opennhp

by OpenNHP

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Updated 3 months ago

About

OpenNHP is a lightweight, cryptography-powered open-source toolkit that enforces Zero Trust security by hiding network infrastructure and securing data in AI-driven environments.

A lightweight, cryptography-powered, open-source toolkit built to enforce Zero Trust security for infrastructure, applications, and data in the AI-driven world.

Primary Use Case

OpenNHP is designed for organizations and security professionals aiming to protect their infrastructure, applications, and data from AI-driven cyber threats by implementing Zero Trust principles. It is particularly useful for hiding server ports, IP addresses, and domain names to prevent unauthorized access, as well as encrypting data to maintain privacy and usability without exposure.

Key Features

Network-infrastructure Hiding Protocol (NHP) to conceal server ports, IPs, and domains
Data-object Hiding Protocol (DHP) for encrypted, confidential computing of data
Lightweight and cryptography-powered toolkit
Open-source with multi-language documentation support
Reduces attack surface by resource obfuscation
Designed to counter AI-driven Autonomous Vulnerability Exploitation (AVE)
Supports Zero Trust security enforcement for infrastructure and applications

Usage

>_ Access protected server at https://acdemo.opennhp.org

Demonstrates how OpenNHP hides application server ports making the server invisible to unauthenticated users

Security Frameworks

Defense Evasion

Initial Access

Reconnaissance

Credential Access

Impact

Usage Insights

Leverages cryptographic obfuscation to reduce attack surface against AI-driven autonomous scanning and exploitation.
Can be integrated with existing IAM and network security stacks to enforce Zero Trust policies dynamically.
Ideal for blue teams to harden infrastructure visibility and prevent reconnaissance phases of attacks.
Supports purple team exercises by simulating advanced evasion techniques and testing detection capabilities.
Recommended to combine with AI-powered threat intelligence feeds to adaptively update hiding protocols against evolving AVE threats.