Abstract quantum computing visualization representing post-quantum cryptography

// post-quantum · agentic · autonomous

Agents built for
the quantum
era.

AI agents that plan, decide, and act — secured with NIST-standardised post-quantum cryptography. The only agentic platform that won't become a liability when quantum computers arrive.

Request Access Why Post-Quantum?

// threat_model.md

The clock is
already running

Harvest-now, decrypt-later attacks are happening today. Adversaries are collecting encrypted agent communications and waiting for quantum computers to break them. The window to migrate is closing faster than most teams realise.

2024

NIST finalises PQC standards

CRYSTALS-Kyber and CRYSTALS-Dilithium become the global post-quantum standard. Migration begins.

Now

Harvest-now, decrypt-later

Nation-state actors are collecting today's encrypted agent traffic — to decrypt once quantum hardware matures.

2030s

Cryptographically relevant quantum

RSA-2048 and ECC broken. Every agent secured with classical crypto becomes a liability overnight.

PQ Agents: already there

Every agent communication, credential, and action signed with ML-KEM and ML-DSA from day one.

Y2Q

"Years to Quantum" — the countdown security teams are tracking. PQ Agents makes it irrelevant.

// capabilities.json

The complete
PQ agent stack

From agent spawning to tool calls to inter-agent messaging — every operation in PQ Agents is protected by post-quantum cryptographic primitives aligned with NIST SP 800-208 and FIPS 203/204/205.

Core

PQ Identity Layer

Every agent receives a quantum-safe identity credential at instantiation — signed with ML-DSA. Unforgeable by classical and quantum adversaries alike.

Comms

Quantum-Safe Messaging

All agent-to-agent and agent-to-tool communications encrypted with ML-KEM key encapsulation. Harvest-now attacks yield nothing.

Audit

Immutable Action Logs

Every decision, tool call, and outcome signed with SLH-DSA hash-based signatures. Logs provably untampered — now and after quantum.

Deploy

Hybrid Classical + PQ

Seamless hybrid mode during migration — dual-signed with both classical ECDSA and ML-DSA. Zero disruption to existing integrations.

Scale

Multi-Agent Orchestration

Spawn, coordinate, and retire agent swarms at enterprise scale — with a trust hierarchy that PQ cryptography makes mathematically verifiable.

Comply

CNSA 2.0 Ready

Aligned with NSA's Commercial National Security Algorithm Suite 2.0 — the mandate for US national security systems from 2030.

// agent_lifecycle.sh

Sense. Plan.
Act. Secure.

The standard agent loop — perception, reasoning, action — extended with a PQ security layer that operates at every step without adding latency that breaks the experience.

<2ms

PQ overhead

256-bit

Quantum security

FIPS

203 / 204 / 205

Perceive & Authenticate

Agent receives task. PQ-signed credential verified against ML-DSA root of trust.

Reason & Plan

LLM generates action plan. Plan hash signed before execution — any tampering detected.

Act & Encrypt

Tool calls executed. All external communications wrapped in ML-KEM ciphertext.

Log & Verify

Outcome appended to immutable SLH-DSA audit chain. Provably complete record.

Iterate or Retire

Agent loops or terminates. Credentials revoked cryptographically. No orphaned sessions.

// deployment_targets[]

Every domain where
agents need to be trusted

PQ Agents is the foundation for autonomous AI in the industries where a compromised agent is not a UX problem — it is a national security event.

Financial Trading Agents Government Workflow Automation Critical Infrastructure Control Healthcare Decision Support Legal Document Processing Defence & Intelligence Supply Chain Orchestration Multi-Agent Research Systems Autonomous Security Operations

// join_early_access

Deploy agents that
survive the quantum era.

Request early access to PQ Agents and start building autonomous AI that remains trustworthy long after classical cryptography is obsolete.

No spam. Unsubscribe anytime.

Agents built for the quantum era.

The clock isalready running