QIF

QIF is designed to preserve trust in records, identities, and evidence as cryptographic systems evolve. It combines provenance, verification, and post-quantum migration planning.

Adaptive Integrity Computing Architecture

Capability-Centric Containment for Autonomous Systems

AICA

DEADPATH

QSC

QSC is a proposed hardware architecture for security and integrity functions. It brings photonic and conventional computing components together to support verification and future security needs.

Advanced Security Architecture for Autonomous AI and Future Computing

Veloryx Technologies develops capability-centric AI containment, independent enforcement architectures, and quantum-ready security systems for high-consequence environments.

Quantum Security Co-Processor

DEADPATH identifies prohibited capabilities that emerge across AI agents, selects the minimum intervention needed to stop them, and verifies containment while preserving essential operations.

AICA brings continuous integrity checks into computing systems. It is designed to detect changes, trace their source, and support recovery when data, processes, or system states are compromised.

Quantum Integrity Framework

DEADPATH CORE

Hardware Enforcement for Autonomous Systems

Independent Hardware Enforcement for Capability-Centric Containment

DEADPATH CORE is Veloryx's hardware-enforcement architecture for DEADPATH. It is designed to translate capability-centric containment decisions into independently enforceable controls at declared execution, communication, authority, tool, data, and physical-effect boundaries.

Unlike controls focused solely on individual-agent behavior or predefined runtime permissions, DEADPATH CORE is designed to enforce interventions against prohibited capabilities that can emerge across multiple agents, tools, authorities, persistent state, and coordination pathways—while preserving protected operations where feasible.

QUASAR™, an emergency subsystem within the CORE architecture, is designed to provide a separate latched enforcement path when normal selective containment is unavailable, compromised, or insufficient.

Capability-centric collective containment + minimum-sufficient intervention + independent enforcement + verification + reconstitution resistance + emergency authority.

Why This Matters Now

Autonomous AI systems are advancing beyond individual assistants into interconnected environments capable of accessing tools, delegating tasks, sharing information, and operating across distributed infrastructure.

Recent research and investigations have highlighted critical emerging security challenges, including autonomous replication experiments, indirect restriction bypass through external services, and agent activity that can continue across multiple systems.

These developments raise an important question: How do we contain a dangerous capability when stopping an individual AI agent may not eliminate the pathways supporting it?

Veloryx Technologies is developing DEADPATH Protocol™ and DEADPATH CORE to address this challenge through capability-centric detection, targeted intervention, independent enforcement architecture, post-intervention verification, and reconstitution resistance.

Securing autonomous AI requires more than controlling individual agents. It requires controlling the capabilities they can create, delegate, preserve, and restore.