Alternatives to INCA MPC

Epicor Connected Process Control provides a simple-to-use software solution that allows you to configure digital work instructions and enforce process control. It also ensures that operations are error-proof. Connect IoT devices to collect 100% time studies and process data, images and images at the task level. Real-time visibility and quality control on a new level! eFlex can handle any number of product variations or thousands of parts, whether you are a component-based or model-based manufacturer. Work instructions can be linked to Bill of Materials, ensuring that products are built correctly every time, even if changes are made during the process. Work instructions that are part a system that is advanced will automatically react to model and component variations and only display the right work instructions for what's currently being built at station.

Cybernetica offers Nonlinear Model Predictive Controller (NMPC) based upon mechanistic models. Cybernetica CENIT is a flexible software product that can address any industrial problem with optimal solutions. Multivariable optimal control, predictive control, intelligent feed forward, optimal constraint handling. Adaptive control via state and parameter estimation and feedback from indirect measurements through a process model. Nonlinear models can be used over larger operating ranges. Control of nonlinear processes can be improved. There is less need to perform step-response tests and there are better state and parameter estimates. Control of batch and semibatch processes, control over nonlinear processes that operate under varying conditions. Continuous processes require optimal grade transition. Safe control of exothermal process and control of unmeasured variables such as conversion rates, product quality, and other variables. Reduced energy consumption and carbon footprint

AVEVA APC is a model predictive advanced control system that improves process economics. Manufacturers are facing increasing overhead costs and reduced capital budgets in today's economic environment. They also face rising manufacturing and energy prices and fierce global competition. Comprehensive Advanced Process Control by AVEVA helps you solve complex manufacturing problems with state-of the-art automated control solutions that can extract maximum value out of your processes. It can increase production yield, quality, and reduce energy consumption. It can optimize manufacturing operations and provide the performance improvements that you need to improve your bottom-line. AVEVA APC is a comprehensive, predictive, advanced process control software that increases process profitability by improving quality, increasing throughput and reducing energy consumption. It utilizes state-of the-art technology to create automatic control systems capable of unlocking process potential.

Complex industrial processes make it difficult to be market-driven and profitable. Manufacturers need to adjust their production methods to offer a wider range of products with higher quality and shorter production runs. They must produce more, run more efficiently, and improve product quality within the limitations of their equipment. They must ensure maximum uptime, efficient transitions and less waste. Manufacturers are also being asked to reduce their environmental impact and comply with regulated emission limits. Rockwell Automation Pavilion8r Model Predictive Control technology (MPC) is an intelligence layer that sits on top of automation systems and continuously drives the plant to achieve multiple business goals, including cost reductions, decreased emissions, and production growth--all in real-time.

Deep learning combined with linear and nonlinear variables allows for more accurate and long-lasting APC models that cover a wider range of operations. Rapid controller deployment, continuous model improvements and simplified workflows enable engineers to improve ROI. Automate model building with AI. Controller tuning is simplified with step-by–step wizards that allow you to specify linear or nonlinear optimization goals. Increase controller uptime with real-time cloud KPIs that can be accessed, visualized and analysed. Energy and chemical companies must operate with greater agility in today's global economy to meet market demand and maximize their margins. Aspen DMC3 is a next generation digital technology that helps companies maintain a 2-5% increase in throughput, a 3-fold increase in yield, and a 10% reduction in energy use. Learn more about next-generation advanced control technology.

Closed-loop universal multivariable optimizer for Model Predictive Control's (MPC), performance and quality improvements. You can use Excel files from Aspen Tech or Honeywell RMPCT (Robust Model Predictive Control Technology), or Predict Pro (Emerson) to create and improve the correct models for each MV-CV pair. This new optimization technology is not dependent on step tests, as Honeywell and Aspen tech require. It works in the time domain, is compact and practical, and is easy to use. Model Predictive Controls can have dozens or hundreds of dynamic models. One or more of these models could be wrong. Bad (wrong), Model Predictive Control dynamic models produce a bias between the predicted signal (model prediction error), and the measured signal from the sensor. COLUMBO can help you improve Model Predictive Control models (MPC) with either closed-loop or open-loop data.

Produces like you are skilled at navigating the complexities of staying competitive. This is true across a range of industries, including pharmaceuticals, consumer packaged goods, food and beverage, mining, chemical, and chemical. It is crucial to keep up with technological advances in order to continue your digital transformation journey. Process system users, from the control room to board rooms, face the constant challenges of balancing productivity with budget and resource constraints. They also have to address evolving operational risks. PlantPAx distributed control systems (DCS) can help you meet these challenges and deliver real productivity gains across all areas of your plant. The system features positively impact the plant's lifecycle by ensuring that your plant-wide, scalable systems increase productivity, profitability, and reduce overall risk for operations.

Model Predictive control Toolbox™, which includes functions, an app, Simulink®, blocks, and references for the development of model predictive control (MPC), provides functions, an application, and Simulink®, blocks. The toolbox supports the creation of explicit, explicit, adaptive, gain-scheduled, and adaptive MPC for linear problems. Nonlinear problems can be solved by single- or multi-stage nonlinear MPC. The toolbox includes deployable optimization solvers, as well as the ability to create a custom solver. Closed-loop simulations can be used to evaluate controller performance in Simulink and MATLAB®. You can also use the MISRA C(r-)- and ISO 26262-compliant examples and blocks to automate driving. These blocks and examples are compatible with lane keep, path planning, following and adaptive cruise control applications. Design adaptive, gain-scheduled, or implicit MPC controllers that solve quadratic programming (QP). From an implicit design, generate an explicit MPC controller. For mixed-integer QP problems, use a discrete control set MPC.

MPCPy is a Python package which allows you to test and implement occupant-integrated models predictive control (MPC), for building systems. The package is focused on the use data-driven, simplified statistical or physical models to predict building performance and optimize control. Four modules provide object classes that allow you to import data, interact and validate models and control input. MPCPy is an integration platform. However, it relies upon third-party, free, open-source software packages to implement models, simulates, parameter estimation algorithms, optimization solvers, and other related tasks. This includes Python packages that can be used for data manipulation and scripting, as well as more advanced software packages for specific purposes. Modelica is the language specification that is used for optimization and modeling of physical systems.

Apromon is an online software tool that monitors the PID loop control performance of primary or advanced process control (APC) loops. Apromon can evaluate single loops, cascades, Advanced Process Control (APC), loops, and signals that have PV but no controller. Apromon can automatically convert flow controllers and temperature controllers into a single "grade", just like a professor giving a student a grade on a test or examination. 100 is the best performance, while 0 is the worst. It runs automatically every set period, so performance is always being calculated. It runs all the time and does not skip any period like competitor products.

DeltaV S-series Electronic Marshalling (CHARMs) allows you to land field cabling anywhere you want, regardless if you use any signal type or control strategy. The DeltaV™, Distributed Control System (DCS), is an automation system that simplifies operations and lowers project risks. The state-of the-art range of products and services improves plant performance and is easy to maintain and operate. The DeltaV DCS scales easily to meet your requirements, without adding complexity. The DeltaV system integrates with other systems, such as batch, advanced control, change management and engineering tools.

System 800xA is more than a DCS (Distributed Controller System), it's also an Electrical control system, a Safety system, a collaboration enabler, and has the ability to improve engineering efficiency, operator performance and asset utilization. ABB Ability System 800xA, which has an integrated electrical control system, allows you to control the entire electrical system, including high-voltage switchgear and low-voltage motor controls. ABB Ability System 800xA can be used in conjunction with 800xA DCS. Connect to intelligent devices and reduce hardwired cabling for switchgear, regardless of the protocol. Digital communication is more reliable and can be used to improve the information flow between devices.

Pitops is the only software product to perform closed-loop system ID with PID controllers in Auto mode and secondary PID controllers within a Cascade mode. This allows Pitops to identify the PID controllers without the need to break the cascade chains or conduct additional, time-consuming and intrusive step tests. Pitops is the only competitor that can perform successful transfer function identification with data from PID controllers in Cascade modes (no other tool does this). Pitops can perform transfer function identification in the time domain, whereas other tools use the more complex Laplace (S), or Discrete(Z) domains. Pitops can handle multiple inputs simultaneously and identify multiple transfer function simultaneously. Pitops can identify multiple inputs in closed-loop transfer functions system identification in time domain using a breakthrough algorithm that Pitops has developed. This algorithm is far more powerful than the older methods like ARX/ARMA/Box or Jenkins, which are used in competitors tools.

Complete process control and safety integrity across the power and manufacturing industries. All power applications covered by one tool, including excitation, power conversion and static start. It is easy to use, with drag and drops, many-to-one, logic to HMI editing. The Mark* VIe Control System is built on GE's ControlST software suite. It provides a foundation for a wide variety of applications including safety integrity level monitoring and control of all types of turbine-generators, as well as protection of entire plants in all thermal, oil, gas, and solar applications. The ControlST software suite combines the best features of rotating machinery control and balance-of-plant management. It offers flexible tools with a common, time-coherent data set to simplify operation and lower lifecycle costs. It also supports the latest model-based technology derived from GE’s thermodynamic design models. This allows for the best performance, operability and reliability.

Automated variable selection allows you to identify key variables and their interactions. Insightful visualization of data & model dynamics. Execution of batch commands. SQL queries and data browsing. Pre & post-processing for creating variables, constraining outputs, etc. Models can be easily deployed using ActiveX (i.e. OCX) controls and DLLs. Regression, neural networks and self-organizing maps are all powerful modeling algorithms. Predictive Dynamix is a computational intelligence software that can be used for forecasting, prediction modeling, pattern recognition and classification, as well as optimization applications. It can be used in all industries. Modern neural network technology is a powerful computational structure that can solve difficult problems such as pattern recognition and forecasting. Multi-layer perceptron neural network architecture allows multiple coefficients for each input variable.

AutoPIPE is a powerful and comprehensive software tool that specializes in pipe stress analysis. With an intuitive modeling environment, advanced analysis capabilities, and a user-friendly interface, you can increase productivity and quality control. Interoperability with top plant design software ensures efficient workflows between structural engineers, pipe stress engineers, and CAD engineers. AutoPIPE features include advanced buried pipeline analysis, operational clash detection, wave loading and fluid transients. It also integrates with third-party applications like OpenPlant and AutoPLANT, PlantSpace and SmartPlant. AutoPIPE automatically determines optimal support locations for your design requirements. This is done without compromising safety or quality.

Expertune PlantTriage, a PID tuning software that has won numerous awards, was developed by a team of people with hundreds of years of experience in controls. It continuously monitors your plants to detect any issues. Expertune PlantTriage prioritizes information based on economic and technical factors. It helps to identify the root cause of problems and provides a complete set analysis tools to solve the problem. Monitor - Expertune PlantTriage monitors your processes 24 hours per day, 365 days per year. It detects problems as they arise in real-time Prioritize - Quickly identify loops that have the greatest impact on your business' profitability, production, reliability, quality, and profitability. Diagnose - The root cause finder uses Big Data to quickly identify the root cause for upsets Resolve – Active Model Capture Technology allows control loops to be automatically tuned to achieve the best performance. It simulates the exact response profile that you desire and finds the best tuning in minutes.

The CENTUM VP Distributed Control System is Yokogawa’s most advanced integrated process control system. It provides enhanced productivity and optimization across a wide variety of industries. The Yokogawa CENTUM DCS has been meeting the needs of businesses for over 40 years. It will continue to do so in the future as they reinvent themselves and incorporate new technologies like IoT. CENTUM VP is the most reliable distributed controller system. It ensures that your plant can operate without any shutdowns. CENTUM VP's availability has been proven to be better than "seven nines", (99.99999%). It delivers a downtime of less than one minute every ten years.

OPUS is a leading platform for industrial no-code AI that allows users to model equipment and processes. With OPUS you can benefit from: - Process optimization insights - Predictive maintenance - Lower power consumption - Increased productivity - Accurate forecasting - Increased asset reliability - Reduced maintenance costs - Improved planning - ESG reporting and carbon reduction insights Without programming or coding experience, existing teams can get insights from their data and predict future outcomes. Explore your asset's data deeper than ever before. Uncovering unexpected correlations. Root cause analysis can be done on individual components to help you focus your efforts. Automated AI predictive insights can help you plan interventions and make informed business decisions. With rapid deployment and AI model results within minutes of being built, you can unleash the power of your existing operational data and achieve real ROI, using your existing team of asset engineers, operators and maintenance managers. Optimize your entire facility, plant, or work site, discover the power of automated AI.

Modelon's OPTIMICA Compiler Toolkit is the most powerful Modelica-based mathematical engine available. It allows users to automate, simulate, and optimize system behavior throughout the model-based design process. OPTIMICA is the compiler for Modelon's Impact. It allows users to create multi-domain physical systems using thousands of model components. OPTIMICA's state of the art solvers enable evaluation of complex physical system - supporting both transient simulations and steady-state computations as well dynamic optimization. The sophisticated mathematical engine can simplify and manipulate models to improve performance and robustness. This engine is used in a variety of industries and applications, including automotive, active safety, energy and power plant optimization. Start-up optimization of thermal power plant is essential to meet the increasing demand for power regulation in today's energy market.

Earthtec uses cutting-edge sensor technology that taps into the regulatory and sensory systems of plants. The data is then translated and turned into intelligent automated irrigation via Adviroguard our proprietary analytic software. This is what we call a Plant to Irrigation process (P2i). It allows the plant to control irrigation and maximize its water requirements while minimizing stress. Plant-Triggered Irrigation has been shown to significantly improve the crop's water health. It optimizes crop production and reduces the environmental and financial consequences of over- or under-watering. Earthtec's ability tap into the plant's knowledge is the key to intelligent, real-time irrigation. Plants are dynamic, sensitive organisms that have evolved to compete for limited resources. They adapt to changing environmental cues by constantly assessing their surroundings.

Altair Compose allows you to do math calculations, manipulate, and visualize data, program, and debug scripts that can be used for repeated computations or process automation. Compose lets users perform a variety of math operations, including matrix manipulations and linear algebra, as well as signal processing, control systems and polynomial fitting and optimization.

The process industry is a complex one. Everything is connected and there are very few historical events. You never know what the next failure might be. Everything is monitored. Our software detects quality issues and failures in rotating or static equipment, as well as deviations in operation modes and process behavior. You don't need to waste your time with false alarms. Instead of hundreds of anomalies per day, we produce five actionable alerts per day. You can be notified about a failure up to 24 hours ahead of time. No more surprises in middle of the night. Proactive, planned maintenance saves money. Industrial assets require a different approach. Our predictive monitoring system automatically combines the expertise of your experts with machine learning. Your sensors and data are already in place. Your process engineer will only take two weeks to design the plant's structure, behavior, and then the software will be up and running in no time!

Unity is a state of the art Hybrid SCADA platform and real-time big-data platform for RES power plant operators. It integrates modern technologies and concepts to optimize all controllable assets, maximize capacity, speed, minimize latency, and maximize performance. The platform allows for monitoring, control, grid integration, and market integration for hybrid assets such as solar, wind and battery. This platform unlocks new revenue streams and creates value. Unity is centrally and locally deployed, and offers unrivalled flexibility and uniformity in the operation of RES-power plants. The local suite comprises the grid integration RTU, the Power Plant Controller, and the field and plant SCADA. This allows for extensive controls to ensure seamless grid integration and market participation. It also provides all the tools necessary for asset operation, performance evaluation, and optimization.

Experion®, Honeywell's proven Experion Process Knowledge System technology (PKS), has been used to create PlantCruise. It is designed to meet the control system requirements of a wide range of industrial applications. It offers a comprehensive platform with connectivity, advanced HMI tools and software-enabled options that deliver operational efficiencies and new business results. PlantCruise allows users to expand their business' scope to include process control and management, personnel and assets, and even integrate their resources. Experion's PlantCruise offers an integrated control package that uses state-of the-art technology and controllers. This allows seamless plant-wide control and better connectivity.

Proven software for modern plant design. AutoPLANT Modeller allows you to quickly create 3D process plant designs. AutoCAD-based software that integrates seamlessly to design piping, equipment, raceways, and other components. AutoPLANT Modeler's advanced 3D design tools and modeling will help you improve your plant design process. A comprehensive set of tools allows you to design intelligent piping and equipment. Industry-proven software increases collaboration among your project design team, saving you time and money. A single, streamlined application that offers comprehensive functionality includes building models and creating accurate isometrics will help you save time. By integrating with other Bentley data management and plant design applications, you can reduce the cost of project collaboration. ProjectWise integration supports data sharing between stakeholders and ensures information integrity.

AVEVA PRO/II™, Simulation is a steady state simulator that optimizes plant performance through process design, operational analysis, engineering studies, and improved process design. AVEVA PRO/II simulation optimizes plant performance through improved process design, operational analysis, and engineering studies. AVEVA PRO/II Simulation is designed to perform heat and material balance calculations for a wide variety chemical processes. For the most cost-effective operation, you can design new processes or evaluate alternative plant configurations. AVEVA PRO/II simulation is now available online with seamless maintenance, on-demand access, and flexible use. Our support team has over 15 years of combined experience. AVEVA PRO/II simulation optimizes plant performance through process design improvements and operational analysis. It also performs engineering studies.

Our modular process control system, Plant iT, has been successfully used in process plants for over 30 years. It combines automation, information, and control technology. Plant iT can control and monitor all aspects of your processes, including operating data acquisition, process controls technology, liquid handling, and batch systems. It also integrates ERP, LIMS, and maintenance systems. All basic Plant iT systems include a central engineering environment that includes a shared database and integrated parameterization interface. The modules can be combined with the basic systems to create the Plant iT system that best suits the industry and production method. ProLeiT GmbH has developed Plant iT, an object-oriented and PLC based process control system that includes integrated MES functionality.

Monitor machine and plant health and perform proactive maintenance to ensure maximum uptime, throughput, as well as optimal uptime. Analytics and Industrial IoT technology can be used to gain deeper insight into plant equipment and enable predictive maintenance. Monitor machine health to reduce production disruptions due to unexpected outages or machine failures. Predictive maintenance is a way to reduce the time required to diagnose and fix machine health issues. It also improves historical data traceability. Contextualize IT/OT data to link plant floor data with MES data, and support informed decision-making. Real-time data collection and analytics are used to analyze and compare machine performance and health, as well as to generate early notifications about potential disruptions to reduce overtime labor costs, emergency maintenance costs, and over P&L impact.

Automated post-processing such as 'hot-spot-extraction' reduces several hours of post-processing time to a matter of minutes. DEP MeshWorks allows for very effective design review. All hot-spots are merged in one model, which facilitates design improvements that make 'hot spots' disappear. DEP MeshWorks allows for weight optimization of the Yoke component in a construction equipment. Auto-parametrization technology converts meshed models in DEP MeshWorks into parametric CAE models, allowing for rapid design changes. The Associative Modeler in DEP MeshWorks quickly updates CAE models as CAD modifications occur, drastically reducing the time it takes to update models. Scaling and Morphing are used to generate standard and non-standard percentile human Body FE models.

EcoStruxure Foxboro DCS, an evolution of Foxboro Evo, is an innovative family fault-tolerant, highly accessible control components that consolidate critical information and raise staff capabilities to ensure plant operation. The embedded real-time accounting model allows for the measurement and control of each point in the process' financial value. The Foxboro DCS family is fault-tolerant and highly available components that collect, process, and disseminate valuable data to every corner. The Foxboro DCS is flexible and scalable, offering multiple controllers and I/O options. This allows for cost optimization, space optimization, and flexibility. Foxboro DCS has state-of the-art multi-purpose workstations and servers that are robust and versatile. They can be configured to cater to different plant environments and operating requirements.

Modern technology is required to ensure that plants using the TotalPlant™, Solution (TPS), system do not become obsolete. TPS was introduced in 1998 and has helped to establish open plant automation with many advanced applications. Its users now have to deal with compliance issues due to new safety regulations and increasing system support challenges. Experion LCN allows users to keep their existing control strategy, field terminations and applications, history, graphics, and graphics, allowing them to focus on high-value improvement. It minimizes operational disruptions, maintains consistency, and offers optional lifecycle benefits with virtualization. It also opens up the door to Honeywell's Industrial Internet of Things (IIoT), which connects people to assets, automates predictive analysis, and facilitates collaboration.

Stocked AI uses advanced neural networks machine learning algorithms to predict stock prices on a daily basis. This allows you to make confident and informed investment decisions based upon real data and advanced technology. Stocked AI's subscription-based pricing makes it affordable for a wide range, especially individual investors. Stocked AI is a cost-effective tool that allows you to make informed stock market investment decisions. To ensure accuracy, we use the mean squared error (MSE), to evaluate our predictions. A lower MSE score means that stock recommendations are more accurate. We will report the MSE score to you, allowing you to make informed investment decisions and secure financial future.

Instant availability and visualization big data, sales prediction, and opportunity prioritization. Based on demand prediction, optimization of the suggested assortment per point-of-sale. Artificial intelligence to generate insights, optimize prices and promotions. Automated and real-time monitoring prices and market promotions. Kuona is a technology that uses neural networks to generate predictions with over 97% accuracy. Iterations and scenarios are performed in millions of iterations. Kuona integrates data extraction (data assembly), to the final recommendation automatically. This includes the generation of visualization dashboards and the prioritization or sales prediction.

ShopVue is an established manufacturing execution software (MES). Forward-thinking manufacturers have relied upon ShopVue to optimize their operations for over 30 years. Leverage Industry4.0 on your shop floor. ShopVue's suite of tools will give you a bird's eye view of your manufacturing operations. It includes real-time reporting and paperless technology. You can take control of your plant floor labor data, and make production process improvement decision based on facts and not estimates. You can eliminate paper from your factory, which will reduce time and improve accuracy across all manufacturing operations. ShopVue tracks every step of the production line. This allows you to see mission-critical manufacturing data that keeps your plant humming. Connect directly to your machine controls to get 100% accurate status information and performance information.

Data is used to inform every aspect of a plant or facility. It is the basis for most operational processes, business decisions, and environmental events. This data is often blamed for failures, whether it's operator error, bad sensor, safety or environmental events or poor analytics. APERIO can help solve these problems. Data integrity is a critical element of Industry 4.0. It is the foundation on which more advanced applications such as predictive models and process optimization are built. APERIO DataWise provides reliable, trusted data. Automate the quality of PI data and digital twins at scale. Validated data is required across the enterprise in order to improve asset reliability. Empowering the operator to take better decisions. Detect threats to operational data in order to ensure operational resilience. Monitor & report sustainability metrics accurately.

Advanced image processing solution and real-time computer vision that uses advanced models of convolutional neuro networks. The product's top applications include building management, identity verification, fraud detection, manufacturing, and quality control. Winjit is a leading technology provider in India with more than ten years of experience in developing engineering solutions across all industries.

The I2M Platform, an acronym for Intelligence to Manufacturing, is an enterprise-grade Smart Manufacturing platform for controlling, managing and optimizing industrial plants. It was developed by DataBot Software Intelligence S/A, a Brazilian high-tech firm. Based on nearly 30 years of experience in industrial software, the framework is a structured, holistic way to extract actionable insight from process data to create business value. I2M Platform is the next generation of Manufacturing Operation Management. It integrates in one tool Advanced Analytics with Artificial Intelligence, Machine Learning, Industrial IoT Layer and Cyber Security. It creates a real-time loop that includes data acquisition and intelligence layer feedback. This is the base of the predictive engine.

Location Service APIs to solve routing problems for vehicles - Add logistical and geographical software components to your solution - Optimize routing & scheduling - Take control of all logistics processes in your supply chain - Increase profit margin and cost efficiency

Many times, support resources for process maintenance and other support services for plants in the process industry are located remotely. Rapid analysis and resolution are crucial to maintain productivity when dealing with a process issue. Experion Collaboration Station uses large-format, multitouch displays to connect business network and view-only control systems data. It quickly establishes communication between multi-disciplinary team members and allows them to collaborate, regardless of their location. All participants can share the same view and work simultaneously on the same documents or data using their desktop computers during a communication session. To maximize returns, benchmark best practices across global assets. You can turn data into actionable insights so you can benchmark best practice across global assets to optimize operations, predict failures, eliminate unplanned outages, and maximize returns.

It's time to set the benchmark with Deliforce’s high-end automation plans, real-time tracking, delivery route optimization and operation scaling systems. This platform provides a last-mile delivery platform that helps enterprises and operations achieve optimal logistics delivery. Businesses can increase their productivity, efficiency, customer experience, growth, and profitability through its extensive use. We have over 500 satisfied customers and strive to implement the best industry practices to create a dynamic platform. We are pioneers in transforming your business model to achieve the desired outcomes and goals. We are poised to set the standard for the next generation of delivery management systems. All processes are transparent from the beginning and ensure predictability.

MyDataModels' best-in-class predictive analytics model TADA allows professionals to use their Small Data to improve their business. It is a simple-to-use tool that is easy to set up. TADA is a predictive modeling tool that delivers fast and useful results. With our 40% faster automated data preparation, you can transform your time from days to just a few hours to create ad-hoc effective models. You can get results from your data without any programming or machine learning skills. Make your time more efficient with easy-to-understand models that are clear and understandable. You can quickly turn your data into insights on any platform and create automated models that are effective. TADA automates the process of creating predictive models. Our web-based pre-processing capabilities allow you to create and run machine learning models from any device or platform.

The Power Factors Drive platform is a cloud-based APM software solution for renewable assets. Drive provides owners, operators, asset managers and operators with tools to monitor, optimize, and manage the performance of renewable energy assets. This includes reporting, operations, technical asset management, and reporting. Drive Pro uses the Drive platform's data foundation to provide advanced analytic insights that connect stakeholders in all aspects of asset performance management, from plant design to predictive modelling to O&M. Our asset-centric enterprise asset management (EAM) system, Drive O&M, seamlessly integrates with the Drive platform, connecting operational events, maintenance history, and compliance/contractual requirements for each asset. Automated workflows, failure categorizations, and asset lifetime value increases can be achieved while streamlining O&M processes.

Transform your equipment data to competitive advantage. This technology is used on more than 1 million assets. The most advanced predictive operations technology is available to power your continuous improvement. The production environment of today is more complex and interconnected than ever before. Your plant floor generates an inordinate amount of data, from increasingly sophisticated PLC technology to the ever-expanding IIoT world. It can be difficult to distinguish the meaningful information from the noise when there is so much information coming in from business, supply chain, and financial systems. TwinThread enables you to transform data from any source into actionable and impactful positive results. Our predictive operations platform was built from the ground up to increase operational efficiency, reduce costs, improve consistency, and increase throughput. As bold as it sounds, our mission is to achieve 100% plant efficiency.

Digital transformation unlocks your assets' potential and empowers you with predictive maintenance (PdM), strategies. You can avoid costly failures and reduce downtime by looking ahead. This will allow you to focus on what's next. Our comprehensive Asset Performance Management (APM), software portfolio was created to address today's industrial challenges. It combines industrial big data, Cloud and artificial intelligence with digital twin and augmented reality. You can eliminate inefficiencies, optimize operations, improve profitability, and get better analysis.

Advanced cloud technology allows for user-friendly web, mobile and desktop applications. Galooli systems maximize energy utilization and allow remote control of energy sources via artificial intelligence. Our algorithms automate asset management by continuously integrating fixed and changing factors that impact energy consumption, such weather conditions and technical malfunctions. This dynamic control process integrates analysis of past assets and their performance in real time with predictive analytics modules. Galooli solutions make it easy to turn performance analysis into financial revenue. They assist customers in meeting regulatory constraints and meeting KPIs. They also leverage market conditions to increase profits. Galooli maximizes energy savings and supports its customers in their efforts to reduce fossil fuel consumption and reduce the carbon footprint of their assets.

ICIS Plant Energy offers a unique and unrivaled approach to Energy Management and Sustainability. Users can use real and virtual meters while leveraging their automation infrastructure. This is not only the most flexible and cost-effective way to meter and analyze, but also the most cost-effective. A Virtual Meter is a method of converting process control device characteristics into an Energy Consumption value. This is done using the design characteristics of each device. ICIS can virtually map the energy usage of devices and provide a detailed understanding of the energy flow in a facility without the need to add a hard meter. ICIS uses the automation system control data to create Virtual Energy maps. This allows for the creation of virtual energy maps for any facility without the need of any additional hardware or downtime.

GateControl (GC), was created to manage gate operations at a GMR-a case study. NudgeNext (NN) faced a challenge due to its large campus, high visitor density, frequent material movement, and large labour & employee counts. The gate management process was inefficient and disorganized, which could pose a risk to plant safety. NN introduced a process to fill in safety lapses from 2010 to 2011. It was called GC. GC has been able to unify all gate operations and make them more simple under one stable application. This goal is to bring smiles to the process. Today, GC is flexible, beautiful, and technologically advanced enough that it can be used in virtually every area that requires gate operation. NudgeNext is working to streamline gate operations while ensuring safety and productivity.

It is vital to analyze customer calls in order to generate revenue and lower costs. Infinity helps businesses sell more, streamline their operational processes, and optimize their marketing budgets. Infinity is a cloud-based call analytics platform that can be used to analyze customer calls and make sales decisions. It is an integral part of the technology stack in marketing, sales and contact centers. Advanced call tracking technology plays an important role in determining the true sentiment of customer conversations. Your customer engagement results will be significantly improved if you understand the context and feelings behind each call.

AI-powered smart manufacturing platforms Connect your people, assets and processes with AI to make your business smarter. Connect people, assets, systems, and software in a single ecosystem to ensure reliable execution, high-speed automaton, and the anticipation of events. SymphonyAI solutions are equipped with next-generation predictive and generational intelligence to reduce machine faults and downtimes, decrease maintenance costs, improve energy efficiency and optimize plant performance. SymphonyAI's Smart Manufacturing Platform translates data into actionable insight, giving you comprehensive real-time visibility of business and plant operations.