MAIA-PQ
A production-oriented demonstrator for quantum-ready secure communication with hybrid key exchange, authenticated encryption, replay protection, and ratcheted forward secrecy.
Post-quantum security that can be shown, tested, and deployed.
MAIA-PQ turns the post-quantum migration conversation into a working secure communication flow. It is not positioned as a whitepaper only; it includes a product demo path that shows encrypted communication, authenticated responses, and replay rejection.
Core capabilities
The product story is simple: protect sensitive communication now while building toward quantum-resilient infrastructure.
Hybrid post-quantum handshake
Combines X25519 with ML-KEM-768 so communication remains protected through the quantum transition.
Ratcheted forward secrecy
Derives fresh message keys without transmitting key material and destroys old keys after use.
Authenticated encryption
Uses AES-256-GCM with associated-data binding, metadata integrity tags, and replay protection.
Deployable architecture
Includes client SDK, server SDK, Flask API, desktop demo, Docker deployment, and Cloud Run guidance.
Digital trust is moving from passwords to proof of intent, device trust, and quantum resilience.
PahiLabs is positioned where these shifts meet: passwordless authentication, AI phishing prevention, secure IoT authentication, and post-quantum communication.
Passwords remain the weak link
Enterprises are still exposed to phishing, credential reuse, account takeover, and helpdesk-heavy recovery flows.
AI is scaling phishing attacks
Generated emails, cloned brands, and targeted social engineering require prevention that learns and reacts in real time.
IoT needs device identity
Connected devices need passwordless, mutual authentication that works at the edge without human login patterns.
Quantum migration is starting now
Security teams need a practical path to hybrid post-quantum communication before compliance and procurement pressure arrives.
What makes PahiLabs different
Wrap sensitive communication with MAIA-PQ.
Clients do not need to replace an entire application to begin a post-quantum migration pilot. MAIA-PQ can be integrated as a secure communication layer around selected workflows, messages, and API paths.
Identify the sensitive workflow that needs quantum-ready secure communication.
Add the MAIA-PQ client layer to the sending application, device, or field interface.
Add the MAIA-PQ receiving layer to the API service, backend, or command system.
Route protected messages through MAIA-PQ while existing business logic continues behind the secure layer.
Field reporting workflows
Service-to-service messages
IoT-to-cloud secure channels
Post-quantum migration pilots
Make quantum readiness tangible.
Buyers do not need another abstract quantum warning. MAIA-PQ should be shown as a working communication workflow with clear security outcomes and a roadmap for adoption.
A field user submits an encrypted report through a working client-server flow.
An analyst reviews the secure message and sends an authenticated response.
Replay attempts are rejected so buyers can see failure behavior, not only a happy path.
Choose the path that matches your role.
Request a product demo, investor briefing, or enterprise fit call with the context needed for a useful first conversation.
Product demo
See MAIA SSO, MAIA Desktop, LENS pre-click verification, MAIA-IOT, or MAIA-PQ mapped to your deployment scenario.
Investor briefing
Get the PahiLabs product architecture, patent position, technical roadmap, and commercialization story.
Enterprise fit call
Discuss SSO, LENS high-risk employee pilots, IoT device authentication, post-quantum migration, and pilot scope.