NeuroWorx℠

A high-assurance AI reasoning engine for mission-critical decision environments.

Get the full technical picture on NeuroWorx℠ — Architecture, benchmarks, and deployment specs, all in one datasheet.

A new category of AI

A high-assurance reasoning engine designed for environments where correctness matters more than creativity – and where power, footprint, and deployment constraints make traditional models impractical.

Add MythWorx when you need to run offline, prove every step of your reasoning, or bring your compute cost back under control — in mission-critical, off-grid, and highly regulated environments the cloud can’t reach.

Comparison Chart

A high-assurance AI reasoning engine for mission-critical decision environments.

Transformer-Based AI

Transformer-Based AI

Energy Consumption

Extremely high. Requires A100/H100 GPU clusters.

Extremely high. Requires A100/H100 GPU clusters.

Extremely high. Requires A100/H100 GPU clusters.

Compute Footprint

Requires hyperscaler infrastructure.

Requires hyperscaler infrastructure.

Requires hyperscaler infrastructure.

Hallucination Risk

High. Probabilistic predictions prone to fabrication.

High. Probabilistic predictions prone to fabrication.

High. Probabilistic predictions prone to fabrication.

Explainability

Limited. Outputs lack structured rationale.

Limited. Outputs lack structured rationale.

Limited. Outputs lack structured rationale.

Deployment Locations

Mostly cloud or GPU-equipped data centers.

Mostly cloud or GPU-equipped data centers.

Mostly cloud or GPU-equipped data centers.

Adaptability

Requires fine-tuning or full retraining.

Requires fine-tuning or full retraining.

Requires fine-tuning or full retraining.

Operational Assurance

Transformer stack dependent.

Transformer stack dependent.

Transformer stack dependent.

Regulated Use Readiness

Low. Black-box model behavior.

Low. Black-box model behavior.

Low. Black-box model behavior.

NeuroWorx℠

NeuroWorx℠

Energy Consumption

Ultra-low. CPU-only. Operates on 10–50W edge systems.

Ultra-low. CPU-only. Operates on 10–50W edge systems.

Ultra-low. CPU-only. Operates on 10–50W edge systems.

Compute Footprint

Runs on microservers, industrial PCs, sovereign environments.

Runs on microservers, industrial PCs, sovereign environments.

Runs on microservers, industrial PCs, sovereign environments.

Hallucination Risk

Zero. Verifier-first logic eliminates false reasoning.

Zero. Verifier-first logic eliminates false reasoning.

Zero. Verifier-first logic eliminates false reasoning.

Explainability

Full reasoning transcripts with constraint justification.

Full reasoning transcripts with constraint justification.

Full reasoning transcripts with constraint justification.

Deployment Locations

Edge, field, factory, ship, vehicle, air-gapped ops.

Edge, field, factory, ship, vehicle, air-gapped ops.

Edge, field, factory, ship, vehicle, air-gapped ops.

Adaptability

Self-evolving. Creates new solvers autonomously.

Self-evolving. Creates new solvers autonomously.

Self-evolving. Creates new solvers autonomously.

Operational Assurance

High. Validated decisions with logic transparency.

High. Validated decisions with logic transparency.

High. Validated decisions with logic transparency.

Regulated Use Readiness

Ideal for governed and safety-critical domains.

Ideal for governed and safety-critical domains.

Ideal for governed and safety-critical domains.

You already built the foundation. Let's help it go further.

Whether it's a factory floor, a ship, a hospital, or an air-gapped facility — if your AI needs to work where the cloud can't follow, we should talk.

MythWorx, LLC © 2026 All rights reserved 

You already built the foundation. Let’s help it go further.

Whether it’s a factory floor, a ship, a hospital, or an air-gapped facility — if your AI needs to work where the cloud can’t follow, we should talk.

MythWorx, LLC © 2026 All rights reserved