BackVSKYSOFT · EAP

Connect every machine.
Turn data into automation.

The Equipment Automation Platform unifies machine connectivity, real-time acquisition, equipment control, process parameters and recipe management—delivering standardized production data to MES, MOM, APS, QMS, WMS, BI and AI.

EAP connecting enterprise systems and industrial equipment
LIVE EQUIPMENT DATA CONNECTED
01 · PLATFORM ARCHITECTURE

A unified automation data layer between enterprise systems and the industrial floor.

EAP abstracts equipment brands, protocols and data structures, continuously supplying upper-layer applications with trusted, real-time and actionable data.

Three-layer EAP connectivity architecture
01

Enterprise applications

ERP · MOM · MES · APS · BI · AI

02

EAP platform

Connectivity · Data acquisition · Control · Recipe · Data model

03

Industrial floor

PLC · SMT · Semiconductor · Photovoltaic · Robot · Vision

02 · OPEN CONNECTIVITY

Connect mainstream PLCs, automation equipment and industrial networks.

PLCs & CONTROLLERS

Siemens S7Beckhoff TwinCATMitsubishiOmronRockwell Allen-BradleySchneider ElectricDeltaKeyencePanasonicFatek

INDUSTRIAL PROTOCOLS

OPC UAOPC DAModbus TCPModbus RTUMQTTTCP/IP SocketREST APIWebSocketEtherNet/IPProfinetEtherCATCC-Link IECAN Bus
03 · SMT EQUIPMENT INTEGRATION

Connect equipment and quality data across the complete SMT line.

From printing, SPI and placement through reflow, AOI and X-ray, normalize multi-vendor machine data into one production context.

SMT line equipment automation connectivity
01

Pick & Place

ASM (SIPLACE), FUJI, Yamaha, Mycronic, JUKI, Panasonic, Hanwha and Universal Instruments

Program, state, UPH, cycle time, throw rate, nozzle, feeder, PCB, alarms, downtime reasons and OEE

02

Solder Paste Printer

DEK, EKRA, MPM, Panasonic, GKG and Yamaha

Print parameters, PCB, program, cycle time, alarms, paste life and cleaning count

03

SPI Inspection

Inline SPI equipment

Thickness, area, offset, volume, NG type, trends and SPC

04

AOI Inspection

Koh Young, Omron, Mirtec, CyberOptics, Parmi and ViTrox

Defect type, NG image, location, PCB barcode, repair result and yield

05

X-Ray Inspection

Nordson DAGE, Unicomp, SEC and Viscom

Test result, void %, solder-joint analysis, inspection image and NG data

06

Reflow Oven

Heller, Rehm, BTU, Vitronics Soltec and ERSA

Temperature profile, conveyor speed, zone temperature, oxygen, alarms and recipe

04 · CORE CAPABILITIES

A governed automation loop—from data acquisition to machine execution.

01

Millisecond real-time acquisition

Combine event-driven and periodic collection for equipment state, process parameters, recipes, alarms, logs, product data, cycle, OEE, energy and environment.

02

Recipe lifecycle management

Download, upload, verify, lock, approve, compare and version recipes, with automatic product-change dispatch.

03

Remote equipment control

Under governed permissions, execute Start, Stop, Reset, Pause, Resume, Program Download, Recipe Switch and Remote Command.

04

Unified equipment data model

Standardize Equipment, Line, Station, Product, Program, Recipe, Alarm, Event, Parameter and OEE objects.

Recipe management, remote control and equipment AI analytics
05 · RECIPE · CONTROL · AI

Put equipment data to work in decisions, control and continuous improvement.

Build on governed recipes and remote operations with equipment health, anomaly detection, process correlation and fault prediction—helping engineering teams understand issues and act sooner.

Anomaly detectionDetect state and parameter deviationOEE analysisLocate availability and performance lossEquipment healthQuantify health trends and riskProcess optimizationRelate parameters to outcomesFault predictionIdentify downtime risk earlierRoot-cause analysisConnect alarms, process and quality
INDUSTRIAL AI QUESTIONS

Why did UPH fall today? · Which line is constraining output? · Why did AOI NG suddenly increase?

06 · PLATFORM VALUE

Lower integration cost, transparent equipment operations and a stronger data foundation for intelligent manufacturing.

01

Open connectivity

Unify multi-vendor, multi-protocol equipment

02

Fast implementation

Reuse drivers, models and industry templates

03

High reliability

7×24 operation, reconnect, recovery and monitoring

04

Unified data

Standard data for MOM, BI, AI and digital twins

05

Industry practice

SMT, semiconductor, PV, new energy, automotive electronics and PCB

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Start with one machine. Scale to a connected, intelligent factory.

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