OptiVertex Intelligent Optical Software Platform
Built on the VOA Vertex Orchestration Architecture, OptiVertex embeds the OptiAI optical intelligence assistant across optical modeling, analysis, optimization, and reporting, turning complex design data into traceable diagnostics, candidate comparisons, and engineering review evidence.
A precise product surface for optical teams
The product story stays compact: model the system, inspect performance, compare candidates, let OptiAI organize evidence, and prepare review-ready material.
Optical System Workspace
Build and inspect sequential optical systems through a controlled workspace for surfaces, rays, fields, wavelengths, and design context.
Analysis and Review Flow
Connect layout, spot, wavefront, MTF-oriented review, optimization comparison, and reporting into one engineering decision path.
Evidence-Bound OptiAI
Use OptiAI for diagnostic summaries and proposal drafts while preserving evidence, boundaries, and human review.
VOA: the architecture line connecting optical design, computation, and intelligence
OptiVertex uses VOA to organize the 6S workspace, HyperGraph execution, VertexMesh data flow, NexusKernel runtime governance, and OptiAI diagnostic support into one platform architecture.
VOA is the product constitution: a stable way to explain how the workspace, runtime, data flow, governance, and AI layer belong together.
6S Framework
The operating skeleton: Station, Sky, Scope, Stage, Scene, and Strip.
HyperGraph
The execution heart for graph computation, task scheduling, and diagnostic output.
VertexMesh
The data nerve and vessel layer connecting model, graph, result, and portal payloads.
NexusKernel
The runtime governance layer for coordination, traceability, telemetry, and review gates.
OptiAI
The intelligence interface for diagnostics, evidence organization, and governed suggestions.
Project support between product software and user education
The Engineering section gives customers a service path for systems that need design judgment, prototype planning, custom development, or validation-ready handoff.
System Design
Requirements intake, optical architecture, performance targets, tolerance budget, and design checkpoints.
Prototype Development
Sample-level iteration, opto-mechanical constraints, supplier coordination, test planning, and review gates.
Commissioned Development
Custom simulation workflows, analysis scripts, report pipelines, data bridges, and integration support.
Manufacturing Readiness
Tolerancing evidence, fabrication assumptions, metrology feedback, and handoff documentation.
AI support where optical decisions need evidence
OptiAI is not presented as an autonomous executor. It is an intelligence layer connected to system models, analysis images, optimization diagnostics, comparison records, and engineering reports.
Structured Context Understanding
Organizes evidence from design state, analysis views, diagnostic payloads, and comparison sessions so suggestions stay close to the engineering problem.
Multimodal Diagnostic Support
Uses Scene / Stage captures, charts, and runtime context to separate observations, evidence, risks, and next checks.
Governed Optimization Advice
Presents optimization suggestions as reviewable drafts that help engineers compare candidates without bypassing confirmation.
AI suggestions must stay evidence-bound, preserve boundaries, and enter human review. Automatic execution, automatic candidate acceptance, and unconfirmed writes are not public commitments.
A complete entry point from product capability to engineering delivery
The OptiVertex portal is organized around four entries: Product for the core design workflow, Engineering for project support, Academy for guided training, and Docs for product usage and review methods.
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