Post-Quantum Migration
From Discovery and Planning to Implementation
An integrated approach to migrating existing applications and infrastructure toward quantum-safe security, from finding where cryptography is used to deploying and verifying post-quantum protection.
Solution Overview
Two platforms that cover the full post-quantum migration lifecycle
Why Migrate
Widely used public-key algorithms such as RSA and ECC are expected to be vulnerable to sufficiently powerful quantum computers, and encrypted data captured today can be decrypted later. Moving to NIST-standardized post-quantum algorithms starts with knowing where cryptography is used.
- Cryptographic usage is scattered across code, containers, firmware, certificates and HSMs
- Changing existing applications is costly and disruptive
- Compliance and migration progress need verifiable evidence
SynQTIP
Comprehensive cryptographic discovery, inventory generation (CBOM, SBOM, NBOM, AIBOM, LBOM, HSMBOM), quantum risk assessment, compliance analysis and risk-based PQC migration planning.
Sovera
Implements post-quantum security across existing cloud-native applications through native, embedded or detached PQC protection, minimising application modification and operational disruption.
Together, SynQTIP and Sovera provide a practical pathway for organizations to assess their cryptographic infrastructure, plan migration, and implement quantum-safe communication.
SynQTIP
Cryptographic discovery, assessment and migration planning
Cryptographic Discovery and Analysis
Analysis of source code, binaries, firmware, containers, file systems, network traffic, certificates, HSMs and key management infrastructure.
Quantum Risk Assessment
Identification of quantum-vulnerable cryptographic algorithms, configurations and dependencies.
Compliance and Migration Readiness
Assessment against relevant NIST, FIPS, CNSA 2.0 and other applicable standards, with risk-based migration planning.
Comprehensive Bills of Materials
Six inventory types, plus certificate and PKI inventories, generated from a single discovery run.
Bills of Materials Generated
What SynQTIP Looks At
Sovera
PQC migration and implementation for existing cloud-native applications
Native PQC Integration
Implements post-quantum cryptography directly within an application’s cryptographic implementation.
Embedded PQC Protection
Enables post-quantum secure communication without modifying application code, through a controlled workload update.
Detached PQC Protection
Enables post-quantum protection at the infrastructure level without modifying or restarting existing application workloads.
Standards and Crypto Agility
Supports NIST-standardized post-quantum cryptographic algorithms, relevant IETF RFCs, hybrid TLS 1.3 and post-quantum PKI.
Automated Migration and Verification
Supports controlled deployment, continuous monitoring, cryptographic verification and audit evidence.
End-to-End Workflow
A complete PQC migration lifecycle, from discovery to continuous monitoring
Cryptographic Discovery
Quantum Risk Assessment
Migration Planning
PQC Implementation
Verification
Continuous Monitoring
Organizations can move existing cloud-native applications and infrastructure from classical cryptography toward quantum-safe security while minimizing application changes and operational disruption.
Standards & Technologies
See It In Action
Explore the platforms on the Synergy Quantum demo site
Try the Platforms
The demo is hosted on an external server operated outside the NCDT website. You will be shown a notice before you are redirected.
Visit Site for Demo
Ready to start your quantum-safe migration?
NCDT is collaborating with Synergy Quantum on post-quantum cryptography. Reach out for a technical briefing, a live demo or a partnership discussion.