ARIA: Autonomous Resilience Intelligence Architecture

ARIA is an innovative voice-native, 3D spatial security operations cockpit designed to empower single operators with governed autonomy, all while allowing users the option to run it entirely on their own hardware. Rather than following the conventional approach of AI security tools that act independently, ARIA ensures that every autonomous action must earn its authority through measurable outcomes that operators can review and control.

Key Features

• Spatial Galaxy Command Interface: The platform's interface is constructed as a navigable 3D galaxy using Three.js and WebGL, where capability domains are represented as sectors and individual panels as nodes. A three-tier color coding system provides immediate visibility of system posture based on real-time scan and telemetry data.

• Governed Autonomy & Trust Ladder: ARIA features a unique autonomy model represented by a four-rung ladder that allows for varying levels of autonomy based on the operational context. Each capability — threat analysis, remediation, containment, and identity actions — must build a trustworthy record of outcomes to escalate their functional autonomy, assuring control at every step.

• Voice-Native Interactions: With two-way spoken conversations directly interfacing with live data, using ARIA feels natural. The Speech-to-Text process runs locally, ensuring privacy as voice data remains within the hardware.

• Sovereign-Ready Design: Created for regulated environments, ARIA operates in a local mode where reasoning is executed against your own model. This fundamental design feature guarantees that no telemetry is sent out to third-party services, making it compliant with strict data regulations.

• Comprehensive Connectors & AI Security Posture Management: ARIA supports integration with major platforms like GitHub, AWS, Okta, and others to manage AI assets and map potential attack paths efficiently, while ensuring all credentials are encrypted and stored securely.

• Advanced Local Network & Bluetooth Intelligence: The platform includes sophisticated discovery mechanisms for local networks and Bluetooth, providing detailed insights with vendor attribution, device claims, and proximity estimation, ensuring comprehensive situational awareness.

Getting Started

Setting up ARIA is straightforward and can be accomplished in under five minutes without the need for API keys, utilizing official local features:

git clone https://github.com/<your-org>/aria-guardian.git
cd aria-guardian
npm install
npm run start:local # Starts API and web UI

With a built-in user for development purposes, the setup is designed to be user-friendly while ensuring stringent security measures are in place for production environments.

Extensive Audit Trail and Customizability

Every action taken by ARIA is logged in an append-only manner, ensuring accountability and providing transparent insight into the system's operations. The project is under active development thus features may vary from stability to functionality, which is explicitly documented within the repository.

In addition, ARIA promotes a culture of security by allowing users to Bring Your Own Key (BYOK) for encrypting connector credentials, further enhancing sovereignty over data and operational parameters.

For more information about ARIA’s core functionality and architecture, users are encouraged to refer to the detailed documentation provided in the repository.