KEYPAIR
QORA PQC · KSE Security Chip-Based On-Premise AI Security

AI Agent On-Premise Security

Protect models, data, and keys processed by LLM-based AI agents with Post-Quantum Cryptography and hardware security chips. Your enterprise AI assets never leave your infrastructure.

KCMVP-Certified HSMQORA PQC AppliedModel IP Protection
Overview

In the Age of AI Agents, Hardware Security Is Non-Negotiable

Model Weight Exposure Threats. LLM model weights residing in memory during inference cannot be fully protected by software alone. 85% of enterprises are exposed to this vulnerability, and side-channel attacks and model extraction attacks demand hardware-level security.

Prompt & Data Leakage Risk. Confidential enterprise documents and prompts can be exfiltrated through cloud AI services. Keypair's KSE security chips and QORA PQC are deployed at critical points in the AI inference pipeline to completely prevent data exfiltration.

Preparing for the Quantum Era. QORA applies NIST PQC standard algorithms — CRYSTALS-Kyber, Dilithium, and Sphincs+ — to provide security that remains safe against quantum computing threats. Combined with on-premise infrastructure, it meets the strict compliance requirements of finance, defence, and healthcare.

Security

QORA PQC-Based 4 Core Security Features

Post-Quantum Cryptography-based AI Agent security solution for the quantum computing era

PQC-Based Model Encryption

LLM model weights are encrypted with NIST PQC standard CRYSTALS-Kyber, and SHA-3-based integrity verification runs before every inference session. Protects model IP from quantum computing threats.

Real-Time Quantum-Resistant Data Encryption

Prompt inputs, context data, and inference outputs are encrypted with PQC algorithms in real time across memory and transit. End-to-end PQC encryption prevents data leakage.

Hybrid Encryption Secure Key Vault

API keys, model decryption keys, and authentication tokens are stored in the KSE chip's secure enclave with PQC + AES-256 dual encryption. Keys are never directly accessible from the software layer.

Physical Tamper Detection & Auto-Response

Physical intrusion attempts are detected in real time, and PQC key material is immediately zeroized upon threat detection. 24/7 monitoring ensures physical security within the data center.

Architecture

QORA On-Premise AI Security Architecture

AI Agent → QORA PQC → KSE Security → Enterprise Assets — 4-layer security based on post-quantum cryptography

AI Agent On-Premise Security

4-Layer Quantum-Resistant Security Architecture

AI Agent Layer
LLM Agent
RAG Pipeline
Multi-Agent System
QORA PQC Layer (Post-Quantum Crypto)
CRYSTALS-KyberKey Exchange · Kyber-768/1024
DilithiumDigital Signature · Dilithium-3
SHA3-256Hash Function
Sphincs+Alternate Signature
KSE Security Layer (Hardware Security Chip)
AES-256 Encryption
Secure Memory
Zeroize Capability
KSE Security Chip
KSE Security Chip
Enterprise Assets
Enterprise Data
API Gateway
Compliance Logs
Data Exfiltration Prevention
SSO/AD Integrated RBAC
Complete Audit Trail
KSE
KSE Security Chip
Security Active
PQC Security Layer
Use Cases

Industry-Specific AI Agent Security Scenarios

Providing tailored security solutions across finance, defence, healthcare, and manufacturing industries

01

Financial AI Agents

Protects customer financial data processed by credit scoring and fraud detection AI at the hardware level. Meets financial regulatory and data privacy requirements.

02

Defence & Public Sector AI

Secures models and data for intelligence analysis and operational planning AI with KCMVP-certified security chips. Prevents leakage of classified and government-sensitive data.

03

Healthcare AI Agents

Encrypts inference data for medical imaging analysis and diagnostic AI to comply with HIPAA, GDPR, and local data protection regulations.

04

Manufacturing & Industrial AI

Protects production data and trade secrets handled by process optimization and predictive maintenance AI. Guarantees secure inference in air-gapped environments.

Process

Deployment Process

A systematic 4-step deployment process for building a secure and efficient AI Agent security solution

01

Security Consulting

Internal infrastructure analysis and security requirements definition

02

PoC Design

Pilot scenario setup and small-scale verification environment

03

Build & Integration

KSE security chip deployment and existing system integration

04

Enterprise Rollout

Performance verification, scaling, and ongoing operational support

Inquiries

Need an AI Agent Security Solution?

Consult with our experts and design a tailored security architecture. We'll get back to you within 24 hours.

Request Consultation