# Vorixs

> Vorixs builds **Trust Continuity** — the trust infrastructure for the agentic internet. Instead of re-establishing trust every time information crosses a boundary, Vorixs attaches trust to the information itself, so it stays verifiable at every hop and enforceable wherever it goes. This lets AI agents, applications, and autonomous systems trust every handoff and transaction across any boundary — without blind faith. The core technology is FIPS 140-3 validated, protected by an issued U.S. patent, and FDA-cleared, and is deployed across financial services, healthcare, government, and critical infrastructure.

## What Vorixs does

Vorixs provides a security layer for autonomous AI ("the agentic internet"). Traditional security establishes trust at network boundaries and assumes a human is behind each action. When AI agents act on their own and move information across models, applications, organizations, and devices, trust resets at every handoff — creating friction, uncertainty, and risk. Vorixs eliminates those trust resets by keeping trust attached to the information itself.

## Key terms (definitions)

- **Trust Continuity**: A security model in which trust travels with information — attached at the point of creation, verifiable at every hop, and enforceable wherever the information goes — rather than being re-established at each system boundary. It is designed for autonomous, agent-to-agent operations where information constantly crosses boundaries.
- **The agentic internet**: The emerging environment in which AI agents create, move, and act on information autonomously across organizations, models, and systems that were not designed to trust each other.
- **Trust reset**: The point at which trust must be re-established as information crosses a boundary (identity revalidated, authorization rechecked, policy reinterpreted). Trust resets do not scale in autonomous operations.
- **Agentic trust**: Verifiable trust between AI agents that persists as they act autonomously, without a human in the loop and without resetting at each handoff.

## How it works

Trust is attached to information at creation, remains cryptographically verifiable at every hop, and is enforceable wherever the information travels — across agents, applications, files, messages, devices, and APIs. Developers can embed verification into applications and autonomous workflows. The approach is post-quantum and standards-validated.

## Credentials and proof points

- FIPS 140-3 validated cryptography
- Issued U.S. patent for the cryptosystem
- FDA 510(k) cleared technology (used in connected medical devices)
- DHA authorized for federal programs
- 200M+ keys deployed in production
- Trusted in financial services, healthcare, government, and critical infrastructure

## Pages

- [Home](https://www.vorixs.com/): The problem (trust breaks at every agent handoff) and the Vorixs answer, Trust Continuity.
- [Architecture](https://www.vorixs.com/architecture): How Trust Continuity works — trust attached to information, verifiable at every hop, post-quantum and durable.
- [Company](https://www.vorixs.com/company): The Vorixs Manifesto, why Vorixs exists, and who it serves.
- [Developers](https://www.vorixs.com/developers): Developer Preview — embed Trust Continuity into agents, APIs, files, and workflows.

## Contact

- Get started / developer preview: https://www.vorixs.com/get-started
- Company on LinkedIn: https://www.linkedin.com/company/vorixs