KAVACH-Q™Post-Quantum Migration
ISO/IEC 27001:2022
GAINT · National PQC Platform · 2026

Secure Your Enterprise for the Quantum Era

KAVACH-Q discovers vulnerable cryptography, calculates Quantum Vulnerability Scores, and helps enterprises migrate to post-quantum-safe algorithms with audit-ready compliance.

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CERT-IN Aligned
RBI Framework
ISO 27001:2022
NIST FIPS 203/204/205

KAVACH-Q | POST-QUANTUM CYBERSECURITY

Is Your Organization Quantum-Safe?

Don't Let Tomorrow's Quantum Computers Break Today's Security.

Discover cryptographic vulnerabilities, assess quantum risks, and prepare your organization for the post-quantum era with KAVACH-Q.

Example: https://github.com/juice-shop/juice-shop.git GitHub repositories only

Supported text files only · 500 files · 2 MB/file · 20 MB total

End-to-End Automation

Six Stages. One platform.Zero quantum blindspots.

Each stage automatically hands off to the next—from discovery and prioritisation to secure migration and compliance evidence.

  1. SCAN

    7-module cryptographic discovery across code, TLS, binaries, K8s Secrets, infrastructure, dependencies, and legacy PDFs using Claude Vision AI.

    7-Module Discovery

  2. QUEUE

    Kafka 3.5 asynchronous pipeline. The API returns a scan ID in under two seconds. Celery workers and priority queues support national-scale deployment.

    Priority Processing

  3. SCORE

    The QVS Engine uses vectorised risk scoring for every finding. Five decision-ready risk tiers explain each result in simple language.

    Risk Intelligence

  4. PLAN

    Generate ML-KEM-768, ML-DSA-65 and SLH-DSA migration plans. Select hybrid or PQC-only strategies and route critical changes through CAB approval.

    Migration Planning

  5. EXECUTE

    A secure on-premise agent deploys migrations inside protected and air-gapped networks. Mandatory dry runs and automatic rollback reduce deployment risk.

    Secure Deployment

  6. COMPLY

    Generate digitally signed evidence reports with trusted timestamps. Every finding is mapped to applicable CERT-In, RBI and ISO 27001 requirements.

    Compliance Evidence

CERT-IN · RBI · ISO 27001 · MeitY NQM Aligned

Find Every RSA and ECC KeyBefore the Quantum Deadline Finds You.

KAVACH-Q discovers RSA, ECC, and legacy cryptographic assets across your technology estate, scores each finding, and maps the results to applicable post-quantum standards and compliance requirements.

Discover

Find every certificate, key, and algorithm across applications, APIs, infrastructure, containers, dependencies, binaries, and legacy systems—then map them into a centralized Cryptographic Bill of Materials (CBOM).

Assess

Assign a 0–100 quantum-vulnerability score to each asset, including expired certificates, SHA-1 usage, hardcoded keys, and unencrypted DPDPA-covered data, prioritized against applicable CERT-IN and RBI requirements.

Prepare

Build a board-ready migration plan mapped to NIST FIPS 203, 204, and 205, with exportable, signed, audit-ready, and auditor-verifiable evidence for applicable ISO 27001:2022 requirements.

Discovery coverage

Illustrative view

7 scanner modules, one cryptographic inventory

Source Code Review

KAVACH-Q will analyze application source code to discover cryptographic usage, risky algorithms, weak implementation patterns and evidence required for security review.

₹6,003.65 Cr

National Quantum Mission Outlay

Government of India · 2023–24 to 2030–31

Official source

2030–31

NQM Programme Period

India’s national quantum ecosystem initiative

Official source

203 · 204 · 205

Finalized NIST PQC Standards

ML-KEM · ML-DSA · SLH-DSA

Official source

CBOM + QBOM

CERT-In Technical Guidance

Cryptographic and quantum asset visibility

Official source

Stage 2 · Process

Secure Processing Pipeline

The operational backbone of KAVACH-Q—enabling scalable security assessments, real-time progress visibility, automatic recovery, and compliance-ready audit traceability.

Operational capability

Scalable Processing

Processes security scans in parallel across growing enterprise environments without interrupting ongoing operations.

Operational capability

Resilient Operations

Automatically manages priorities, retries, schedules, timeouts, and recovery to keep critical security workflows running.

Operational capability

Live Operational Visibility

Provides real-time scan progress, status updates, controlled cancellation, and immediate visibility through the dashboard.

Continuous Processing
24/7
Progress Visibility
Real-Time
Failure Recovery
Automatic
Audit Traceability
End-to-End
API Response Target
<2s

Workload Prioritization

Routes critical security work through priority-aware processing.

Failed Job Recovery

Retries interrupted jobs while preserving workflow continuity.

Real-Time Progress

Surfaces scan progress and workflow status changes.

Elastic Processing

Distributes work across available processing capacity.

Operational Monitoring

Centralizes queue, worker, and job-level visibility.

Verifiable Audit Trail

Records processing events for compliance evidence.

Reliable Event Processing

Coordinates asynchronous workflow events and handoffs.

Scheduled Assessments

Supports planned assessment windows and queued execution.

The QVS Assessment Model —quantum risk in one number.

Every cryptographic asset receives a Quantum Vulnerability Score between 0 and 100 — computed using a proprietary scoring methodology and environment-aware risk multipliers.

QVS Assessment Model

Multi-factor quantum risk assessment

QVS combines cryptographic, exposure, data and environmental signals through a proprietary weighted methodology to produce a normalized risk score from 0 to 100.

Cryptographic Posture

Evaluates the security characteristics and resilience of cryptographic assets against emerging quantum threats.

Security Exposure

Considers how cryptographic assets are exposed across systems, services, infrastructure and external interfaces.

Data Sensitivity

Accounts for the sensitivity and long-term value of information protected by cryptographic assets.

Environmental Context

Considers the operational and business context surrounding each cryptographic asset.

Migration Complexity

Considers the practical complexity and effort involved in transitioning affected assets.

  1. Assessment Context

    Cryptographic + Environment Signals

  2. Proprietary Engine

    Weighted Risk Methodology

  3. Output

    QVS · 0–100

Sample output

Illustrative · Demo tenant · Not customer data
Asset
PaymentGateway.java:142
Evidence
method: RSAKey.generate(2048) · AST · HIGH
Result
QVS 91 → CRITICAL · Demo SLA: 30 days
  • CRITICAL
  • HIGH
  • MEDIUM
  • LOW
  • NEGLIGIBLE

QVS Assessment Pipeline

Discover

Scan Everything

Repositories, certificates, binaries, infrastructure, containers and cryptographic assets across the enterprise.

Analyse

Calculate Risk

Evaluate cryptographic, exposure, data and environmental context using the QVS methodology.

Prioritise

Take Action

Classify findings by risk and generate migration priorities with clear remediation guidance.

Risk Tiers & Response Priority

QVS findings are grouped into risk tiers to help security teams prioritize remediation and migration activities.

  1. CRITICAL

    Immediate remediation

  2. HIGH

    Priority remediation

  3. MEDIUM

    Planned remediation

  4. LOW

    Monitor & schedule

  5. NEGLIGIBLE

    Monitor

Live Operations

Real-time detection.Zero-touch response.

WebSocket progress streams provide near real-time scan visibility. Resilient asynchronous processing allows scans to resume after agent disconnects, with encrypted checkpoints maintained in Redis.

  • Fast API response via Kafka async pipeline

    scan_id is returned immediately, keeping scan requests asynchronous and preventing duplicate submissions.

  • 3-tier priority queues

    Critical · Standard · Background — prioritized processing for time-sensitive security findings.

  • Scan resume on disconnect

    AES-256-GCM encrypted Redis checkpoints allow interrupted scans to resume from the last completed file batch.

  • Git-diff differential scanning

    Scan only files changed since the last commit SHA to reduce unnecessary scanning and compute.

Simulated · Not live

DEMO TENANT · Synthetic organization, endpoints, files and findings shown for illustration only. No client or government infrastructure is represented.

scanner@kavachq:~$ scan --org ORG_DEMO --depth FULL

Initialising 7 scanner modules...

✓ tree-sitter AST · Java/Python/Go/C++/JS

✓ sslyze TLS · demo endpoints queued

✓ Kafka scan-requests topic published

⚠ [M1] RSA-2048 · PaymentGateway.java:142

method: RSAKey.generate(2048) · AST · HIGH

✓ QVS: 91 → CRITICAL · Demo SLA: 30 days

✗ [M2] TLS 1.1 + Expired cert · api.demo.internal

RSA-2048 · Certificate expired · DEMO FINDING

✓ PKI policy citation attached

⚠ [M6] Legacy PDF · Bank_Sandbox_01_Mainframe.pdf

Document analysis: DES-56 on p.14 · HIGH

✓ QVS: 98 → CRITICAL · Demo plan triggered

scanner@kavachq:~$

Post-Quantum Migration

From first scan to signed evidence.Planned, approved, reversible.

KAVACH-Q connects every finding to a migration path: plan with NIST post-quantum algorithms, route critical changes through CAB approval, execute with mandatory dry runs and automatic rollback, then export signed evidence.

Step 3 of 6

Migration Planning

Generate ML-KEM-768, ML-DSA-65 and SLH-DSA migration plans. Select hybrid or PQC-only strategies.

PLAN stage

NIST post-quantum algorithms

ML-KEM-768

NIST FIPS 203

Key encapsulation

ML-DSA-65

NIST FIPS 204

Digital signatures

SLH-DSA

NIST FIPS 205

Hash-based signatures

Migration strategy

Classical and post-quantum algorithms run together during the transition.

ClassicalRSA / ECC
Post-quantumML-KEM · ML-DSA

Controlled execution safeguards

Illustrative change flow
  1. CAB approval recorded
  2. CI/CD policy gate passed
  3. Mandatory dry run completed
  4. On-premise agent deploys change
  5. Automatic rollback armed

Sequence shown to illustrate how safeguards apply to a single change; it is not live deployment activity.

Stage 6 · Comply

Legally defensible reports.Zero manual mapping.

Claude Citations API maps every finding to the relevant regulatory clause, page, and section. Reports are digitally signed, timestamped, and archived for audit review.

Cyber Security Framework

CERT-IN

Crypto Policy, TLS Guidelines, PKI Guidelines, PQC Advisory, Hash Standards, SDLC Security, and Audit Framework.

IT & Cyber Security Framework

RBI

IT Framework, Cyber Security, PKI Policy, SDLC, and Future-Ready Security guidelines prepared for inspection.

Annex A Controls

ISO 27001:2022

A.10.1.1, A.10.1.2, A.14.1.2, and A.12.4.1 mapped automatically per finding.

India regulatory coverage

MeitY NQM · DPDPA

National Quantum Mission guidance and DPDPA 2023 Section 8(5) personal data protection requirements.

Compliance Mapping Matrix

Findings with clause-level traceability

Illustrative sample
Illustrative sample findings mapped to CERT-In and RBI clauses with severity
FindingCERT-INRBI ClauseSeverity
RSA-1024 in productionCrypto Policy §3.1IT Framework §5.2CRITICAL
RSA-2048 in productionCrypto Policy §3.1IT Framework §5.2HIGH
TLS < 1.3 enabledTLS Guidelines §2.4Cyber Sec §4.1HIGH
No PQC migration planPQC Advisory §1.3Future-Ready §3.2HIGH
Expired certificatesPKI Guidelines §5.1PKI Policy §7.3CRITICAL
SHA-1 in useHash Standards §4.2Crypto Baseline §2.1HIGH
Hardcoded keys in sourceSDLC Security §4.3SDLC Framework §3.1CRITICAL
DPDPA data unencrypted—Data Privacy §2.3CRITICAL
ECDH without PQC upgradePQC Advisory §2.1Future-Ready §3.4MEDIUM

Sample findings and clause references shown to illustrate the mapping format.

Target Sectors

Built for India's mostcritical institutions.

KAVACH-Q focuses on sectors where cryptographic failure has national, regulatory, or public-service impact, from government systems to finance and infrastructure.

Central & State Government

Environment

NIC-hosted portals, ministry APIs, and citizen-services platforms — including legacy documents readable only through vision-assisted analysis.

KAVACH-Q capabilities

  • CERT-IN and MeitY regulatory alignment
  • Private deployment and data residency controls
  • Legacy document and configuration discovery

BFSI — Banks, Insurance, Finance

Environment

RBI-regulated banks, SEBI-registered firms, insurance companies, and payment processors with clause-level reporting for regulatory review.

KAVACH-Q capabilities

  • RBI cyber security framework coverage
  • Repository, API, TLS, and SBOM scanning
  • DPDPA 2023 encryption checks

Critical Infrastructure

Environment

Power grids, telecom networks, water treatment, railways, and defence contractors where source access may be partial or unavailable.

KAVACH-Q capabilities

  • Runtime, firmware, and binary inspection
  • SCADA and legacy component visibility
  • Controlled scanning with no data exfiltration

Secure Deployment

Built for privatenational-scale rollout.

KAVACH-Q is deployed as a controlled platform for government and regulated institutions: tenant isolation, SSO, data residency, scoped asset discovery, QVS scoring, migration controls, and audit-ready compliance evidence.

Step 01

Tenant & Access

Configure the organization tenant, RBAC roles, SSO, data residency, retention policy, and immutable audit logging before scans begin.

Step 02

Connect Assets

Register repositories, servers, APIs, binaries, TLS endpoints, SBOMs, and internal environments with scoped credentials or private connectors.

Step 03

Scan & Score

All 7 scanner modules run against internal targets. QVS scores computed in real time.CRITICAL findings trigger CISO alerts within 4 hours; remediation follows the applicable severity-based SLA. Coverage reports identify and flag coverage gaps

Step 04

Enforce & Report

Use CI/CD policy gates, dry-run migration controls, owner assignments, and compliance exports for CERT-IN, RBI, ISO 27001, and internal audits.

Start Today

India's quantum clock is ticking.

Start your crypto inventory today. KAVACH-Q gives you a complete cryptographic posture report, QVS scores for every asset, and a CERT-IN aligned remediation roadmap.

Request a DemoView Sample ReportView Deployment Flow

Alert: 4h · Report: 24h · Remediation SLA: 30 days

Asset-Level

Cryptographic Visibility

QVS

Quantum Risk Scoring

24h

Compliance Report

CERT-IN • RBI • ISO 27001 • NIST PQC • DPDPA 2023

Built in India. For India.