Pillar 01
Crypto-Agility
An algorithm change is a policy edit that propagates in under a second. Re-encryption and re-signing move the data that already exists, without plaintext.
ANKASecure© is ANKATech's Cryptographic Control Plane. Applications reference a stable key identifier; the platform resolves the algorithm from policy at runtime across 120+ classical, post-quantum (NIST FIPS 203 ML-KEM, FIPS 204 ML-DSA, FIPS 205 SLH-DSA) and composite hybrid algorithms, so migrating from RSA and ECC is a policy update rather than an application rewrite. ANKASecure© delivers a REST API described in OpenAPI 3.0, a Java SDK and a CLI, a five-pillar cryptographic posture dashboard, and a signed, verifiable audit trail. Designed for CISO-level governance and developer-level integration, the platform enforces policy templates aligned with CNSA 2.0 and enables phased PQC migration with zero application downtime.
THREE CONVERSATIONS YOU DON'T WANT TO HAVE
The board asks. The auditor asks. The regulator asks.
The Board Meeting
CFO asks why you need $3M to 'change some encryption keys.' You have no migration cost model. You have no inventory. You have no timeline. The question lands at 9 AM. Your answer is due before market open.
The Audit Finding
Your SOC 2 auditor flags 'cryptographic controls not aligned to NIST SP 800-208.' Remediation requires inventorying 40+ microservices. Estimated effort: 18 months. Your renewal is in 6.
The Breach Notification
Legal asks whether the stolen dataset was encrypted. It was — with RSA-2048. The question they're about to ask: 'Is that still safe?' You don't have a confident answer.
HOW IT WORKS
Four steps to crypto-agility at runtime
No code changes. No downtime. No plaintext exposure. ANKASecure© transforms cryptography from fragile application code into governed, policy-driven infrastructure.
01
Connect
Integrate without touching code
Connect ANKASecure© to your infrastructure via the REST API (OpenAPI 3.0), the Java SDK, or the CLI. Any language can call the REST API. No code changes in your applications. No downtime.
REST APISDKCLI
02
Configure
Policy in minutes, not sprints
Define your cryptographic policy in the Admin Console. Select from 29 pre-built policy templates — NIST, NSA CNSA 2.0, ENISA, BSI, ANSSI, CRYPTREC, MYSEAL 2.0, and more — or build a custom policy. Propagates across all instances in under one second.
29 templates< 1s PropagationCustom Policies
03
Execute
120+ algorithms, one API
Every encrypt, decrypt, sign, and verify request is processed through the active policy. 120+ algorithms available. Applications never see the underlying algorithm.
120+ AlgorithmsRuntime ResolutionZero Expertise Required
04
Evolve
Standards change — you don't re-write
When a standard changes anywhere in the world, update the policy. New operations use the new algorithm immediately; existing data is re-encrypted and re-signed on demand, in streaming, without plaintext exposure and without downtime.
Streaming re-encryptZero PlaintextZero Downtime
THE ALTERNATIVE
Not all options are equal.
CAPABILITY
ANKASecure©
CLOUD-NATIVE KMS
DIY MIGRATION
DO NOTHING
NIST-standardized post-quantum algorithms
ML-KEM, ML-DSA and SLH-DSA — the three finalized in FIPS 203, 204 and 205.
Zero application code changes
Your applications call the same operation before and after. The algorithm is chosen on the server.
Your existing RSA and ECC workloads keep working
Classical and post-quantum live in one catalogue, so a workload moves between them without a rewrite.
Algorithm changes by policy, no redeployment
You change the policy; the next operation uses the new algorithm. No build, no release window.
Re-encrypt data you already stored
Ciphertext that already exists moves to a new algorithm or a new key generation as a governed operation.
Multi-jurisdiction policy templates
14+ standards bodies, so a subsidiary can satisfy its own regulator and not only yours.
Connects to the HSM, KMS, directory and SIEM you already run
45 systems across 8 categories. Nothing in your estate has to move.
Per-tenant custody and integrations
One deployment where each business unit points at its own backend, its own SIEM, its own observability.
Signed, tamper-evident audit evidence
Every operation is recorded under a signature, and any change to the record breaks it.
Cryptographic sovereignty
The key that wraps your keys never leaves your HSM or your own cloud account.
Supported
PartialNot available
Partial means the capability exists in a narrower form — typically inside one vendor's own keys and driven by your code, not by policy.
CAPA — Crypto Agility Posture Architecture
Five pillars of a crypto-agility posture
The Cryptographic Control Plane reference architecture defines five pillars. ANKASecure© is its originating implementation, and each solution on this site states which pillars it realises.
Pillar 02
Cryptographic Sovereignty
Per-tenant keystores, a seven-state key lifecycle, revocable authority over third parties, and a JOSE-based representation so nothing is locked to ANKATech.
Pillar 03
Frictionless Modernization
Post-quantum cryptography added to systems that cannot be redesigned: import the keys, analyze the archive, convert it, bridge the transition.
Pillar 04
Cryptographic Governance & Compliance
One engine decides what is permitted, in context, and records signed evidence that the decision applied. Regulatory alignment lives here, not in a pillar of its own.
Pillar 05
Enterprise Readiness
ANKASecure© integrates outward. Your HSM, your identity provider, your SIEM and your observability backend stay in place and stay authoritative.
Nine integration families
Configured per deployment, overridable per tenant
ANKASecure© connects to what the enterprise already runs. Each family has a configuration plane, a runtime plane and a per-tenant override, so one installation serves tenants with different HSMs, identity providers and SIEMs.
Key protection
Thales Luna, Entrust nShield, AWS CloudHSM, AWS KMS, Google Cloud KMS, Azure Key Vault and Azure Managed HSM
Identity federation
OIDC, SAML and LDAP — Microsoft Entra ID, Google, Keycloak, Okta, Auth0, AWS Cognito, Active Directory, OpenLDAP, or any provider of either protocol
Workload identity
Any OIDC issuer a workload’s own platform already uses
SIEM / XDR forwarding
Splunk HEC, Microsoft Sentinel, any SIEM that consumes Syslog CEF over UDP, TCP or TLS, and any XDR over an HMAC-signed OCSF webhook
Observability export
Any OTLP endpoint — IBM Instana, Datadog, Dynatrace
Email and notifications
SendGrid, SMTP, Microsoft 365 Graph, Gmail, SMS, WhatsApp
Timestamping (TSA)
Any RFC 3161 authority — commercial, national or enterprise
Geolocation
Usage and audit enrichment
Licensing
Entitlement and usage reporting as an integration, not a manual process
Every mechanism carries a state: Certified when ANKATech has run a live round trip against the real system, Experimental when the adapter ships and that round trip has not been run. Both states are published, mechanism by mechanism.
The catalogue
120+
algorithms: the NIST post-quantum set, FALCON, HQC, and the classical and regional families
41
composite hybrid pairings, classical + post-quantum
Regional coverage is part of the catalogue, not an add-on: KCMVP for Korea, CRYPTREC for Japan, MySEAL, and the European national profiles.
Composite keys use AND-decrypt: both components are required. ANKASecure© deliberately does not implement the OR-decrypt variant: it is only as strong as the weaker of its two components.
Three deployment models
SaaS
Operated by ANKATech. Fastest to a first governed operation.
Private cloud
Your cloud account, your network, your KMS.
On-premise
Your data centre, your HSM, air-gapped if it must be.
THE PLATFORM
Everything you need, nothing you don't
Quantum-safe encryption in one call
One request names a key and the data. The algorithm is resolved from policy at the server, so your application never chooses it.
Learn more →encrypt.sh
1# Quantum-safe encrypt in 5 lines
2curl -X POST \
3 "$BASE_URL/api/v3/crypto/encrypt" \
4 -H "Authorization: Bearer $TOKEN" \
5 -d '{
6"kid": "my-mlkem-key", "data": "<base64>" }'
✓ Output
jweToken.ciphertext: 5eym8TW_c8SuK0ltJ3rp…
algorithmUsed: ML-KEM-1024+A256GCM
KEY GOVERNANCE
A key is not a secret you store. It is a thing with rules.
Two questions nothing else answers: what this key is allowed to do, and who is allowed to use it. Both are enforced by the platform, not by the application that calls it.
What the key is allowed to do
A usage ceiling, a soft limit that warns before the ceiling, an expiry, and whether the material may ever leave at all. The platform tracks it; nobody has to be watching.
Who is allowed to use it
Not a role and not a group: a named actor, one capability, the exchange it applies to, and an optional constraint policy that bounds it further. Revocable one row at a time.
And across the whole estate
The same rules, read as a fleet: which keys are past their soft limit, which are approaching the hard one, and how urgently each needs a rotation. The platform names them; nobody assembles the list.
DEVELOPER API
One API call. Quantum-safe.
Two fields: the key and the data. Your application never names an algorithm — the policy does, and the response tells you which one it chose. That is the whole integration.
29 data-plane operations are everything an application calls. 547 across the platform, so nothing is console-only.
Copy the call in your language — 20 of them in the API reference, from Shell and Python to Go, Rust and Swift.
Java SDK for the data plane and Java Admin SDK for the control plane; every other language over REST and OpenAPI 3.0.
NIST FIPS 203 / 204 / 205 algorithms on every operation, chosen by policy and never by the caller — and a policy change propagates in under a second.
READY-MADE RECIPES
RSA-2048 → ML-KEM-768 immediate rotationML-DSA-87 sign / verifySign-then-encrypt — nested JWE(JWS)
1# The request names a key. It never names an algorithm.2curl -X POST "$BASE_URL/api/v3/crypto/encrypt" \3 -H "Authorization: Bearer $TOKEN" \4 -H "Content-Type: application/json" \5 -d '{6 "kid": "my-mlkem-key",7 "data": "SGVsbG8gQW5rYQ=="8 }'
POST /api/v3/crypto/encryptAPI reference↗
ALGORITHM-AGNOSTIC BY DESIGN
120+ Algorithms · 14+ International Standards
ANKASecure© supports 120+ algorithms across NIST, ETSI, ENISA, BSI, ANSSI, CRYPTREC, KISA, MYSEAL 2.0, and more — switch algorithms without rewriting your integration.
ML-
ML-KEM
Key Encapsulation
FIPS 203ML-
ML-DSA
Digital Signature
FIPS 204SLH
SLH-DSA
Hash-Based Signature
FIPS 205FAL
FALCON
Digital Signature
ANSSI / ENISAXMS
XMSS
Hash-Based Signature
NIST / ISO / IETFLMS
LMS
Hash-Based Signature
NIST / ISO / IETFFro
FrodoKEM
Key Encapsulation
ISO/IECHQC
HQC
Key Encapsulation
NIST Round 4INTEGRATION OPTIONS
CLI
Run ANKASecure© from the command line. Scripts, CI jobs, one-off operations.
REST API
Direct HTTP access to every capability. 120+ algorithms, one endpoint style.
SDK
Java SDK for the data plane and a Java Admin SDK for the control plane. Every other language calls the REST API through a client generated from the OpenAPI specification.
SaaS
Hosted by ANKATech. Isolated tenants, global low-latency, zero infrastructure.
On-Premise
Full deployment in your infrastructure. Keys never leave your environment. Air-gap compatible.
ENTERPRISE INTEGRATIONS — HSM · IAM · OBSERVABILITY
HSM
Thales Luna · Entrust nShield · AWS CloudHSM · AWS KMS · Google Cloud KMS · Azure Key Vault · Azure Managed HSM · SoftHSM
IDENTITY
Active Directory · Microsoft Entra ID · Google · Keycloak · Okta · Auth0 · AWS Cognito · OpenLDAP · any OIDC / SAML / LDAP provider
OBSERVABILITY
Any OTLP endpoint · IBM Instana · Datadog · Dynatrace
SEC ANALYTICS
Splunk HEC · Microsoft Sentinel · any SIEM over Syslog CEF · any XDR (HMAC-signed OCSF webhook)
PKI Consortium MemberPQC 2025 SponsorPatent-PendingCloud Security Alliance MemberReady to become crypto-agile?
Every new application integrated with ANKASecure© is born crypto-agile.