AKMsecure provides an autonomous key management platform that replaces traditional PKI with a decentralized, AI‑enhanced system. Using a single hidden seed to generate session‑based symmetric keys that never leave the device, it eliminates certificate distribution, manual renewals, and human‑error‑driven breaches while delivering quantum‑resistant encryption suitable for resource‑constrained and legacy endpoints.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional Public Key Infrastructure (PKI) relies on manual certificate issuance, renewal, and centralized authorities, leading to high operational overhead, human error, and vulnerability to large-scale breaches. Legacy devices and resource-constrained endpoints cannot efficiently handle heavy asymmetric cryptography, making secure communication impractical at massive scale.
Solution
AKMSecure offers an autonomous key management platform that replaces PKI with a decentralized, AI‑enhanced architecture. A single hidden seed generates fresh, session‑based symmetric keys that never leave the device, eliminating the need for certificate distribution and rotation. The system continuously monitors endpoints, detects anomalies, and performs self‑healing remediation without human intervention. Its quantum‑resistant symmetric algorithms provide confidentiality, integrity, and availability across both online and offline environments, supporting legacy hardware with minimal memory and power requirements. The solution can be deployed as a standalone tamper‑resistant module or integrated into existing infrastructure, delivering zero‑trust security at scale.
Target Audience
Primary customers are operators of large‑scale, resource‑constrained networks such as industrial control systems, critical infrastructure, aerospace, defense, and IoT deployments that require zero‑trust security without the overhead of traditional PKI.
Features
- Distributed key generation from a 32‑256 bit seed that never transmits, removing central authority exposure
- AI‑driven Autonomous Management Module (AMM) that monitors devices, detects anomalies, and auto‑remediates policies
- Quantum‑resistant symmetric encryption for all communications, ensuring long‑term confidentiality
- Lightweight operation suitable for memory‑ and power‑constrained endpoints, including legacy industrial devices
- Self‑healing, autonomous key rotation eliminates manual renewals and human‑error‑driven breaches
- Tamper‑resistant hardware companion module with optional FPGA/ASIC scalability for hardened environments