API Reference
The ANKASecure© API is a crypto-agility orchestration layer. Your application references a Key ID; the platform resolves the algorithm, hybrid configuration, lifecycle state, and policy constraints at runtime. To migrate algorithms, you update a policy — not your application code.
Open full API documentation →Quick Start
From zero to an encrypted payload: install the SDK, authenticate against your tenant and make your first call.
Start building →SDKs
The ANKASecure© Java SDK — a Java 17 library distributed via Maven and Gradle. Authenticate once, then call encrypt, decrypt, sign, and verify on classical, post-quantum, and composite hybrid algorithms through one API.
View the Java SDK →Try ANKASecure©
An evaluation tenant on the real platform, operated by ANKATech: explore it with synthetic data, build and test against it, or use it as a partner demo lab.
Request a tenant →RESOURCES
ANKASecure© product brochure
An overview of the platform — the challenge it addresses, the CAPA framework, the four-phase path and what the control plane does. The same content is available as a PDF to share with your team or security committee.
Download the brochurePDF · 2 pagesThe challenge
Cryptographic algorithms embedded in application code have become a systemic liability. Every time a standard changes, organizations face code rewrites, compliance validation and coordinated deployments across dozens of applications. The harvest-now-decrypt-later approach is no longer decades ahead.
Executive risk
Quantum risk is no longer a back-office IT issue. It reaches the board and the C-suite through regulatory and legal liability.
Regulatory pressure
NIS2, DORA and NSA CNSA 2.0 now treat cryptographic resilience and post-quantum readiness as part of operational risk.
Fragmented solutions
KMS, HSM and secrets management protect keys but do not govern cryptography. The result is fragmented action, no unified policy, and algorithm transitions that still take months.
The ANKASecure© vision
ANKASecure© is a software platform built on CAPA — Crypto Agile Posture Architecture — a framework developed by ANKATech that defines the structured path from embedded cryptography to full cryptographic agility.
CAPA establishes where your organization stands today and where the control plane takes it: from hardcoded algorithms locked inside application code to a governed, policy-driven cryptographic infrastructure that evolves without rewrites. Five capabilities in one platform — crypto-agility, cryptographic sovereignty, frictionless modernization, policy-driven governance, and regulatory compliance aligned with 14+ international standards.
The path to cryptographic agility
Three tracks, one program, action from day one. Reaching full agility follows a four-phase program, from risk discovery to complete post-quantum coverage.
- Phase 01
Discovery and risk
Map the cryptographic landscape, identify critical applications, trace harvest-now-decrypt-later exposure and stop the crypto debt. 2–6 weeks.
- Phase 02
Governance (CAPA)
Define cryptographic policies, establish the algorithm catalogue and set the agility framework. 4–8 weeks.
- Phase 03
Control plane
Deploy ANKASecure©, integrate KMS and HSM, put policy enforcement into effect and onboard critical applications. 4–12 weeks.
- Phase 04
Post-quantum migration
Migrate by risk priority toward full post-quantum coverage and re-encrypt at scale. 12–36 months.
Phases 01 and 02 are led by your organization or an implementation partner. ANKASecure© enters the program at phase 03.
The ANKASecure© control plane
Crypto-agility engine
Change algorithms through a policy update. No application redeployment required.
Key lifecycle management
Generate, rotate, revoke and audit cryptographic keys across your systems.
Policy-driven governance
Cryptographic policies are enforced centrally and propagated across the deployment.
Audit and traceability
Every cryptographic operation is logged, traceable and compliance-reportable.
120+ algorithms
More than 80 single-component algorithms, 40 hybrid ones, 21+ families and 14+ international standards.
Post-quantum ready architecture
NIST FIPS 203, 204 and 205 — ML-KEM, ML-DSA and SLH-DSA — coexisting with classical cryptography.
QUICK START