Migration to post-quantum cryptography (PQC)
Quantum computing compromises today's cryptographic schemes. Qriptia migrates your organization's infrastructure to post-quantum cryptography ahead of time, preserving the confidentiality of long-lived information.
The threat known as "harvest now, decrypt later" consists of capturing encrypted data today to decrypt it later, once quantum computing reaches sufficient maturity. Qriptia implements the post-quantum algorithms standardized by NIST (ML-KEM, ML-DSA) and designs a crypto-agile architecture that sustains the protection of information throughout its useful life cycle.
Quantum Protection
What this service includes
Cryptographic inventory
Mapping of current encryption, certificate and key usage as a foundation for the migration strategy.
NIST PQC algorithms
Implementation of post-quantum standards such as ML-KEM (Kyber) for key encapsulation and ML-DSA (Dilithium) for digital signature.
Hybrid encryption
Combination of classical and post-quantum cryptography for a transition without loss of interoperability.
Crypto-agility
Architecture design that allows algorithm replacement without a full redesign of the systems.
Protection of data at rest
Re-encryption of long-lived sensitive information with schemes resistant to quantum computing.
Migration roadmap
Phased migration plan, prioritized according to risk, operational impact and compliance requirements.
How we do it
Discovery
Inventory of certificates, keys and cryptographic libraries in use.
Prioritization
Classification of assets according to data sensitivity and useful life.
Hybrid migration
Gradual and reversible deployment of post-quantum encryption in hybrid mode.
Validation
Verification of interoperability, performance and regulatory compliance.
What you gain
Concrete benefits for your business, not vague promises.
Let's clear your doubts
Is the quantum threat already imminent?
Mass decryption is not yet feasible, but capturing data today for later decryption does constitute a present risk. Early migration protects long-lived information.
Is it necessary to replace the entire infrastructure?
No. Hybrid encryption and a phased approach are used, coexisting with current systems and prioritizing the migration of critical assets.
Which algorithms are implemented?
Those standardized by NIST: ML-KEM (Kyber) for key exchange and ML-DSA (Dilithium) for digital signature, depending on the use case.
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Ready to start with Quantum Protection?
A free initial consultation to understand your risks and map the path, with a clear plan.