Artificial Intelligence
Deterministic Edge Inference, Neural Guidance & Zero-Hallucination NLP
Unlike consumer generative AI models that hallucinate ungrounded predictions, Quantrix AI is strictly deterministic. We utilize local lightweight models (e.g. LLaMA 3.2 3B) exclusively as natural-language translators that parse raw engineering constraints into structured mathematical parameters. Once parsed, all execution transfers to closed-form analytical physics solvers.
Key Capabilities & Envelopes
Zero-Hallucination Grammar Engine
Constraint-guided decoding forcing the model to output valid parameter schemas or return NULL on ambiguity.
Sub-20ms On-Premise Inference
Quantized INT4/FP8 neural execution running locally on workstations or embedded avionics with zero cloud API latency.
Analytical Physics Boundary Clamping
Every generated parameter is cross-checked against fundamental mechanical yield limits and Shigley equations before CAD synthesis.
Live Physics & Telemetry Model
Interact with real-time mathematical derivations and environmental envelopes specific to Artificial Intelligence.
{
"load_N": 4000,
"arm_mm": 50,
"material": "Ti-6Al-4V",
"fos": 2.5
}Core Subsystem Specifications
Local Spec Parser (LLaMA 3.2 Engine)
Local Ollama/vLLM embedded runtime executing specialized aerospace engineering prompt interpreters.
Sensor Fusion Neural Guidance Core
High-speed temporal neural networks combining radar, optical flow, and IMU inputs for real-time obstacle avoidance.
Mathematical Bounds Validator
Deterministic gatekeeper validating that extracted loads, dimensions, and materials satisfy thermodynamic and stress laws.
Defense & Aerospace Standards Matrix
DO-178C Tool Qual (TQL-1)
Software Tool Qualification
ISO/IEC 22989
Artificial Intelligence Concepts
NIST AI RMF 1.0
AI Risk Management Framework
SAE ARP4754A
Civil Aircraft Systems Development