Technical Developments

In Sage’s efforts to rebuild his empire he has paired up with Cruz Vega to enhance and elaborate on Aurora Durante’s software that she developed to assist her and her brother Nox while hunting monsters in the US. They are currently working on a scanner that helps medical professionals diagnosis internal trauma, injuries and diseases without any harmful radiation or magnet disks that utilizes the healing potential of Channelers and their ability to delve using this holographic interface built by Aurora.

They are still in the research stages.

Sage also continues to dabble with his parents research and has hacked the nanites the Paragon cybernetics doctor injected into his body to help with healing and repair of his new motherboard to prevent the same corrosion from happening again. While he sold Cyberpoint he kept the legal rights to use the patents that were sold with the company.

Sage’s “Friends”

Sage and his hacker guises tend to follow everyone he meets. He finds information, stores it up for later and may or may help or hinder those he follows. Depends on the situation. He calls those he follows his friends.

Companies

• Cyberpoint – Sage sold when his parents died in a car crash.
• The Den – Where Cyberpoint had called home, Sage built two internet cafe’s which folded when Phaser was disappeared.

Sage’s Official CV

SAGE PARKER
sage.parker@hexentech.com

Objective
Independent technologist specializing in nanotech-driven human augmentation, cybernetics, immersive AI systems, and secure digital ecosystems. Seeking to contribute experimental design, unconventional problem-solving, and applied nanotechnology expertise to cutting-edge projects at Paragon Group.

Core Competencies

• Applied nanotechnology for tactile and cybernetic augmentation
• Design and prototyping of sensitive external limbs, haptic ,and neural interfaces
• Immersive AI and holographic system integration
• Secure systems architecture and adaptive network defenses
• Rapid independent problem-solving in experimental and high-stakes environments
• Creative cross-disciplinary integration of cybernetics, AI, and nanotech

Professional Experience

Founder & Systems Architect – The Den
Alexandria, VA | Independent Operation

• Established a dual-purpose facility serving as a public cybercafé and private research collective for network engineers and digital security specialists.
• Designed and deployed a proprietary, adaptive firewall architecture capable of evolving in real time against intrusion attempts.
• Oversaw secure data operations, private hosting, and encrypted R&D environments for independent contractors and research collectives.

Lead Developer & Security Engineer – Durante Securities
Moscow, RU | Corporate Front

• Founded and directed a private security technology firm providing both civilian and corporate protection systems.
• Designed Dauntless, a next-generation AI-integrated surveillance network featuring motion sensors, trip protocols, and adaptive smart-lock systems.
• Integrated Polaris and SKIE systems into Durante’s infrastructure for holographic command interfacing and live data processing.
• Architected dual-layer data encryption and backup systems ensuring client network resilience and internal data continuity.

Chief Research Engineer – HexenTech
Moscow, RU | Private Research Division

• Established an independent R&D entity specializing in nanotechnology, synthetic biology, and cybernetic integration.
• Engineered Hemex, a self-replicating synthetic nanoblood designed to maintain and link organic and cybernetic systems.
• Developed the Regenesis Protocol, a predictive nanite-driven healing system capable of autonomous tissue repair.
• Directed Project Anima, a field-mapping nanite array for channeling energy detection and neural pattern analysis.
• Oversaw proprietary algorithmic frameworks for self-learning nanite behavior and autonomous replication management.

Collaborative Developer – Borealis Industries
Remote Consultancy | Contract Basis

• Co-developed Polaris, a full-spectrum holographic interface for human–AI interaction, integrating sensory mapping and responsive projection.
• Created backend support systems for SKIE (Secure Knowledge Integration Engine), an adaptive AI framework designed for personal and environmental integration.
• Contributed to early adaptive learning code and nanite-assisted processing nodes that supported system stability and distributed data flow.

Education & Training

“The Neuroplastic Interface: Toward a Direct Synaptic Bridge Between Flesh and Circuitry”
Dr. Xarles Marcil
A seminal work on the potential of synaptic microfilament wiring to create stable two-way communication between neural tissue and implanted processors.

“Neuromechanical Feedback Loops in Bio-Cybernetic Integration”
Dr. Xarles Marcil, Dr. H. Tavira
Foundational study on microprocessor-to-neural signal translation in voluntary limb control and sensory replication

“Cognitive Pathways and the Modular Brain: A Study in Cybernetic Reintegration”
Dr. Xarles Marcil & Dr. J. Haverling
Examines the neurological adaptations required for stable human-machine communication.

“Synthetic Consciousness and the Ghost Layer”
Prof. Ilyan Dresch
Explores emergent pseudo-conscious behaviors in complex neural-net AI systems.

“Machine Learning in Self-Replicating Systems”
Dr. Kael Voss
Theoretical framework for recursive self-repairing code and controlled replication in nanoscale systems.

“Empathy Modeling for Artificial Intelligence”
Dr. Faith Devere
Techniques for translating human microexpressions, vocal modulation, and paralinguistic cues into AI responses.

“Applied Neurolinguistic Programming in Cognitive Systems”
Dr. Faith Devere
Using NLP and micro-behavior analysis to improve AI-human interaction fidelity.

Technical Skills

• Nanotech Integration: Applied to tactile augmentation, cybernetic limbs, and interface responsiveness
• Cybernetic Interface Design: Sensitive limbs, haptic feedback, and adaptive systems
• Network Security: Advanced firewall architecture, penetration-resistant systems, adaptive monitoring
• AI & Holographic Systems: Prototype development, reinforcement learning applications
• Programming & Scripting: Python, Rust, C++, applied to interface and nanotech integration
• Experimental Hardware: Adaptive sensors, haptic feedback devices, secure deployment, Nanites

Additional Information

• Direct neural implant enables accelerated interface testing and real-time system feedback
• Exceptional cognitive processing, pattern recognition, and multi-system management
• Experienced in secure, experimental, and unregulated technological environments

Projects

• SKIE – Secure Knowledge Integration Engine: Personal and Home AI
• Polaris: Holographic interface
• Dauntless: Integrated Defense System
• Hemex: Synthetic Blood / Self-Replicating Nanobots
• Regenesis Protocol: Healing / Regenerative Technology
• Project Anima: Channeling Detection & Analysis