We are a consulting firm, provides end-to-end industrial automation and IoT solutions tailored for modern manufacturing, process plants, and smart embedded systems. Our expertise spans PLC programming, SCADA system integration, DCS engineering, and custom embedded IoT device development.
CEO FORGEON
Design, programming, and commissioning of PLC systems for industrial automation.
Supervisory control, monitoring dashboards, and real-time dataacquisition.
Advanced distributed control systems for large-scale process industries.
Custom IoT hardware, firmware, cloud integration, and remote monitoring solutions.
A large FMCG packaging plant suffered from frequent stoppages and inconsistent product sealing quality. The root cause analysis showed outdated PLC logic, slow scan cycles, and poorly tuned timers causing actuator misalignment. Our engineering team redesigned the PLC program using Siemens S7-1500, implemented optimized sequence controls, added real-time interlock validation, and introduced automated rejection logic for defective packaging. We also integrated high-speed counters and improved sensor filtering algorithms. As a result, line uptime improved by 28%, sealing defects dropped by 40%, and operators gained clearer diagnostics on HMI screens.
A large automotive manufacturer struggled with inconsistent cycletimes and unexpected machine stoppages across their assembly line. After a detailed audit, our engineering team redesigned the PLC logic using Siemens TIA Portal and added enhanced fault-detection sequences. We optimized sensor alignment, refined I/O handling, and introduced predictive maintenance algorithms based on operational patterns. The result was a significant reduction in unplanned downtime, more stable cycle times, and improved throughput.
A municipal water authority operated multiple treatment facilities with no unified monitoring system, leading to slow response times during failures. We deployed a robust SCADA platform with real-time dashboards, remote alarm notifications, and historical trend logging. Operators gained complete visibility across pumps, tanks, and chemical dosing systems, enabling proactive maintenance. This modernization reduced on-site visits by over 50% and improved regulatory compliance through
audit-ready reporting.
A utility company struggled to manage multiple remote pumping stations that had no central monitoring platform. Breakdowns were discovered late, after customers reported low water pressure. We deployed a modern SCADA platform with OPC-UA integration, secure VPN access, real-time GIS mapping, live pump performance dashboards, alarm escalation workflows, and
6-month historical trending. The new system enabled operators to view pump efficiency, motor temperature, and flow rates instantly, reducing downtimeby35% and improving scheduling for predictive maintenance.
A petrochemical refinery faced fluctuating output purity in its key distillation column. Operators were manually adjusting valve positions due to unstable temperature and pressure control. We implemented a complete DCS upgrade using Emerson DeltaV, engineered advanced cascade and feed-forward control loops, introduced real-time analytics for column differential temperature profiles, and enhanced alarm rationalization. The result was stable column operation, a 12% increase in product consistency, and significantly reduced operator intervention, enabling more efficient
production planning.
A combined-cycle power plant struggled with unstable boiler
combustion due to inconsistent air–fuel ratios and fluctuating fuel quality. Operators were frequently required to intervene manually, especially during peak load operations, and emissions (particularlyNOx) frequently spiked above compliance limits. We implemented a comprehensive DCS upgrade using Honeywell Experion, redesigning the combustion control strategy with adaptive tuning capable of adjusting to variations in fuel calorific value. We added O₂ trim control using flue gas analyzers, installed redundant optical flame scanners, automated furnace purge and ignition logic, and introduced real-time emission monitoring dashboards. The result was a 9% increase in thermal efficiency, significantly improved flame stability, a major reduction in manual interventions, and full compliance with emission regulations. Maintenance intervals increased as boiler stress and soot formation decreased.
An industrial equipment manufacturer needed constant visibility into the performance of machines installed across the country. We developed a custom IoT device featuring ARM Cortex-M controllers, vibration sensors, thermal profiling, and edge AI algorithms for early fault detection. The device communicated securely with a cloud dashboard using MQTT over TLS. Operators and service engineers received live status updates, predictive maintenance alerts, performance history, and recommended service actions. This reduced unexpected failures by 45% and extended machine lifecycle through condition-based servicing.
An equipment OEM needed real-time performance data from compressors installed at multiple customer locations. We designed a custom embedded IoT module integrating vibration sensors, temperature probes, and power monitoring. The system pushed live data to a secure cloud platform using MQTT, where machine learning algorithms detected early signs of failure. This solution helped end users reduce breakdown incidents by 40% and improved OEM serviceplanning through remote diagnostics.