Smart Factory Solutions
Industrial IoT, machine monitoring, production tracking, OEE monitoring, cloud dashboards and predictive maintenance.
Industrial Automation & Digital Transformation Solutions
Smart Factories. Connected Machines. Intelligent Operations.
We helps the manufacturers improve productivity, reduce downtime, optimize energy consumption, and automate dispensing and motion control systems through Industrial IoT, PLC automation and data analytics.
● ● ● SKARDUINO // LINE-01● LIVE
Line stateRUN
Shift output1,248
OEE contextLIVE
14:21:06 COUNT Station 04 cycle completed
14:21:11 QUALITY Batch record synchronized
14:21:18 ANDON Line status confirmed running
PLC / HMIMachine control and operator interfaces
SCADA / DashboardAlarms, trends, reports and visibility
App / API DevelopmentIndustrial apps and system integrations
Customized ProductsPurpose-built industrial solutions
Embedded SolutionsCustom controllers and firmware
PCB Test BenchValidation, testing and production support
ENGINEERED FOR INDUSTRY
Automation from the control panel to production intelligence.
Explore our PLC automation, MES and customized industrial electronics capabilities.
OUR SOLUTIONS
Industrial Automation, Special Purpose Machine, Barcode Automation & Customized MES.
Skarduino Labs delivers customized industrial solutions for new projects, machine retrofits and connected manufacturing operations.
Energy Intelligence
Energy meter integration, power quality monitoring, demand monitoring, utility reporting and analytics.
Pneumatic Motion Automation
Pneumatic cylinders, valve islands, FRL systems, motion sequencing, PLC integration and servo-pneumatic solutions.
MES — operations product
Real-time production monitoring, downtime analysis, digital Andon boards and quality-data collection.
Industrial Communications
Modbus RTU/TCP, MQTT, OPC UA and Ethernet/IP integration for dependable machine and system data.
Custom Electronics & Dispensing
Custom PCB design, embedded controller modules, signal conditioning, Modbus devices, retrofit boards and dispensing solutions.
MES PRODUCT
Manufacturing execution built on real machine and process knowledge.
MES is one Skarduino Labs product: a focused operations layer for production monitoring, downtime analysis, digital Andon boards and quality data collection.
- Machine and manual data in one operational timeline
- Local buffering for intermittent network conditions
- Role-based dashboards for operator, supervisor and management views
- On-premise, cloud-connected or hybrid deployment options
- PLC and safety systems remain authoritative for machine control
Bottom-to-top architectureLive data flow
05 Applications
MES
SCADA
Web App
Mobile App
04 Middleware
API
03 Edge computing
Edge Device
Network Computer
02 Field communication
RS485-RTU
RS232
Modbus TCP
OPC UA
01 Machine layer
PLC
HMI
IoT Gateway
03 // DELIVERY PATH
Start with a production problem, not a software module.
Each phase creates evidence for the next, reducing integration risk and preventing a plant-wide rollout before the data is trusted.
Map the process
Define decisions, losses, signals, users and required records.
Prove the data
Validate machine states and manual inputs on a bounded pilot.
Build the workflow
Release dashboards, Andon paths and quality records with users.
Standardize safely
Extend proven patterns across lines, utilities and sites.
04 // DEPLOYMENT PATTERNS
Designed around manufacturing reality.
Assembly line visibility
Cycle, station and quality context for multi-step assembly operations.
ESD and process records
Production-linked monitoring for controlled electronics environments.
Legacy machine retrofit
Practical production data capture without replacing serviceable assets.
TALK TO AN ENGINEER
What production decision is difficult today?
Share the line, machines, signals and reporting problem. Skarduino Labs can outline a practical discovery and pilot path.
INDUSTRIAL IOT FAQ
Industrial IoT data acquisition questions, answered.
Which protocols are used to collect data for Industrial IoT?
Industrial IoT systems commonly collect machine and process data using Modbus RTU, Modbus TCP, OPC UA, MQTT and Ethernet/IP. The right protocol depends on the PLC, field device, network architecture, update rate and cybersecurity requirements.
Can Industrial IoT data be stored on-premises or in the cloud?
Yes. Industrial data can be stored on-premises, in the cloud or in a hybrid architecture. The choice depends on availability, cybersecurity, latency, data ownership, retention and remote-access requirements.
Can a custom API be developed for industrial data acquisition?
Yes. A secure API can expose validated industrial data to MES, ERP, dashboards, analytics and other approved applications. The API design should include authentication, authorization, validation, logging and rate limits.
Can PLC-to-cloud communication be performed using an API?
Yes, usually through an industrial edge gateway or middleware service that reads approved PLC data and communicates securely with a cloud API. Direct PLC internet exposure should be avoided, and machine control and safety must remain local.