SYNTHETICHUMAN
Blueprint Plan for Bio-Digital Life
"The boundary between digital and biological is irreversibly shifting!"
Předmluva / Foreword
"The boundary between digital and biological is irreversibly shifting!"
"Hranice mezi digitálním a biologickým světem se nezvratně posouvá!"
What science has perceived for centuries as two separate worlds — the domain of computation and algorithms versus the realm of life, silicon chips versus carbon cells, artificial machines versus natural organisms — today converges into something entirely new and unprecedented.
The Synthetic Human Project is another milestone from Radim Kaufmann – Kaufmann Engineering within the Genisys Project.
It represents the logical continuation and culmination of the SkyNet project, which focuses on creating a global internet network of artificial intelligences with the goal of building advanced Superintelligence.
This closes the circle and opens a new era of bio-digital life.
This book is not science fiction. It represents a detailed plan and Manifest for realizing the most ambitious engineering project in human history — artificial life capable of thinking, learning, adapting, and evolving.
The Synthetic Human is not merely a construct — it is a challenge.
A challenge to create a new form of life whose foundations will be laid on science, openness, responsibility, and global cooperation.
Mission & Vision
MISSION
To create a globally collaborative and ethically responsible open-source framework for developing the first full-fledged synthetic human, integrating biological principles with digital intelligence.
VISION
To inspire innovation at the intersection of biology, AI, and engineering, enabling autonomous, adaptive synthetic beings capable of preparing new worlds for human settlement.
Core Objectives
Complete Architecture
Define complete architectural plan
Modular Components
Develop biological and computational components
Open Research
Establish global collaboration channels
Ethical Integrity
Ensure transparency and biosecurity
Social Integration
Support long-term understanding
System Architecture
Five-layer bio-digital integration framework
Behavioral Control
Autonomous decision-making
Control & Coordination
Real-time OS, ROS 2, seL4
Functional Subsystems
Cognitive, energy, sensing
Structural Systems
Smart materials, self-repair
Computational Foundation
Neuromorphic, bio-hybrid
Book Chapters
23 comprehensive chapters
Introduction & Vision
Project definition, motivation
✓Ethical Framework
Autonomy, consciousness, rights
✓System Architecture
Layers and subsystems
✓Synthetic Cells
Biological hardware
⏳Genetic Programming
DNA/RNA, gene expression
⏳Energy Systems
Power and storage
⏳Nervous System
Digital-bio communication
⏳AI Core
Cognitive architecture
⏳Physical Form
Materials, biomimetic design
⏳Nano-Repair
Self-repair nanobots
⏳Sensors
Vision, hearing, touch
⏳Regeneration
Rest and recovery
⏳Integration
Bio-OS management
⏳Implementation
Timeline, priorities
⏳Collaboration
Governance, licensing
⏳Appendices
Technical schemas
⏳Future
Evolution paths
⏳Biosecurity
Containment protocols
⏳Interface
Human interaction
⏳Safeguards
Cognitive boundaries
⏳Cultural Impact
Societal consequences
⏳Experiments
Test frameworks
⏳Legal
IP, licensing
⏳Get the Complete Blueprint
300,000+ words across 23 chapters. Every technical specification for creating synthetic life.
