Enterprise crypto control, post-quantum readiness and cryptographic sovereignty in one platform
Enterprise crypto control, post-quantum readiness and cryptographic sovereignty in one platform

Adversaries are not waiting for quantum computers to arrive. They are harvesting encrypted financial, medical and classified data today with the intent of decrypting it the moment cryptographically relevant quantum hardware matures. Every record protected with RSA or ECC and retained for five years or more is already exposed.

Nation-state actors are already storing encrypted traffic and archives. When quantum computers reach maturity, that data becomes plaintext retroactively. Long-lived information — patient histories, transaction logs, intellectual property, classified documents — must move to post-quantum cryptography before the threat is operational, not after.

In 2024, NIST finalized the first post-quantum cryptographic standards: ML-KEM for key encapsulation, ML-DSA and SLH-DSA for digital signatures. These are no longer research proposals. They are the algorithms regulators, auditors and procurement teams now expect to see in production environments.

The U.S. White House Executive Order 14144, the NSA CNSA 2.0 program for national security systems, the EU NIS2 Directive with fines of up to ten million euros, and PCI-DSS 4.0 all require demonstrable quantum readiness. Federal procurement now demands GSA §6.3 AND-decrypt hybrid encryption — a requirement ANKASecure© meets in full.

ANKASecure© decouples cryptographic operations from application code and exposes them as governed, auditable, policy-driven capabilities. Identity moved from embedded credentials to identity providers. Networks moved from per-device configuration to software-defined networking. Cryptography is the next infrastructure capability to follow that path — and ANKASecure© is the platform that delivers it.
Stop hardcoding algorithms in Java, Python, Go and .NET services. Applications reference cryptographic intent through a stable Key ID, and the control plane resolves the active algorithm based on policy. When the policy changes, every application reflects the change immediately, with zero redeployment.
ML-KEM, ML-DSA, SLH-DSA and hybrid composite keys are first-class citizens of the platform. Activate them, retire RSA and ECC where appropriate, and let streaming re-encryption migrate existing archives — without rewriting a single application or exposing a byte of plaintext on disk, network or logs.
The same control plane that governs internal cryptography mediates cryptographic operations with partners, processors, regulators and binational programs. Keys never leave the data owner's domain. Cryptographic sovereignty is preserved by architecture, not by contract clauses.

ANKASecure©is built on CAPA — Crypto Agility Posture Architecture — a framework that defines the five capabilities every enterprise needs to govern cryptography as infrastructure. Together, these pillars allow organizations to evolve their cryptographic environments continuously, from post-quantum migration today to wh
Compliance built into the architecture
Cryptographic infrastructure aligned natively with NIST, ETSI, BSI, ANSSI, DORA, PCI-DSS 4.0, SOX, GDPR and NSA CNSA 2.0. ANKASecure© meets NIST CSWP 39, GSA §6.3 AND-decrypt for federal procurement and OWASP REST API Security in full.
14 international standards · 100% NIST · GSA · OWASP.
Algorithm changes without code changes
ANKASecure© decouples algorithm selection from application code. Transitioning between cryptographic algorithms — including the move from RSA and ECC to post-quantum alternatives — happens through a policy update. Applications keep calling the same Key IDs while the platform routes operations to the active algorithm.
Patent-pending re-encryption with no plaintext exposure (USPTO 2025).
Your keys, your jurisdiction, always
Organizations retain full control of their cryptographic mechanisms, key material and security policies. Keys remain in sovereign HSM custody and are never surrendered when sharing data with processors, partners, regulators or binational programs. Revocation is immediate.
JOSE-based architecture · zero vendor lock-in · multi-tenant isolation.
Modernize without disrupting operations
New cryptographic mechanisms, hybrid classical–PQC coexistence and large-scale data re-encryption are introduced incrementally, with no extensive redevelopment. Streaming re-encryption migrates archives of any size with bounded memory, so terabyte-scale repositories move to post-quantum protection without infrastructure upgrades.
Streaming re-encryption with 2 MB peak memory · unlimited file size.
One policy. Every system. Real time.
Acceptable algorithms, key lifecycles and operational rules are defined centrally and enforced through infrastructure across distributed systems. Twenty-three regional policy templates are available out of the box — NIST, ENISA, GMT, GOST, KISA and others — and policy changes propagate to every consumer in under a second.
23 regional templates · sub-second policy propagation.
Together, the five pillars deliver something no other platform offers today: a cryptographic control plane capable of continuous evolution.
Different sectors face different mandates and different data-retention horizons, but they all face the same architectural shift. ANKASecure© ships with the regional templates, hybrid schemes and compliance mappings each industry requires — so the path to quantum readiness is shorter no matter where you start.

Protect decades of transaction data from quantum decryption.
Banks, insurers and payment processors carry seven to ten years of transaction history under SOX, FINRA and the Bank Secrecy Act. ANKASecure© re-encrypts transaction archives at terabyte scale without exposing plaintext, helping institutions meet PCI-DSS 4.0 and EU NIS2 requirements without rewriting core banking systems.
PCI-DSS 4.0 · NIS2 · SOX · FINRA · Basel III/IV

Lifetime-sensitive data deserves lifetime-grade protection.
Electronic health records, genomic data and medical imaging must remain confidential for decades. ANKASecure© delivers ML-DSA digital signatures with multi-decade validity and streams encryption over genomic-scale files with bounded memory, so hospitals and research institutions adopt post-quantum protection without touching clinical applications.
HIPAA · GDPR · ML-DSA · streaming encryption

Fully compliant with federal cryptographic mandates.
Federal procurement now requires GSA §6.3 AND-decrypt hybrid encryption and NSA CNSA 2.0 alignment. ANKASecure© meets both in full, supports air-gapped deployment for classified environments and offers composite-key constructions substantially stronger than the dual-wrap approach used by other vendors.
GSA §6.3 · NSA CNSA 2.0 · NIST CSWP 39 · air-gapped deployment

Quantum readiness as a premium tier feature.
Enterprise buyers are already adding quantum readiness to their security questionnaires. With a REST-based integration, SaaS platforms can offer post-quantum encryption as a differentiated tier without rewriting their backend or maintaining their own cryptographic stack.
REST API · SDK · multi-tenant isolation · per-tenant policy

Long-lived assets, long-lived protection.
Energy operators, telecommunications providers and utilities run cryptographic infrastructure for assets with twenty to thirty year lifespans. ANKASecure© provides hybrid classical–PQC coexistence and policy-driven governance, so cryptographic posture evolves continuously without replacing field equipment or retraining operations teams.
NIS2 · sector-specific guidance · hybrid coexistence
Whatever your sector, the architectural answer is the same: govern cryptography as infrastructure, and let policy do the rest.
Time to deploy
versus six to twelve months of engineering work, with zero code changes
Cryptographic algorithms
34 post-quantum and 47 classical and regional, all in a single platform
Standards compliance
NIST CSWP 39, GSA §6.3 AND-decrypt and OWASP REST API Security
The move to post-quantum cryptography is no longer optional, but it doesn't have to be disruptive. Every ANKASecure© engagement starts with a complimentary quantum-readiness assessment that maps your current cryptographic posture, identifies your highest-risk data, and quantifies the migration path in your specific environment. From there, a thirty-day proof of concept delivers measurable results — auditable, board-ready, and entirely without commitment.
What enterprise leaders ask about post-quantum cryptography
Concise answers to the questions enterprise customers, partners and prospects most often raise about post-quantum cryptography, regulatory mandates and the ANKASecure© platform.
Harvest now, decrypt later is a cyberattack strategy in which adversaries collect and store encrypted data today with the intent of decrypting it once cryptographically relevant quantum computers become available. It puts at risk any information encrypted with RSA or ECC and retained for five or more years, including financial records, medical histories, classified documents and intellectual property.
NIST FIPS 203, 204 and 205 are the first finalized post-quantum cryptographic standards, published by the U.S. National Institute of Standards and Technology in 2024. FIPS 203 specifies ML-KEM for key encapsulation, FIPS 204 specifies ML-DSA for digital signatures and FIPS 205 specifies SLH-DSA, a stateless hash-based signature scheme. They are the new baseline for quantum-resistant cryptography in production environments.
Post-quantum cryptography is already mandated for U.S. federal procurement under White House Executive Order 14144, for national security systems under the NSA CNSA 2.0 program, and is enforced through the EU NIS2 Directive with fines of up to ten million euros. PCI-DSS 4.0 also requires demonstrable quantum readiness for payment card data. For regulated enterprises with long data-retention horizons, post-quantum cryptography is no longer optional.
A cryptographic control plane is an architectural layer that decouples cryptographic operations from application code. Applications reference cryptographic intent through stable identifiers, and the control plane resolves the actual algorithm based on a centrally governed policy. ANKASecure© delivers this control plane, allowing algorithm changes — including the migration to post-quantum algorithms — to happen by policy update rather than by rewriting and redeploying every application.
CAPA — Crypto Agility Posture Architecture — is the framework that defines the five capabilities required to govern cryptography as infrastructure: crypto-agility, cryptographic sovereignty, frictionless modernization, policy-driven governance and regulatory compliance. It moves cryptography from a static implementation choice embedded in application code to an evolving security posture managed through policy. ANKASecure© is the platform that operationalizes the CAPA framework.
ANKASecure© activates NIST-approved post-quantum algorithms — ML-KEM, ML-DSA and SLH-DSA — and hybrid composite keys as policy-driven options inside its cryptographic control plane. Existing applications keep calling the same Key IDs, while the platform routes operations to the new algorithms. Streaming re-encryption migrates archived data without exposing plaintext on disk, network or logs, turning a multi-quarter engineering project into a configuration change.
A standard ANKASecure© deployment is configured in approximately thirty minutes. Adding post-quantum cryptography to existing applications requires no code changes — only an SDK or REST API integration that typically takes one to two hours per application. Streaming re-encryption can migrate terabyte-scale archives in the background without affecting operational continuity.
Traditional approaches estimate around $840,000 to migrate 200 enterprise applications to post-quantum cryptography, taking six to twelve months of engineering work. ANKASecure© reduces this to approximately $30 in configuration cost and thirty minutes of deployment time, because applications keep their integration unchanged and the algorithm transition happens at the policy layer.
ANKASecure© activates NIST-approved post-quantum algorithms — ML-KEM, ML-DSA and SLH-DSA — and hybrid composite keys as policy-driven options inside its cryptographic control plane. Existing applications keep calling the same Key IDs, while the platform routes operations to the new algorithms. Streaming re-encryption migrates archived data without exposing plaintext on disk, network or logs, turning a multi-quarter engineering project into a configuration change.
Cryptographic sovereignty is the principle that an organization retains full control of its cryptographic keys even when sharing data with third parties such as processors, partners, regulators or binational programs. ANKASecure© preserves this sovereignty by mediating cryptographic operations through its control plane, so keys never leave the data owner's domain regardless of the counterparty involved.
Any industry with long data-retention horizons or regulatory exposure benefits most from early adoption: financial services under PCI-DSS 4.0 and SOX, healthcare under HIPAA, government and defense contractors under NSA CNSA 2.0 and GSA §6.3, technology and SaaS providers facing enterprise security questionnaires, and critical infrastructure operators governed by NIS2 and sector-specific guidance. ANKASecure© ships with the regional templates and compliance mappings each of these sectors requires.
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