Loading Industrial Scene...

Where Code
Controls Reality

Step beyond web frameworks into the future of industrial automation. Your software skills can revolutionize manufacturing, robotics, and the physical world.

Why Industrial Tech?

Transform from building apps to building the future. Your code doesn't just run in browsers—it controls robots, optimizes factories, and shapes the physical world.

Real-World Impact

Your code directly controls physical systems, moving from digital interfaces to tangible results that change how things are made.

Cutting-Edge Tech

Work with IoT, edge computing, real-time systems, and digital twins—the most advanced technologies in industry.

High Autonomy

Lead technical decisions, architect systems, and solve complex problems with minimal bureaucracy and maximum engineering freedom.

From Abstract to Physical

Stop building another CRUD app. Start building systems where your algorithms control robotic arms, your data structures optimize supply chains, and your code directly impacts the physical world.

PLC Programming meets Modern Software Engineering
SCADA Systems using Web Technologies
Industrial IoT using modern libraries and Real-time Data
Digital Twins using 3D Graphics and Open Source Technologies
Real Industrial Automation
Where your code controls reality
(* IEC 61131-3 Structured Text *)
PROGRAM ConveyorMerge
VAR
ConveyorA_Speed : REAL := 1.5; (* m/s *)
ConveyorB_Speed : REAL := 1.2; (* m/s *)
PartDetectorA : BOOL;
PartDetectorB : BOOL;
AllowMerge : BOOL := FALSE;
END_VAR
IF PartDetectorA AND NOT PartDetectorB THEN
AllowMerge := TRUE;
ConveyorA_Speed := 2.0; (* Accelerate *)
ELSIF PartDetectorB THEN
ConveyorA_Speed := 0.8; (* Wait for merge *)
END_IF;
✓ PLC Program Executed
Conveyor A: 2.0 m/s, AllowMerge: TRUE, Parts flowing smoothly
Our Vision

Engineering Excellence

To create the most intellectually stimulating environment for optimistic engineers, granting them autonomy to act decisively, ensuring impactful and innovative automation solutions.

Real-time Control Systems

MQTT Industrial Messaging

Topic: factory/line1/sensor/temperature { "deviceId": "TMP-001", "timestamp": 1704712800000, "temperature": 78.5, "unit": "celsius", "status": "normal" }
Temperature sensor publishing real-time data via MQTT
input
Topic: factory/plc/station1/status { "plcId": "PLC-SIEMENS-01", "cycleTime": 45, "ioStatus": "healthy", "activeProgram": "MAIN_CYCLE", "errorCode": null }
PLC publishing operational status and cycle information
processing
Topic: factory/alarms/critical { "alarmId": "ALM-TEMP-001", "severity": "HIGH", "message": "Temperature threshold exceeded", "source": "TMP-001", "value": 85.2, "threshold": 80.0 }
Critical alarm data sent when temperature exceeds safety limits
decision
MQTT Industrial Communication
These examples show real MQTT payload data from industrial systems, featuring hierarchical topic structures, standardized JSON formats, and telemetry data for sensors, PLCs, and alarms in manufacturing environments.

Our Core Values

Project needs come first

Intellectual Stimulation

Complex technical challenges that push the boundaries of engineering excellence.

Engineering Autonomy

Freedom to make decisive technical decisions and architect innovative solutions.

Engineering Excellence in Action
Where innovation meets expertise
0
Successful Projects
Launched across multiple industries
0
Fortune 500 Companies
Trusted by industry leaders worldwide
0
Countries
Global offices serving international clients

Ready to Build the Future?

Join a team where your code doesn't just run in browsers—it runs factories, controls robots, and shapes the physical world around us.