Duyuru • May 06
Supcon Showcases the Path to Autonomous Operations with Software-Defined Controls, Large Industrial Ai Models and Agentic Ai Platforms SUPCON, a global leader in industrial automation and AI, demonstrated how the process industry can move beyond simple data analysis to real-time and autonomous execution. By unveiling its latest advancements in Agentic AI and software-defined automation, SUPCON provided a tangible roadmap for the transition to fully autonomous operating plants. A central theme of the showcase was bridging the industry's "execution gap". SUPCON's integrated solution featuring the Universal Control System (UCS), Time-series Pre-trained Transformer (TPT2), and UNS-based IIOT Data Platform (Tier0), enables industrial plants to not only analyze information but to execute closed-loop optimization in real time. Through a series of technical keynote sessions, SUPCON reframed autonomy not as a single hardware upgrade, but as a strategic operating model designed to empower the modern workforce. Real-time Field Intelligence (Smart Field Instrumentation & Ethernet-APL): Moving beyond legacy protocols like HART, SUPCON showcased how Ethernet-APL brings high-speed connectivity directly to the field, turning passive instruments into active sources of real-time intelligence. Building the Unified Namespace (Tier0): To eliminate the "integration tax," SUPCON introduced Tier0, a UNS-based platform using MQTT pub/sub and semantic structures to create a shared, event-driven data layer that prevents vendor lock-in and unifies fragmented systems. Agentic Application Development (AppBuilder): The Tier0 AppBuilder demonstrated how factory teams can build industrial applications up to 10x faster using natural language and domain-aware agents, moving from costly customization to rapid, user-centric creation. The Autonomous Workforce (Robotics & AI): By utilizing autonomous robots as "mobile sensors" for hazardous tasks like leak detection, SUPCON proved that technology isn't about replacing humans, but about liberating engineers for high-value creative problem-solving and strategic oversight. Software-Defined Controls: The Universal Control System (UCS) represents a new era of efficiency. By revolutionizing traditional controls architecture, it reduces physical footprints and cabling by up to 90%, directly helping partners meet carbon neutrality goals without sacrificing productivity. Time-Series Pre-Trained Transformers (TPT): Unlike standard Large Language Models, the TPT is purpose-built for industrial time-series data. It consolidates fragmented use cases like equipment health forecasting and bottleneck analysis into a single AI layer for faster scaling. Autonomous Operating Plants (AOP): SUPCON framed "Zero-Touch Operations" not as a single hardware upgrade, but as a total strategic transformation. Addressing the "hidden" barriers of fragmented data and multi-OEM complexity, Autonomous Operating Plants (AOP) are achievable when open architectures and next-generation control systems are designed as a unified foundation from the outset. Self-Optimizing Plants via Closed-Loop AIO: SUPCON introduced Artificial Intelligence Optimization (AIO) as a revolutionary step beyond traditional DCS and APC systems. By enabling AI to learn from real-time plant data and feed optimized decisions back into control systems autonomously. This closed-loop approach serves as a practical pathway for manufacturers to optimize throughput, energy, and safety simultaneously without manual intervention. By connecting smart field instrumentation, open data platforms, and software-defined control, SUPCON is providing the industry with a practical blueprint for safer, more resilient, and self-optimizing plants. The vision presented at Hannover Messe 2026 establishes that autonomous operations are achievable when open architectures and next-generation intelligence are designed as a unified foundation. Duyuru • Apr 21
Supcon Technology Co.,Ltd, Annual General Meeting, May 11, 2026 Supcon Technology Co.,Ltd, Annual General Meeting, May 11, 2026, at 14:00 China Standard Time. Location: No. 309, Liuhe Road, Binjiang District, Hangzhou, Zhejiang China Duyuru • Apr 14
SUPCON Showcases Next-Generation Technologies Empowering Autonomous Operating Plants At Hannover Messe 2026 SUPCON announced it will showcase next-generation technologies empowering autonomous operating plants at Hannover Messe 2026, including Advanced Physical Layer (APL) instrumentation, Online Analyzers, Software-defined control systems, Unified Namespace (UNS) data platform, and Industrial AI large models. SUPCON's Universal Control System (UCS) is a next-generation, software-defined control system that decouples control functions from proprietary hardware. By eliminating traditional control cabinets and leveraging cloud-native architecture, UCS reduces physical footprint while enhancing system flexibility, scalability, and readiness for autonomous operations. SUPCON's TPT2 (Time-series Pre-trained Transformer) is a large-scale industrial AI platform designed to understand and model complex time-series process data. By enabling closed-loop AI optimization (AIO), TPT2 allows plants to analyze, predict, and autonomously execute operational decisions in real time. SUPCON's Tier0 platform is a cloud-native industrial data platform built on a Unified Namespace (UNS) architecture. It enables seamless data integration, contextualization, and application development, allowing organizations to transform fragmented data sources into scalable, reusable industrial applications with reduced integration complexity. SUPCON's APL solutions harness Ethernet-APL to deliver high-speed, reliable, and intrinsically safe communication from field devices to control systems. This foundational connectivity enables real-time data access, supporting advanced applications such as predictive analytics and digital twins. SUPCON's industrial robotics solutions are designed to augment plant operations with autonomous capabilities. By combining mobile robotics, advanced sensing, and a centralized robot management platform, these solutions enable real-time inspection, monitoring, and intervention, forming a key component of an autonomous workforce. Hobré intelligent analyzers deliver advanced, real-time gas analysis for the energy and chemical industries. Designed for high accuracy and reliability in harsh environments, these analyzers enable continuous measurement, supporting closed-loop optimization, faster decision-making, and improved process efficiency while minimizing reliance on manual sampling. Duyuru • Mar 30
Supcon Technology Co.,Ltd to Report Q1, 2026 Results on Apr 25, 2026 Supcon Technology Co.,Ltd announced that they will report Q1, 2026 results on Apr 25, 2026 Duyuru • Dec 26
Supcon Technology Co.,Ltd to Report Fiscal Year 2025 Results on Apr 21, 2026 Supcon Technology Co.,Ltd announced that they will report fiscal year 2025 results on Apr 21, 2026 Duyuru • Nov 08
Supcon Showcases Industrial Ai Leadership At Adipec, Driving Intelligent Transformation SUPCON is presenting its latest full-stack automation and autonomous operations technologies at ADIPEC 2025 in theAI Zone (Booth AI_S5), taking place from November 3 and 6 in Abu Dhabi. At this year's ADIPEC, SUPCON is demonstrating how its next-generation Industrial AI portfolio is empowering process and energy industries to operate safely, efficiently, and sustainably. Through practical innovations in software-defined control, intelligent data platforms, and advanced robotics, SUPCON is accelerating the shift from traditional automation toward truly autonomous operations. SUPCON is reinforcing its leadership in the industry by highlighting measurable customer outcomes, ranging from higher reliability and reduced energy consumption to lower operational costs and faster deployment cycles. The company is also underscoring its long-term commitment to the Middle East, providing local engineering support, training, and co-innovation to help both brownfield and greenfield facilities scale industrial AI adoption. Among the innovations featured are: UCS (Universal Control System) -- a software-defined, cloud-native control system that eliminates traditional DC cabinets and revolutionizes control system architectures. It simplifies deployment, reduces cabling, and enables secure, reliable and efficient operations through high-availability architecture and AI-powered optimization. TPT2 (Time-Series Pre-Trained Transformer 2) -- SUPCON's advanced Industrial AI engine pre-trained on over 10 trillion industry data points combines time-series forecasting capabilities through a transformer-based architecture with first principles modelling to deliver intelligent simulation and autonomous optimization. Its natural-language interface provides intuitive access for operators and engineers across roles, implementing with multiple agents through a Mixture of Experts (MoE) model. supOS (Tier 0 version) -- an open, UNS-based IIoT data platform serving as the foundation for real-time, semantically consistent industrial data flows and AI-generated applications. PLANTBOT Robot Solution -- an integrated robotic solution for inspection and patrol, covering wheeled, quadruped, and rail robots to improve site safety and operational resilience. PRIDE (Perception of All Readable Instruments, Devices and Equipment) -- an AI-based predictive maintenance solution ensuring continuous monitoring and intelligent health diagnostics for end-to-end equipment lifecycle management. Together, these offerings embody SUPCON's end-to-end Industrial AI framework, seamlessly connecting field data to enterprise intelligence through a unified, open, and secure architecture. Designed for both process and discrete control applications, the framework features reference designs for brownfield transformation and a clear roadmap toward intelligent autonomous operations. Leveraging a global delivery model that combines worldwide expertise with local engineering support, SUPCON enables rapid deployment, enhances operational efficiency, and accelerates time-to-value, reflecting the company's ongoing commitment to advancing industrial intelligence and innovation. 
