CRYPTOGRAPHIC VERIFICATION PLATFORM

monartcity.xyz Enterprise Edition

Post-Quantum Cryptography Migration Toolkit | HYBRID Signature Verification (ECDSA-P256 + ML-DSA-44)

OCM: Open Chain Management System

Urban Labs' Monart City Framework — A unified architecture integrating AI, Blockchain, Web3, and advanced Hardware into purpose-driven ecosystems designed for real-world intelligence, verification, and trust.

Constructive Technology

Disciplined integration of frontier technologies into unified architectures solving real-world problems at scale, not in isolation.

Post-Quantum Ready

HYBRID cryptography (ECDSA-P256 + ML-DSA-44) ensures seamless Web3 ecosystem transition with cryptographically proven resistance to quantum threats.

Technology Bundle

AI Perception + Blockchain Integrity + Web3 Decentralization + Hardware Signals + Cloud Scale = Autonomous, Verifiable Real-world Systems

This Platform: Demonstrates cryptographic verification, readiness assessment, and PQC migration planning for enterprises transitioning to post-quantum infrastructure.

Verify monartcity.xyz yourself, in your browser.

This page downloads the site's manifest, its HYBRID signature and the published public keys, and checks them here with your browser's own cryptography. It does not ask any server whether the site is genuine.

One-Click Verification

Fetch everything from https://monartcity.xyz, check both signatures and every served file.

Domain Management

Select Pre-configured Domain:

Step 1: Fetch Live Data

Fetch from: https://monartcity.xyz

Step 2: Manifest Data ?

Manifest JSON:

Step 3: Signature Data ?

Signature JSON:

Step 4: Public Keys (JWKS) ?

JWKS Data:

Step 5: Verify Signatures

Step 6: Check Served Files ?

A valid signature proves the file list is genuine. This step proves the files you are actually served match it.

Post-Quantum Cryptography Verification | monartcity.xyz

Command-line check of the same evidence: python trigger_daily_signing.py --verify-only <dir>

PQC Readiness Assessment - Evaluate your organization's readiness for Post-Quantum Cryptography migration.

Company Profile

Organization Name

Industry

Organization Size

Current Cryptography

Readiness Assessment

Check all that apply to your organization:

Dedicated cryptography/security team
Regular security audits conducted
Legacy systems requiring gradual migration
External API consumers/partners
Compliance requirements (NIST, ISO, etc.)
Infrastructure supports algorithm agility
Real-time monitoring/incident response
Established testing & CI/CD pipeline

PQC Migration Timeline Planner - Create a customized migration roadmap based on your organization's requirements.

Migration Parameters

Target Completion (Months)

Risk Tolerance

Crypto Configuration Generator - Generate deployment templates for your infrastructure.

Infrastructure Selection

Deployment Platform

Application Framework

Required Features (check all that apply)

HYBRID mode (classical + PQC)
Key rotation
Audit logging
Monitoring/alerting
Fallback support

PQC Migration Resources - Guidelines, standards, and implementation references.

NIST Post-Quantum Cryptography Standards

FIPS 203: ML-KEM (Kyber)

Key-encapsulation mechanism standardized by NIST. Read FIPS 203

Use Case: Secure key exchange, encrypted communications

FIPS 204: ML-DSA (Dilithium)

Digital signature standard. Read FIPS 204

Use Case: Document signing, code authentication, manifest verification

FIPS 205: SLH-DSA (SPHINCS+)

Stateless hash-based signature scheme. Read FIPS 205

Use Case: Distributed systems, IoT with memory constraints

Open Source PQC Libraries

Explore liboqs for quantum-safe cryptographic algorithms and APIs.
See Open Quantum Safe Project for integration demos and community resources.

Migration Guidance & Best Practices

Review NIST PQC Project for standards, migration timelines, and FAQs.
Follow NCCoE Migration Guidance for practical steps and tools.
Use hybrid cryptography (classical + PQC) for transition periods.
Inventory and prioritize vulnerable systems for upgrade.
Participate in open source communities for latest updates and support.

Implementation Strategies

Phase 1 (Months 1-3)

Assessment & Planning

Inventory crypto usage, identify dependencies, create readiness score

Phase 2 (Months 4-6)

HYBRID Implementation

Deploy HYBRID mode (classical + PQC) with both signatures

Phase 3 (Months 7-12)

Migration & Testing

Update clients, conduct security audits, test failover scenarios

PQC Migration Toolkit | monartcity.xyz

Helping organizations migrate to Post-Quantum Cryptography safely and efficiently.