one?"
What the CISO needs to say
Regulators — specifically the RBI Q-SAFE Committee and CERT-In — are asking for a CBOM and a quantum-safe migration roadmap. A written policy commitment is not a roadmap. A roadmap requires knowing what you are migrating from, to which replacement algorithm, in which sequence, against which regulatory deadline. That sequence requires a CBOM as its input.
AQRA Phase 03 output: A NIST FIPS 203/204/205-aligned migration roadmap, prioritised by the P1–P4 scoring, mapped to RBI Q-SAFE, CERT-In, and DST NQM timelines — presentable to the board and to a regulator.

Sovereign Software Appliances

AQRA Product Architecture Supporting the CISO Agenda

Air-gapped, zero-data-egress appliances that discover, inventory, and harden your cryptographic estate inside your own infrastructure.

AIR-GAPPED APPLIANCE

AQRA Discovery Engine

On-premise container appliance for deep cryptographic discovery. Analyzes source repositories, compiled binary objects, host keystores, and active SSL/TLS handshake configurations without cloud egress.

  • 100% Localized parsing & static AST analysis
  • Decompilation of legacy binary executables
  • Zero outbound network packet dependency
  • Continuous host posture & driver auditing
Explore Appliance →
CYCLONEDX CBOM

AQRA CBOM Generator

Automated generation of Cryptographic Bill of Materials (CBOM) aligned with CycloneDX specs. Maps algorithm types, key lengths, curves, entropy sources, and expiration dates.

  • Automated CycloneDX JSON/XML generation
  • Quantum vulnerability score assignment
  • Dependency tree cryptographic mapping
  • CI/CD pipeline & container registry integration
POST-QUANTUM SUITE

PQC Migration Suite

Automated transition tools for replacing legacy RSA/ECC primitives with NIST-standardized Post-Quantum Cryptography algorithms (ML-KEM, ML-DSA, SLH-DSA).

  • Automated code refactoring recommendations
  • NIST FIPS 203 / 204 / 205 compliance checks
  • Crypto-agility orchestration engine
  • Dual-signature hybrid PKI certificate management
Explore PQC Suite →
ENTERPRISE BROWSER

Seraphic Enterprise Browser

Isolation-first web browsing engine designed for sensitive admin portals and critical enterprise applications. Offers JS runtime sandboxing, dynamic DLP, and exploit protection.

  • JavaScript engine abstraction & exploit immunity
  • Zero-day vulnerability isolation
  • Real-time Data Loss Prevention (DLP) controls
  • Granular admin session audit logging
AUTONOMOUS AI

Agentic Sentinel & SOAR

Autonomous AI security agents operating locally to detect cryptographic anomalies, enforce perimeter containment, and execute self-healing playbook responses.

  • Autonomous incident triage & playbook execution
  • Air-gapped ML anomaly detection
  • Real-time SOC alert synthesis & containment
  • Zero-latency policy enforcement

NEXT EXECUTIVE STEP

The conversation with your board is easier when you can show them the inventory, not just describe the risk.

A 30-minute scoping call establishes which systems are in scope, which regulatory frameworks apply to your entity, and what Phase 01 discovery looks like inside your specific environment. We scope the engagement within a week.

Explore Regulatory Mapping →
Sources and notes: [1] 87% figure: QNu Labs BFSI Quantum Threat Intelligence Report, 2026. [2] ₹45B daily UPI figure: RBI Annual Report 2025–26 payment volume data. [3] 5–15 year Q-Day estimate: NSA CNSA 2.0 guidance, NCSC UK PQC migration guidance, ANSSI French quantum threat assessment; range reflects genuine expert disagreement — some assessments are more conservative. [4] ₹250 crore DPDP penalty: Digital Personal Data Protection Act 2023, Schedule, Item 1. [5] ₹8L–₹45L Qvanticalabs engagement cost: Indicative range, scope-dependent — confirm current pricing in a scoping conversation. [6] ₹40–80 crore breach remediation: IBM Cost of a Data Breach Report India 2025, converted to INR at prevailing rate; figure varies significantly by breach type and organisation size. [7] Late-stage migration 5–10× cost multiplier: Industry consensus estimate based on planned vs. reactive migration programmes; not a Qvanticalabs figure. [8] RSA-2048 safety window estimate: NIST recommends beginning migration now for data with sensitivity horizons exceeding 10 years; precise end-date is not knowable. All penalty figures are maximums under the cited frameworks; actual enforcement actions may differ.