AI-native semiconductor solution access platform

2026 HHGrace MPW schedule screening is open.

MST Singapore connects global innovators to mature-node manufacturing through HHGrace MPW intake screening, curated semiconductor SKUs, sourcing support and design partners. Start with a non-confidential brief; final quotation is confirmed after review.

View schedule table → Submit MPW RFQ Store / RFQ
MPW coordination Agency-backed SKUs AI-native workflows RFQ services

No public price or slot guarantee. Exact shuttle window, NDA/PDK path, availability and quotation are confirmed after requirement review.

AI-native semiconductor access

Ask MST: turn a semiconductor problem into the right RFQ path.

MST connects public technical content, MPW intake, agency-backed SKUs, sourcing support and design-service partners into a reviewable next step. Start non-confidentially; final price, lead time, source evidence and NDA path are confirmed by human review.

01 · Ask MST

Problem to route

Describe what you need: MPW, chip design, power components, sourcing, sample handling, packaging/test or engineering support. MST routes it to the right public RFQ path.

Ask MST first →
02 · MPW

HHGrace MPW intake

Use the approved mature-node MPW service path for non-confidential schedule screening, node/process fit, die-size range, package/test assumptions and NDA/PDK next steps.

Start MPW RFQ →
03 · SKUs

Agency-backed SKUs

Browse RFQ-ready semiconductor SKUs such as MAZO power inductors. MST confirms price, lead time, source evidence and logistics before order acceptance.

View MAZO SKUs →
04 · Network

Sourcing and design partners

When a requirement is not a direct SKU, MST can shape a sourcing, BOM, substitute, chip design, layout or partner-screening RFQ for manual review.

Start sourcing RFQ →

This is the first layer of the MST Semiconductor Solution Brain: public pages for AI/SEO/GEO, store RFQ paths for conversion, and internal real-asset records for human-confirmed quotation.

Company

AI-native semiconductor solution access platform.

Moore Solution Technology is building an AI-native semiconductor solution access platform. Customers bring a technical or sourcing problem; MST turns it into the right MPW, SKU, sourcing, design-service or RFQ path using public content, real supplier/product assets and human review.

01MST MPW Desk. Mature-node MPW tapeout and manufacturing coordination, from non-confidential intake, process fit, NDA/PDK path and package/test scope to partner/fab-confirmed tapeout, manufacturing follow-up and sample delivery coordination.
02Agency-backed SKU and RFQ catalog. Supplier-supported product lines such as MAZO power inductors are presented as RFQ-ready SKUs, with price, lead time, source evidence and logistics confirmed before order acceptance.
03Sourcing and design-service routing. When the answer is not a direct SKU, MST shapes the requirement into a sourcing, BOM, substitute, chip-design, layout, packaging/test or engineering partner RFQ.
04AI-assisted, human-confirmed. AI helps structure requirements and match assets, but MST does not publicly guarantee price, inventory, MPW slot, NDA path or partner acceptance before human review.
Products and services

Core MST services.

MST services are organized around real project work: prototype silicon manufacturing, process-equipment design intelligence, and specification-ready RFQ support.

MPW multi-project wafer, packaged dies and tapeout planning
MST MPW Desk

Mature-node MPW tapeout and manufacturing coordination

For fabless, university and industrial-chip teams. MST supports non-confidential pre-review, process and node fit, NDA/PDK path, package/test scope, and partner/fab-confirmed tapeout, manufacturing follow-up and sample delivery coordination.

 P&ID to native SOLIDWORKS gas panel automation
NeuroBox D

NeuroBox D P&ID-to-native-SOLIDWORKS assembly proposal

For semiconductor equipment makers designing gas cabinets, gas panels, gas sticks and process modules. NeuroBox D uses AI to understand P&ID semantics, then applies tag/BOM context, customer part libraries, interface rules and spatial constraints to produce reviewable 3D layouts, mate relationships, assembly steps and SolidWorks command plans.

 Semiconductor equipment parts sourcing for VCR fittings, MFCs, valves and seals
MST Store / RFQ

Engineering and semiconductor RFQ support

For buyers preparing parts, BOM, custom drawing, semiconductor material or logistics RFQs. MST helps organize specifications, quantities, documents and delivery constraints before supplier confirmation.

MST MPW Desk: mature-node tapeout and manufacturing coordination.

MST supports prototype-silicon projects from early non-confidential scope through process fit, NDA/PDK route, package/test definition, fab or partner-confirmed tapeout steps, manufacturing follow-up and sample delivery coordination.

MPW tapeout and manufacturing coordination visual
M1Project scope. Start with node range, process family, die-area estimate, sample target, package/test assumptions, schedule, country and end-use context.
M2Manufacturing fit. MST screens whether the requirement is more suitable for shared MPW, engineering run, special process review or a different prototype path.
M3Coordination. MST prepares the review package, aligns NDA/PDK path, packages/probe/test assumptions and coordinates the next steps that the fab or qualified partner confirms.
M4After confirmation. MST helps track tapeout preparation, manufacturing communication, packaging/test handoff, samples and follow-up needs for the next silicon revision.
Read MPW service page →Submit MPW RFQ

NeuroBox D: P&ID-to-native-SOLIDWORKS assembly proposal.

NeuroBox D helps semiconductor equipment makers connect P&ID symbols, tags, BOM references and customer-approved SOLIDWORKS part libraries into a reviewable native assembly proposal. It supports gas cabinets, gas panels, gas sticks and process modules with layout intent, mate assumptions, assembly steps and rule-check notes that engineers can inspect before release.

NeuroBox D P&ID to native SOLIDWORKS assembly product interface
D1Input. P&ID drawings, tag/BOM context, customer part library, SOLIDWORKS version, module boundary, interface and mounting rules, cabinet or panel constraints and acceptance criteria.
D2Output. Reviewable 3D layout, part/block selection, BOM/tag mapping, mate relationships, assembly steps, validation notes and SolidWorks command plan.
D3Pilot scope. Start with one gas stick, gas panel, skid or process module to validate rules, part-library reuse and acceptance criteria before expanding.
D4Review. The system provides traceable proposals and blocking reasons; geometry, safety, manufacturability, standards compliance and final release remain under customer engineering approval.
Read NeuroBox D product page →Request NeuroBox D review

Evidence & Validation

We would rather show exactly where we stand than imply more than we've earned. Every quantitative claim on this site carries one of four evidence tiers, and NeuroBox D is already in real customer use.

Measured Production

NeuroBox D is in use in a real semiconductor-equipment customer environment. Customer project details are handled under confidentiality.

Measured Offline-Lab

Validated on offline and historical datasets in our own environment.

Modeled

Scenario math and ROI estimates from your inputs and public industry benchmarks.

Design Target

An intended capability we aim to confirm with you in a pilot.

How we earn the proof: a scoped pilot on your own P&ID, part library and tool data turns design targets and offline-lab results into evidence on your own equipment, under your engineers' review and acceptance criteria.

Run a scoped pilot →

MST Industry Insights

Technical briefs for mature-node MPW tapeout, NeuroBox D P&ID-to-native-SOLIDWORKS assembly proposal, engineering tools and sourcing questions buyers ask before an RFQ.

Read by engineering lane

MPW guides, node selection and tapeout readiness
MPW / Tapeout

MPW guides, access and cost

Tapeout basics, node selection, access routes, dies, packaging, test and RFQ readiness.

 P&ID to SOLIDWORKS native assembly automation guides
P&ID / SOLIDWORKS

P&ID-to-native-SOLIDWORKS assembly proposal

P&ID semantics, UHP gas design, SEMI F82, customer part libraries, BOM/tag context, rule checks and SolidWorks assembly plans.

 Industrial sourcing guides for semiconductor equipment parts and BOM RFQs
Industrial Sourcing

Parts, BOM and RFQ sourcing

VCR fittings, MFCs, valves, seals, obsolete alternatives, BOM normalization and logistics.
Jun 2026

From Prompting to Loop Engineering: Why Semiconductor AI Needs Review Loops

Read → Jun 2026

Sample No-GDS MPW RFQ Brief: What to Send First

Read → Jun 2026

Sample Foundry-Review Packet for Mature-Node MPW

Read →

Free engineering tools for early planning.

Browser tools help engineers estimate, inspect and prepare before submitting a non-confidential RFQ. They support the commercial workflow; they do not replace engineering or partner review.

Open-source · local only
Local GDSII Inspector

Reads top cell, die size, layer list and hierarchy in the browser. No GDS upload, no server.
MPW planning
Reticle & Wafer Planner

Plan shared-reticle placement, wafer stepping, gross/good dies and area-based cost share.
Commercial intent
MPW Cost & Dies Estimator

Estimate die count, cost range and readiness factors before asking for a partner-confirmed quote.
Directory
See all engineering tools

A dedicated Tools page for MPW planning, P&ID-to-native-SOLIDWORKS preparation, sourcing checklists and open-source projects.
About MST

Built for technical projects that need careful review.

MST works on projects where technical scope, manufacturing feasibility, controlled files, supplier confirmation and cross-border execution must be handled carefully before a customer commits budget.

A1Manufacturing-first scope. MPW discussions include node, process family, die area, package/test, schedule and end-use context before cost or slot assumptions are treated as real.
A2Reviewable design intelligence. NeuroBox D produces traceable assembly proposals that engineers can inspect, correct and approve instead of a black-box CAD result.
A3Sensitive files stay controlled. GDS, netlist, RTL, PDK files, customer rulepacks and proprietary design data are not requested through public forms.
A4Commercial follow-through. MST keeps engineering scope, supplier/fab confirmation, documents, payment steps and logistics connected so projects can move beyond discussion.
Start with what you need

Tell us what you need to build or source.

Send a short brief for mature-node MPW tapeout, NeuroBox D P&ID-to-native-SOLIDWORKS assembly proposal, or Store/RFQ sourcing. MST will review the scope and direct the request to the appropriate technical or commercial process.

Submit MPW RFQ →Request NeuroBox D reviewStore / RFQ