Dr. Christopher A. Tucker

Machine Intelligence Expert in Artificial Reasoning

• Fourth-generation engineer educated at one of the most prestigious universities in the world. Studied under Professor Kevin Warwick, whose academic lineage reaches back to Immanuel Kant.
• Highly-experienced software engineer and Cloud architect, where he brings his advanced knowledge to solve the most tractable business problems.
• Podman, Context-Free Off-Cloud, OpenShift
• Friendly and approachable: Mentoring and consulting services within a wide variety of commercial settings.

Correlative Systems with asynchronous computers

• A new paradigm of computer architecture is available to meet the needs of the A.I.-driven future.
• Arduino, PI, all too much energy consumption. MIPS far too heavy SDK. A computer-nest as an array of 18 x 8 architecturally identical, fully independent nodes operating asynchronously in full-execution logic on-chip. Arithmetic logic units run at 1.5 nanoseconds at 7 picojoules.

AI Systems Architecture and Engineering

• AI & ML Development: Building and training machine learning models for optimal use-cases.
• LLM Integration: Development and integration of LLM-powered features via APIs toward both internal tools and customer-facing products.
• Automation: Strong leveraging of Ideal AI to automate repetitive internal tasks, enhance support, and improve user experience.
• Deployment: Packaging and deployment of models into production using hard-spun and widely available open-source MLOps tools and cloud infrastructure – Azure, AWS, GCP, and OpenShift.
• Collaboration: Lectures and demonstrations within team settings and management stakeholders to identify and implement impactful AI opportunities.
• Documentation & Maintenance: Assurance of reproducibility, versioning, and continuous improvement of implemented AI models and pipelines.

AI Systems languages, strategies, learning, and environments - NLP, LLM, RL, Kohenen maps

• dotnet, sdk, C#
• Python, Go, Rust
• TensorFlow, PyTorch, scikit-learn, OpenCV, YOLO
• Forth, Elixir
• Bazel, Kubernetes, Podman, Docker
• OpenShift, AWS, Azure
• Machine-learning as pure reason
• Self-organizing systems, self-writing code, self-optimization, entropy
• Entire libraries of functions publically available.
• Also private libraries, available on request.

Embodied robotics

• Personality development, artificial reasoning, and runtime management.
• Leverage of the principles of Cybernetics to make better products.
• More effective human-machine engagement.
• Improvement of the user-experience.
• Entire libraries of functions publically available.
• Also private libraries, available on request.

Smart devices

• Power and information constraints in low-power contexts.
• Entire libraries of functions publically available.
• Also private libraries, available on request.

web3/crypto

• Smart contracts and tokens.
• Entire libraries of functions publically available.
• Also private libraries, available on request.

Artificial Reasoning

• The "holy grail" of future robotics. Consult with us and find-out about this exciting endeavour.
• The EU AI Act is changing the way European companies do business. Knowledge of compliance and ways to make AI successful.

Writing and research

• The wireless-dense energy fields.
• The Manchester dataflow computer.
• ISA and Harvard architectures for AI.
• Theory and practise of AI.
• The phenomenon of reasoning in natural and artificial systems.
• The Artificial Life Robotics Show podcast host.