Machine
PLC · HMI · VFD · Servo
Local control and machine automationDS / INTEGRATED ENGINEERING
Integrated Industrial
Engineering Solutions
From power distribution and PLC control to motion, robotics, SCADA and industrial data, we engineer the plant control architecture as one integrated system.
EtherNet/IPPROFINETOPC UAMQTT4–20 mA
DS ROBOTİKINTEGRATED
ENGINEERINGCONTROL · POWER · MOTION · DATA
05DATASQL · Energy · Analytics04SCADA / HMIHistorian · Reporting03CONTROLPLC · I/O · Safety02AMOTIONServo · Robot02BPOWERMCC · VFDENGINEERINGCONTROL · POWER · MOTION · DATA
01FIELDSensor · Motor · Valve
INTEGRATED AUTOMATION ARCHITECTURE
One engineering architecture
from field to data.
We engineer power, control, motion, operations and data not as isolated services, but as connected layers of one plant architecture.
DS / INDUSTRIAL SYSTEM ARCHITECTURE
DATA / CONTROL BACKBONEEtherNet/IP · PROFINET · OPC UA · MQTT
05 / DATAIndustrial DataSQL · Energy · Edge · Analytics04 / OPERATIONSSCADA & HMIAlarm · Historian · Reporting03 / CONTROLIndustrial ControlPLC · Safety · Remote I/O · NetworkMOTIONServo & RoboticsMotion · SynchronizationPOWERMCC & DrivesDistribution · VFD · Motor Control01 / FIELD LEVELMotor · Sensor · Valve · InstrumentDI/DO · 4–20 mA · RTD · Encoder
LIFECYCLE / MODERNIZATIONLEGACY → ASSESS → MIGRATE → VALIDATE → OPERATELifecycle engineering across the complete architecture
SCALABLE ENGINEERING
From machine to plant,
one engineering logic.
We scale the control architecture with the project. From a standalone machine to centralized SCADA and multi-site data infrastructure, the same system logic expands with each layer.
MACHINELINEPLANTMULTI-SITE
Line
PLC/PAC · Distributed I/O · Motion
Line synchronization and production controlPlant
MCC · SCADA · Historian · Energy
Plant-wide operations and power architectureEnterprise
Central SCADA · SQL · MQTT · Analytics
Multi-site and centralized data visibilityCOMMON ENGINEERING BACKBONEControl standards · Network architecture · Cybersecurity boundaries · Data model · Lifecycle
ENGINEERING DISCIPLINES
One architecture.
Six engineering disciplines.
Each discipline is not a standalone service, but a layer of the operating plant architecture.
01 / CONTROL
Industrial Automation
Engineering and commissioning of PLC/PAC architectures, distributed I/O, industrial networks, interlocks and safety systems for machine and process control.
FIELD SIGNALS → I/O → PLC → PROCESS
02 / POWER
MCC & Drives
Electrical and mechanical system architecture for motor control centers, VFD systems, power distribution and automation panels.
Explore MCC engineering →POWER → PROTECTION → DRIVE → MOTOR
03 / MOTION
Motion & Robotics
Integration of servo axes, synchronized motion, electronic gearing/camming and robotic systems with PLCs and production lines.
PLC → MOTION → SERVO / ROBOT → MACHINE
04 / OPERATIONS
SCADA & HMI
From operator control to centralized supervision, we combine alarms, trends, historian, reporting and process visibility in one operations layer.
PLC DATA → HMI / SCADA → HISTORIAN → OPERATOR
05 / DATA
Industrial Digitalization
We move control-layer data into SQL, Edge, energy monitoring and analytics systems to turn plant data into usable information.
CONTROL DATA → EDGE → SQL → ANALYTICS
LIFECYCLE ENGINEERING
From the existing system
to a new architecture.
Modernization is not a single product replacement. We address PLC, I/O, drives, HMI/SCADA, networks and panel infrastructure together while managing production cutover.
Legacy PLC / I/O→Modern Control Platform
Legacy HMI / SCADA→Modern Operations
Old Drives / MCC→Current Power Architecture
SIGNAL & CONTROL FLOW
How does a signal
move through the plant?
Real engineering integration means the entire flow is traceable—from reading a field signal to the control decision, motion/power command and operations data.
Field
Pressure transmitter
4–20 mARemote I/O
Signal acquisition
EtherNet/IPControl
Interlock & control
Logic / SafetyPower / Motion
Motor or servo command
CIP Motion / NetworkOperations
Alarm · Trend · Operations
SCADA / HMIData
Historian · SQL · Analytics
OPC UA / MQTTPROJECT LIFECYCLE
How we deliver
a system.
A project workflow where engineering decisions remain traceable from site analysis through SAT and lifecycle support.
01Site Analysis
02System Architecture
03Electrical Design
04PLC / SCADA Software
05Panel & Integration
06FAT
07SAT & Commissioning
08Lifecycle Support
PROJECT START
Building a new system,
or modernizing an existing plant?
Share the technical scope. We will evaluate the system starting from the process and plant architecture, not a product list.