Search results for PLC Simulator

Kitaboo is a cloud-based digital publishing platform, where you can create, publish and distribute DRM protected content. It enables you to enhance your content with multiple interactive elements such as videos, audio, images, read aloud, simulations, gamification and more. Kitaboo is used by 6 million people from over 20 countries to access digital content in more than 25 languages. Kitaboo has processed and converted more than 20 million pages for top publishers across the world.

Stingrai simulates real-world hacker tactics to secure your organization. → Network Penetration Testing → Web and API Penetration Testing → Mock Phishing Security Assessment → Active Directory Security Assessment → Wi-Fi Security Assessment → Physical Perimeter Security Assessment Our innovative Penetration Testing as a Service (PTaaS) platform is provided complimentary with our security assessments which enables organizations to track vulnerabilities, seamlessly integrate with ticketing systems, and collaborate with our expert white-hat hackers to safeguard digital assets. Our team of experts are trained in the latest hacking techniques, certified (OSCP, CRTO, eWPTX, CISSP, CEH) and use this knowledge to simulate real-world attacks and test the effectiveness of your security measures. This approach allows us to identify and address vulnerabilities before they can be exploited by malicious actors.

SimPy is an open-source discrete-event simulation package based on Python.

Lanner WITNESS is a discrete event simulation platform for modelling processes and experimentation.

Altair Material Modeler (AMM is a sophisticated software solution designed to efficiently process raw material test data, generating accurate, simulation-ready material models for various bulk materials, including metals, plastics, rubbers, and foams. By streamlining the transformation of raw data into reliable material cards, AMM significantly reduces the time and costs associated with material data preparation, ensuring high-quality inputs for computer-aided engineering (CAE applications. Key Features and Functionality: - Streamlined Data Processing: AMM offers an intuitive workflow that integrates multiple mathematical models for curve fitting and extrapolation, simplifying the conversion of raw test data into usable material models. - Flexible Input Formats: The software supports importing material data from various formats, including Excel, CSV, DAT, and TXT files, facilitating seamless integration with existing data sources. - Material Data Validation: Built-in validation simulations allow users to verify material parameters and testing conditions, ensuring the accuracy and reliability of the generated material models. - Customizable Curve Operations: AMM enables the creation of strain-rate dependent curves, temperature-dependent elastic moduli, and the definition of failure criteria, providing detailed material modeling capabilities. - Ready-to-Use Material Cards: The software generates simulation-ready material cards compatible with both implicit and explicit solvers, supporting a wide range of multiphysics simulations. - Integration with Altair Material Data Center: Users can access an extensive material library and securely store refined data within a private organizational database, enhancing collaboration and data management. Primary Value and User Benefits: Altair Material Modeler addresses the challenges of time-consuming and inconsistent material data processing by providing a robust, automated solution that ensures high-quality, simulation-ready material models. By reducing the complexity and expertise required in material data preparation, AMM empowers engineers and material scientists to make informed decisions, accelerate the design process, and enhance the accuracy of simulations across various industries.

Smartcar is a developer-friendly API platform that enables applications to seamlessly integrate with connected vehicles across over 40 automotive brands. By providing standardized access to vehicle data and control functions, Smartcar empowers businesses to build innovative mobility solutions without the need for aftermarket hardware. Key Features and Functionality: - Comprehensive API Access: Retrieve real-time data such as vehicle location, odometer readings, fuel and battery levels, tire pressure, and engine oil life. - Vehicle Control Commands: Remotely lock and unlock vehicles, manage EV charging, and send destinations directly to a vehicle's navigation system. - Broad Compatibility: Support for over 40 vehicle brands, including electric, hybrid, and gasoline models, across more than 30 countries. - User-Friendly Integration: Utilize Smartcar Connect for a simple, OAuth2-based consent flow, allowing users to link their vehicles to applications in just a few clicks. - Developer Resources: Access extensive documentation, SDKs, and a Vehicle Test Simulator to streamline integration and testing processes. Primary Value and User Solutions: Smartcar addresses the complexities of integrating with diverse vehicle systems by offering a unified API that eliminates the need for multiple, brand-specific integrations. This simplifies development, reduces time to market, and allows businesses to focus on delivering value-added services to their customers. By providing direct access to OEM-grade data, Smartcar enables applications to offer features like real-time vehicle tracking, remote diagnostics, and efficient fleet management, enhancing user experiences and operational efficiency.

Tur.ai offers a platform as a service that allows enterprise organizations to automate and elevate customer operations with AI.

SAP Trade Management is a comprehensive solution designed to empower consumer products sales leaders to effectively manage trade promotions, customer business planning, and advanced trade analytics. By integrating these processes, the solution enables businesses to drive revenue, increase volume, and enhance profitability. It offers tools for improving sales planning and budgeting, optimizing customer business planning, strengthening promotion planning, and supporting execution and settlement processes. Key Features and Functionality: - Customer Planning and Optimization: Enhances base volume planning using building blocks, centralizes pricing and terms management, and enables customer margin planning and simulation. - Promotion Planning and Execution: Maximizes trade investment based on promotion timelines, tactics, and volume drivers; improves the efficiency of trade investment by optimizing fund allocations; and allows collaborative evaluation of current and future promotions by monitoring execution. - Advanced Trade Management Analytics: Provides real-time insights into trade operations, enabling data-driven decision-making and proactive management of trade activities. - Integration Capabilities: Seamlessly integrates volume, margin, assortment, promotion, and financial planning, ensuring a unified approach to trade management. Primary Value and Problem Solved: SAP Trade Management addresses the complexities of trade promotion planning and execution by providing an integrated platform that enhances visibility, enables dynamic planning, and supports end-to-end processes. It allows sales leaders to plan more accurately, identify and react to plan deviations swiftly, and drive price, volume, and margin toward company targets in real time. By combining manufacturer and retailer perspectives, the solution facilitates effective communication and negotiation with customers, ultimately leading to increased revenue, volume, and profitability.

PetraSim is a comprehensive graphical interface designed for the TOUGH2 family of simulators, facilitating the modeling of complex subsurface flow and heat transfer in porous and fractured media. Developed at Lawrence Berkeley National Laboratory, TOUGH2 is renowned for its robust simulation capabilities, addressing challenges such as geothermal systems, carbon sequestration, and multi-phase contaminant transport. PetraSim streamlines the modeling process by providing an interactive 3D environment that encompasses mesh generation, parameter definition, and result visualization, thereby reducing the complexity associated with TOUGH2's input and output files. Key Features and Functionality: - Integrated 3D Environment: Offers tools for mesh generation, parameter definition, and result visualization, enhancing the modeling workflow. - Support for Multiple Simulators: Includes executables for TOUGH2 , T2VOC, TMVOC, and TOUGHREACT , with support for newer versions like TOUGH3 and TOUGHREACT v3.32. - Versatile Application Range: Applicable to various subsurface flow problems, including geothermal reservoir studies, carbon sequestration, environmental remediation, and nuclear waste repository performance assessments. - Enhanced Usability: Simplifies the use of TOUGH2 by managing complex input and output files, allowing users to focus on model development. Primary Value and Problem Solving: PetraSim addresses the challenges associated with modeling subsurface fluid flow and heat transfer by providing an intuitive and integrated platform. It democratizes access to the powerful TOUGH2 simulators, enabling geoscientists and engineers to efficiently develop and analyze models for geothermal energy, carbon sequestration, and environmental remediation projects. By automating intricate processes and offering a user-friendly interface, PetraSim enhances productivity and accuracy in subsurface modeling endeavors.

The Business Plan Simulation Sand Table on SAC is a comprehensive digital platform designed to assist manufacturing enterprises in their digital transformation journey. By integrating advanced data analysis and simulation tools, it enables businesses to model, analyze, and optimize their operational strategies, thereby enhancing decision-making processes and overall efficiency. Key Features and Functionality: - Comprehensive Business Analysis: Offers in-depth insights into various business operations, including financial performance, supply chain management, and production processes. - Simulation and Forecasting: Provides tools for simulating different business scenarios and forecasting outcomes, allowing companies to anticipate challenges and plan accordingly. - Data Integration: Seamlessly integrates data from multiple sources, ensuring a holistic view of the enterprise's operations. - User-Friendly Interface: Features an intuitive interface that allows users to easily navigate and utilize the platform's capabilities without extensive technical knowledge. Primary Value and Solutions Provided: The platform addresses the common challenges faced by manufacturing enterprises, such as high operational costs, inefficient management practices, and lack of coordination among departments. By leveraging the Business Plan Simulation Sand Table on SAC, companies can: - Enhance Decision-Making: Utilize data-driven insights to make informed strategic decisions. - Optimize Operations: Identify inefficiencies and implement improvements to streamline processes. - Improve Collaboration: Foster better communication and coordination across various departments. - Drive Innovation: Encourage the adoption of new technologies and practices to stay competitive in the market. In summary, the Business Plan Simulation Sand Table on SAC serves as a vital tool for manufacturing enterprises aiming to modernize their operations, reduce costs, and achieve sustainable growth through digital transformation.

SimulationHub's Autonomous Valve CFD is a cloud-based application designed to simplify and automate the valve design process using advanced CFD simulations. It enables engineers to evaluate valve performance, pressure drop, flow coefficients, and more with minimal manual setup. The platform integrates automated workflows, providing quick and accurate insights for decision-making without requiring extensive CFD expertise. With powerful, easy-to-use tools, it helps companies optimize designs and reduce development time, all in a user-friendly cloud environment.

Salesably is an AI-driven sales training and readiness platform that helps teams practice the conversations that drive revenue. Reps can run simulated discovery calls, objection handling, product pitches, and scenario-based role-plays against realistic AI buyers. Managers get automated scoring, structured feedback, and visibility into skill gaps without adding more manual coaching work. The platform turns any sales playbook or product documentation into practice scenarios, quizzes, and graded simulations. Teams use Salesably to standardize messaging, reinforce product knowledge, and improve rep performance before customer interactions. Sales trainers, enablement leads, and frontline managers use it to scale coaching, certify reps, and ensure every seller is prepared for live calls.

Anthropos helps companies verify and develop soft and hard skills in real-life scenarios called AI Simulations. Our platform allows organizations to screen candidates and train employees 10x faster by simulating realistic workplace situations—from coding projects and architectural reviews to sales calls and leadership challenges. Unlike traditional multiple-choice tests or passive video courses, Anthropos uses immersive AI interactions to assess how people actually apply their knowledge. Key benefits include: • Hiring: Save up to 80% of screening time and identify top performers without bias. • Workforce: Onboard employees faster and provide hands-on upskilling paths tailored to their gaps. Backed by top-tier VC firms, Anthropos combines a proprietary taxonomy of 60,000+ skills with advanced AI to make skills verification objective, scalable, and engaging.

iMerit is a leading multimodal AI solutions company providing high-quality data for predictive AI machine learning and RLHF for generative AI model fine-tuning. iMerit is unique in bringing together the required technology, talent and techniques to achieve successful AI into a single cohesive solution. The value iMerit provides results in the highest quality data, while providing greater efficiency and accuracy for taking your AI to production. iMerit has been providing AI solutions across computer vision and natural language processing for large enterprises for the past 10 years. With over 5,000 full time employees around the world and a supplemental workforce of domain specialists, this extensive knowledge and deep domain expertise is brought into every project. Predictive AI: Tools and services for data annotation, data labeling, data enrichment, synthetic data creation, edge case solutions, anomaly analysis, simulation and testing. Generative AI: Tools and services for model evaluation and fine tuning with domain specific experts. Such as - Prompt response generation, RLHF, model output QC, bias assessment, hallucination review, model bias evaluation, and red teaming. iMerit’s solution is powered by the iMerit Ango Hub platform, a versatile all-in-one platform for building data pipelines that combine automation with scalable human-in-loop (domain experts), to leverage human intelligence and oversight for high quality outputs. The platform brings together custom workflow design, model integrations, automation, bespoke tooling, human-in-loop engagement and pipeline analytics into a single platform. The platform is available in the Cloud and On-premise, in full service or SaaS only options. iMerit Ango Hub supports all data types, including image, text, video, audio, 3D point clouds and many more. These data types can be used as single asset types or in multimodal or sensor fusion scenarios. iMerit multimodal AI solutions enable AI/ML teams to be faster, more precise, and efficient in their product development.

Articos is an AI-powered user research and usability testing platform that provides human-like insights in minutes. Teams use Articos to validate concepts, test UX flows, evaluate landing pages, refine messaging, and understand buyer behavior without recruiting participants or scheduling sessions. The platform simulates research sessions with high-fidelity synthetic users modeled on real buyer roles and behaviors. Articos runs multiple interviews in parallel, conducts structured probes, and generates synthesized insights that help product, UX, and marketing teams make evidence-based decisions at any stage of the product or campaign lifecycle. Articos supports a wide range of research workflows, including user interviews, problem validation, usability testing, messaging and concept testing, ICP analysis, and early-stage product discovery. With built-in research best practices and guided test setup, teams can generate actionable insights on demand, helping them iterate faster, improve user experience, reduce assumptions, and ship with more confidence. Typical use cases include: User research: synthetic user interviews, persona-driven insights Usability testing: flow testing, prototype evaluation, task clarity checks UX research: friction detection, behavior understanding, user journey insights Product validation: problem validation, feature direction, value proposition testing Conversion research: landing page analysis, messaging, and CTA evaluation Marketing research: concept testing, audience clarity, ICP insights Articos is used by product teams, UX designers, researchers, agencies, growth teams, and founders who need rapid, research-backed clarity without traditional research constraints.

OpenAEV, developed by Filigran, is an open-source Breach and Attack Simulation platform designed to help organizations plan, schedule, and conduct cyber adversary simulation campaigns and tests. By simulating real-world attack scenarios, OpenAEV enables organizations to assess and enhance their security posture, ensuring effective responses during actual incidents. Key Features and Functionality: - Realistic Attack Simulations: Utilizes the MITRE ATT&CK framework to build both simple and complex attack scenarios, reflecting probable attack tactics. - Threat-Informed Defense: Integrates with OpenCTI, Filigran's threat intelligence platform, to incorporate prioritized threat intelligence into simulations. - Comprehensive Readiness Assessment: Evaluates technical, human, and business risks to provide a holistic view of an organization's security posture. - Flexible Scenario Creation: Offers adaptable, role-based table-top exercises with an interactive interface, allowing for tailored simulations. - Data-Driven Validation: Executes recurring scenarios to assess team responses and track performance improvements over time. - Extensive Integrations: Supports diverse integrations, including network mapper injectors and collectors that interface with security platforms like EDR and XDR. Primary Value and Problem Solved: OpenAEV addresses the critical need for proactive cybersecurity measures by enabling organizations to anticipate and neutralize cyber threats before they materialize. By continuously assessing and validating exposures in the attack surface through Adversarial Exposure Validation , OpenAEV helps organizations improve their security posture, enhance team dynamics, and establish risk-based employee profiles. This proactive approach ensures that both technical systems and human resources are prepared to effectively respond to cyber incidents, thereby reducing potential damages and improving overall resilience.

PFLB is an AI-powered load testing platform where you can simulate massive traffic to your websites, and applications. It’s easy to use and super helpful for teams that want to ensure their product is ready to scale.

SynergyXR is a powerful no-code platform that helps enterprise companies communicate, collaborate and connect in extended reality (XR) - such as augmented and virtual reality (AR & VR). You can upload content (e.g. 3D models, images, videos) to the cloud and access them using a range of AR, VR and MR devices as well as PC and mobile. SynergyXR offers solutions for various use cases such as virtual technical training, virtual showrooms, virtual onboarding, virtual sales meetings and more. SynergyXR is trusted by clients such as Isover, MAKEEN Energy, Stibo, Grundfos and Vikan to help achieve their goals with XR technology.

AWS SimSpace Weaver is a fully managed compute service designed to help users build and operate large-scale spatial simulations in the cloud. It enables the creation of complex, dynamic 3D environments with millions of interacting entities, such as vehicles, people, and devices, all in real time. By distributing simulation workloads across multiple Amazon EC2 instances, SimSpace Weaver allows for the modeling of expansive scenarios like city-scale traffic patterns, crowd movements, and immersive training environments. This service abstracts the complexities of infrastructure management, including provisioning, networking, and data synchronization, allowing developers to focus on simulation logic and content creation. Additionally, SimSpace Weaver integrates seamlessly with popular development tools like Unreal Engine and Unity, facilitating a streamlined development process. However, it's important to note that AWS has announced the discontinuation of support for SimSpace Weaver, effective May 20, 2026. After this date, the service will no longer be accessible. Key Features: - Managed Infrastructure: Automatically handles the deployment and management of simulation infrastructure, scaling across multiple Amazon EC2 instances without user intervention. - Spatial Partitioning: Divides the simulation world into discrete areas, each managed by a dedicated application, enabling efficient handling of large-scale environments. - Cross-Instance Data Replication: Maintains global state awareness of all simulated entities, ensuring seamless interaction and movement across different simulation areas. - Integration with Development Tools: Offers built-in support for Unreal Engine 5 and Unity, allowing developers to leverage existing tools and assets in their simulations. - Local Development Environment: Provides a local environment for testing and iterating simulations on personal hardware before scaling in the cloud, using consistent APIs for easy transition. Primary Value and Solutions: AWS SimSpace Weaver addresses the challenges of creating and managing large-scale spatial simulations by providing a scalable, managed infrastructure that simplifies the development process. It enables organizations to model complex, real-world scenarios—such as urban planning, emergency response, and large event management—without the need for extensive hardware investments or infrastructure management. By facilitating real-time interactions among millions of entities, SimSpace Weaver allows users to gain valuable insights, perform immersive training, and make informed decisions based on simulated outcomes. The service's integration with popular development tools and its local development environment further streamline the simulation creation process, making it accessible and efficient for developers.

Altair Flux is a comprehensive simulation software designed to optimize the performance, efficiency, size, weight, and cost of electromechanical equipment such as motors, sensors, and actuators. With over 35 years of industry leadership, Flux provides precise modeling of magneto-static, steady-state, and transient conditions, along with electrical and thermal properties. Its user-friendly interface and advanced simulation capabilities enable designers to develop high-performance products more efficiently, reducing the need for physical prototypes. Seamlessly integrated with the Altair HyperWorks multiphysics optimization platform, Flux facilitates the evaluation of dynamic interactions within subsystems, streamlining the entire design process. Key Features and Functionality: - Efficient Geometry Description and Meshing: Accelerates pre-processing with tools like sketcher, modeler, defeaturing functions, dedicated e-Motor environment, and smart auto-adaptive mesh, supporting 2D, skew, and 3D designs. - Advanced Physical Properties: Offers embedded models for magnetic, electric, and thermal analyses, including static, steady-state AC, and transient conditions, along with complex electrical circuit editing and rigid body motion capabilities for real-life predictions. - Powerful Modeling Techniques: Provides solutions for fast and accurate analysis, including non-meshed coils, non-linear anisotropic material behavior, hysteresis, and skin and proximity loss in windings. - Fast and Robust Solvers: Utilizes multiple linear and non-linear solvers, enhanced by efficient optimization methods and high-performance computing , to explore new layouts and perform multiparametric studies. - Comprehensive Post-Processing: Features a versatile postprocessor for analyzing and reporting results from multiparametric solving, including potential, flux density, temperature, electric and magnetic fields, and mechanical quantities. - Seamless Multiphysics Optimization: Integrates various physics into a single optimization loop, sharing models, design variables, and mesh, and automating the process to provide a comprehensive view of complex phenomena. Primary Value and User Solutions: Altair Flux empowers engineers and designers to develop innovative and high-performance electromechanical products by accurately simulating complex electromagnetic and thermal phenomena. By reducing reliance on physical prototypes, Flux accelerates the design process, minimizes development costs, and enhances product reliability. Its integration with the HyperWorks platform enables a holistic approach to multiphysics optimization, ensuring that all aspects of a product's performance are considered. This comprehensive capability allows users to address challenges related to efficiency, size, weight, and cost, ultimately delivering superior products to the market.