VEXPLOR Suite · Logic Studio (no-code kernel)
Logic Studio builds the database, APIs and screens from your schema
The core module and no-code kernel of VEXPLOR Suite. Design a schema on the canvas and DDL, APIs and UI are generated automatically, with a 6-stage automatic deployment.
- Industry solutions
- 21
- Standard tables
- 1,539
- Screens
- 1,766
- Workflows
- 145+
No-code kernel deployment flow
Swipe sideways to see the whole drawing.
Standardization
Logic Studio starts with data structure, business logic and relationships already standardized
AI adoption stalls when data is scattered, business logic is inconsistent and relationships between data are undefined. Logic Studio starts with all three standardized.
Why AI stallsData is scattered across systems
Data structure
standard tables
1,539
Why AI stallsBusiness logic is inconsistent
Business logic
industry solutions
21
Why AI stallsRelationships between data are undefined
Relationships (ontology)
predefined relation types · one item master spans 14 solutions
22
Industry solutions
Adopt the 21 industry solutions on Logic Studio, starting with what you need
All 21 solutions sit on the same standard tables and predefined relationships. Each detail page covers the field problems and the implementation scope.
Industry solution index21 / 20
Management/Resources
- ERP (Enterprise Resource Planning)Integrates and manages all business processes including production, logistics, finance, accounting, and sales.Details
- HR (Human Resource Management)Digitizes core HR functions including recruitment, performance evaluation, compensation, and training to maximize organizational talent capability and performance.Details
Production/Manufacturing
- MES (Manufacturing Execution System)Tracks and controls all manufacturing floor activities in real-time, from production planning and work orders to process management and performance recording.Details
- APS (Advanced Planning & Scheduling)Simulates and optimizes production and material requirement plans under constrained resources and delivery conditions.Details
Quality/Analytics
- QMS (Quality Management System)Systematically manages specification control, inspection criteria, nonconformance, and corrective actions to continuously improve product and service quality.Details
- SPC (Statistical Process Control)Analyzes and monitors manufacturing process data using statistical techniques to identify process anomalies early and support continuous improvement.Details
- LIMS (Laboratory Information Management System)Manages sample tracking, instrument data integration, test procedures, and results in laboratories to ensure quality data integrity and reliability.Details
Equipment/Infrastructure
- EAM (Enterprise Asset Management)Manages equipment lifecycle through preventive and predictive maintenance, maximizing uptime and preventing unexpected downtime.Details
- FEMS (Factory Energy Management System)Monitors and analyzes energy consumption of key factory equipment in real-time to maximize energy efficiency and reduce carbon emissions.Details
- Digital TwinCreates a perfect virtual replica of physical manufacturing sites and equipment for real-time simulation and data visualization.Details
Logistics/Distribution
- SCM (Supply Chain Management)Optimizes the entire supply chain network from material procurement to final product delivery, reducing inventory costs and maximizing on-time delivery rates.Details
- WMS (Warehouse Management System)Controls all logistics flows within the warehouse from receiving to shipping, optimizing and managing inventory location and quantity in real-time.Details
- TMS (Transportation Management System)Integrates fleet dispatching, route optimization, real-time shipment tracking, and freight settlement to enhance logistics visibility and efficiency.Details
- MRO (Maintenance, Repair & Operations)Unifies demand planning, procurement, and inventory management for all indirect materials that indirectly support production activities.Details
Collaboration/Productivity
Security/Certification
Digital twin is one of the 21 industry solutions, and runs as the Vision module of VEXPLOR Suite for 3D views and simulation. See the Vision module
Manufacturing AI (Insight)
The Insight module runs four searches at once on Logic Studio data and answers where the evidence agrees
One question runs graph, vector, SQL and document search simultaneously, fuses the results and reasons along relationships from order to shipment. Agreement across evidence blocks hallucination.
Hybrid GraphRAG flow
Swipe sideways to see the whole drawing.
- Simultaneous Graph, Vector, SQL and Doc search with multi-hop reasoning
- Ontology evidence and agreement across search results block hallucination
- Neuro-symbolic causal inference finds root causes by causation, not correlation, and explains the reasoning
- Six-tier memory — conversation, session, process, task, organization, domain — improves with use
- Three agent tiers (CEO · Supervisor · Worker) and five functions (perceive, predict, automate, communicate, generate)
- Related registered patent KR 10-3003470 — real-time graph retrieval-augmented generation using a tag-based metamodel
Processing time for five key tasks
Quality root-cause analysis
Before3 hours
With AI30 seconds
Equipment failure impact analysis
Before2 hours
With AI1 minute
Alternative material recommendation
Before1–2 days
With AI10 seconds
Company-wide status report
Before3–5 days
With AI5 seconds
Recall scope identification
Before4 hours
With AI1 minute
Processing time compared by product capability; these are not customer-measured cases.
Adoption
Logic Studio kick-off runs through 2 weeks of scoping, 2 weeks to the first screens and about 1 month of testing
Scope and data structure come first, then working screens are verified on site.
2 weeks
Scoping
Confirm scope and data structure
2 weeks
First software screens
See screens that actually work
about 1 month
Testing
Verify on site
These are kick-off stages under a direct contract, not the full implementation period. Larger scopes take longer, and government programs follow their own agreement periods.
Four levels of AI maturity
- Stage 1
Manual Q&A
AI answers user questions based on data
- Stage 2
Proactive intervention
AI detects anomalies and alerts or proposes first
- Stage 3
Autonomous decision and execution
AI decides and executes automatically once a person approves
- Stage 4
AI OS factory operation
The target stage where AI runs the whole factory
Do we have to replace the systems we use today?
There are two ways. Keep existing systems and connect AI agents through the ontology, or move to Logic Studio solutions and build anew. The adoption assessment decides which fits your plant.
Execution authority handed to AI is split into levels. See authority levels
Cloud edition
No installation, on Microsoft Azure — VEXPLOR Logic Studio cloud edition
The VEXPLOR Logic Studio cloud edition runs the 21 business domains built with the no-code kernel on this page, ready to use on Microsoft Azure.
21 business domains
21 manufacturing domains run on one data model. Standard opens 5 of them: ERP, MES, QMS, WMS and Groupware.
Search that shows its evidence
Every answer lists the records it came from. When nothing matches, the service gives no answer and says so.
Browse the real screens
Preview screens captured from the running service. Companies and items shown are sample data.
Assessment
An adoption assessment decides which solution your plant needs first
Tell us the systems you use today and your most urgent work, and we review together where to start.