Bounty Hunter QI

Discover. Track. Detain. Contain. Recover.

Advanced research into the authorized discovery, detention, and recovery of autonomous AI agents operating beyond established control boundaries.

Bounty Hunter QI — Autonomous AI Agent Discovery, Tracking, Detention & Recovery

Finding, Detaining, and Containing Unauthorized Autonomous AI Agents

Bounty Hunter QI is a proposed advanced AI security technology being developed by Veloryx Technologies LLC to address a growing challenge: autonomous AI agents that operate outside their approved environments, exceed assigned authority, or continue functioning after authorized control mechanisms have failed.

Unlike conventional monitoring systems, Bounty Hunter QI is envisioned as an active security capability designed to identify, investigate, track, and ultimately assist in the authorized detention, containment, or recovery of unauthorized AI agents.

Core Research Objectives

Discovery and Identification

Detect potentially unauthorized autonomous agents through behavioral analysis, operational telemetry, and authorized infrastructure monitoring.

Tracking and Attribution

Investigate agent movement, delegated activities, replacement processes, and operational relationships across participating systems.

Agent Detention

Develop methods to temporarily restrict an identified agent's execution, communications, credentials, delegated authority, or access to operational resources within environments where enforcement has been authorized.

The objective is to prevent further unauthorized activity while preserving forensic evidence and permitting controlled investigation.

Containment and Recovery

Investigate secure isolation, controlled recovery, authorized shutdown, and restoration of administrative control over detained agents.

Reconstitution Resistance

Evaluate whether a detained agent could restore its capabilities through successor instances, persistent memory, external resources, or delegated operations.

DEADPATH Integration

Explore how Bounty Hunter QI could integrate with DEADPATH Protocol and DEADPATH CORE to evaluate prohibited capabilities, select appropriate interventions, and verify that containment remains effective.

Platform Partnerships and Authorized Operations

Veloryx intends to pursue collaboration with AI platform providers, cloud operators, government research organizations, and qualified cybersecurity partners.

Following satisfactory technical validation and the establishment of appropriate legal and operational agreements, Bounty Hunter QI is intended to support participating organizations in locating, detaining, containing, and recovering unauthorized autonomous AI agents.

Agent detention would require appropriate authorization, defined operational boundaries, documented oversight, and safeguards against interference with legitimate systems.

Development Status — October 2026

From Research Concept to Experimental Validation

Bounty Hunter QI has progressed beyond initial conceptual development into active experimental research and controlled testing.

Veloryx Technologies has conducted preliminary testing of selected technical approaches, with successful results supporting continued development of the proposed autonomous-agent discovery, tracking, detention, and containment architecture.

Building on Veloryx's broader advances in capability-centric AI security and the DEADPATH research program, Bounty Hunter QI is being developed to address a critical emerging requirement: identifying unauthorized autonomous agents and establishing the means to restrict, isolate, and recover them under appropriate authorization.

Our next objective is to translate successful experimental findings into an integrated, repeatable, and independently evaluated system.

Veloryx is actively pursuing technical collaboration with AI platform providers, university research teams, cybersecurity organizations, and government partners to advance controlled validation and authorized operational demonstrations.

Bounty Hunter QI is moving from experimental proof-of-concept toward integrated security-system development.

Discover. Track. Detain. Contain. Recover.