Technical Research & Engineering

GLOBAL INTENT COMPANY

Interactive technical environment for machine learning, scientific instrumentation, computational systems, experiments, and project evidence.

Developed independently by founder and researcher Cory Tortorici. Source code, controlled experiments, null results, architectural iterations, and public research logs are made inspectable across all project nodes.

Source Repositories
Laboratory Chronology

LATEST FROM THE LAB

Recent empirical findings, architectural iterations, and null results surfaced directly from active research logs.

Active laboratory research log entries with timestamped records are available in the full research log.

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Navigate the connected network of research projects, architectural pipelines, and domain clusters in real-time 3D.

Focused on Optic-Trigeminal / ACmK • Orbiting sub-nodes active
Domains:
SPATIAL FOCUS:Optic-Trigeminal / ACmK•Systems Research
Systems ResearchKind: researchActive Research / Public Repository[ACMK-OPTIC-TRIGEMINAL]

Optic-Trigeminal / ACmK

GI-Company/optic-trigeminal

Zero-dependency C++ clinical patient simulation and nursing decision engine backed by Groq AI, Argon2id cryptographic security, and a 5-plane cognitive microkernel architecture designed to make cognitive state, reasoning traces, uncertainty, and human intervention completely inspectable.

Core Research Question:"Can AI inference and clinical simulation be structured into a zero-dependency C++ microkernel where cognitive state, reasoning traces, vital telemetry, and cryptographic boundaries remain completely inspectable and controllable?"

Structural Overview

Optic-Trigeminal implements an inspectable clinical decision substrate in zero-dependency modern C++ (C++17/20). It simulates a 6-patient intensive care cohort with physiological vital telemetry (HR, BP, SpO2, temp), handles clinical interventions via Groq Llama 3.3 70B inference, protects medical records with Argon2id cryptographic password hashing, and exposes state through an ACmK 5-plane inspectable architecture.

Canonical Source Artifact

GitHub Repository
Primary Source CodePublic
GI-Company /optic-trigeminal

Canonical public source repository: Zero-dependency C++ clinical simulation engine, Groq client, Argon2id security, and Next.js frontend.

Canonical GI-Company Source

Design Invariants & Principles

[1]Zero External C++ Dependencies: Implements native HTTP/HTTPS client, JSON parsing, and clinical simulation without third-party C++ libraries.
[2]Five Distinct Planes: Strict vertical isolation between Control, State, Trace, Inference, and Environment/IO.
[3]Cryptographic Clinical Security: Argon2id password hashing and session tokens protecting patient data and nursing records.
[4]Cognitive Debugging: Every inference step emits an immutable snapshot enabling step-through debugging and rollback.

Sequential Pipeline & Processing Stages

1
Control PlaneSupervisory Execution

Pause, resume, single-step, replay, freeze, and roll back running cognitive loops.

2
State PlaneActive Cognitive State

Tracks confidence scores, risk ratings, active hypotheses, and sensory modalities.

3
Trace PlaneHistorical Snapshots

Chronological event ledger recording all internal state deltas for auditability.

4
Inference PlaneModel Proxy

Manages candidate hypotheses (e.g. Alternative A: 0.72, Alternative B: 0.19, Alternative C: 0.09).

5
Environment / IO PlanePhysical Grounding

Binds perceptual observations to external hardware evidence and provenance signatures.

System Components

Zero-Dependency C++ Core

Custom HTTP/HTTPS client and JSON parser communicating directly with Groq API endpoints without libcurl or Boost.

Clinical Patient Simulation Subsystem

Simulates 6 concurrent virtual patients with dynamic vital signs, condition deterioration, and medication response curves.

Argon2id Cryptographic Security

Protects clinical credentials and session state against GPU-accelerated brute force attacks using memory-hard Argon2id.

Nursing Cohort Manager

Coordinates nursing shift handoffs, patient reassignment, medication administration records, and priority triage.

Hybrid Random Projection / BM25 Index

In-memory retrieval mechanism combining sparse keyword matching (BM25) with random projection dimensionality reduction for medical knowledge retrieval.

Technology Stack

C++ (Zero external dependencies, POSIX / OpenSSL)Groq API (Llama 3.3 70B Versatile)Argon2id (Cryptographic Key Derivation)Next.js 14 / TypeScript (Web Frontend)Tailwind CSSVercel
Technical Research Explorer | Global Intent Company