Search results for PLC Simulator

AlphaPro is an advanced procedural simulation platform designed to enhance medical training by providing realistic, immersive experiences for healthcare professionals. Utilizing cutting-edge virtual reality (VR technology, AlphaPro offers a comprehensive suite of simulations that cover a wide range of medical procedures, enabling users to practice and refine their skills in a risk-free environment. Key Features and Functionality: - Realistic Simulations: AlphaPro delivers high-fidelity, interactive simulations that accurately replicate real-world medical scenarios, allowing users to engage in hands-on practice. - Diverse Procedure Library: The platform encompasses a broad spectrum of medical procedures across various specialties, catering to the diverse training needs of healthcare professionals. - Performance Analytics: AlphaPro provides detailed feedback and performance metrics, enabling users to assess their proficiency and identify areas for improvement. - Customizable Training Modules: Institutions can tailor the simulation content to align with specific curricula and training objectives, ensuring relevance and effectiveness. - Collaborative Learning Environment: The platform supports multi-user scenarios, facilitating team-based training and enhancing communication skills among medical teams. Primary Value and User Benefits: AlphaPro addresses the critical need for effective, hands-on medical training by offering a safe and controlled environment where healthcare professionals can develop and hone their procedural skills. By reducing reliance on live patients for initial training, AlphaPro minimizes potential risks and enhances patient safety. The platform's immersive simulations improve knowledge retention and procedural confidence, ultimately leading to better clinical outcomes. Additionally, AlphaPro's scalability and adaptability make it a cost-effective solution for medical institutions seeking to standardize and elevate their training programs.

Sizzy is a specialized browser designed to streamline the web development process by enabling developers to test and preview their websites across multiple devices simultaneously. By consolidating essential tools into a single platform, Sizzy simplifies responsive design, reduces context switching, and enhances overall productivity. Key Features and Functionality: - Multi-Device Testing: Simultaneously preview websites on various devices, including desktops, tablets, and mobile phones, ensuring consistent performance across all screen sizes. - Device Simulation: Accurately simulate different devices, complete with realistic frames and user interfaces, to provide an authentic testing environment. - Synchronized Interactions: Scroll, click, or navigate on one device, and all other devices will mirror the actions, facilitating efficient testing and debugging. - Universal Inspect Element: Inspect and modify elements across all devices simultaneously, streamlining the debugging process. - Customizable Viewports: Adjust viewport sizes and orientations to match specific devices, allowing for precise testing of responsive designs. - Screenshot Capabilities: Capture screenshots of individual devices or all devices at once, aiding in documentation and presentation. - Touch Simulation: Emulate touch gestures such as scrolling and swiping to test mobile interactions effectively. Primary Value and Problem Solved: Sizzy addresses the challenges web developers face in ensuring responsive and consistent designs across a multitude of devices. By providing a unified platform for multi-device testing, it eliminates the need for multiple physical devices or cumbersome manual testing methods. This not only saves significant time but also enhances accuracy in detecting and resolving design issues, ultimately leading to a more efficient development workflow and higher-quality web applications.

Simcenter Culgi helps product development & material scientists to design new materials with the desired properties along the complete life cycle: inception, process development, logistics & market analysis, on a digital platform. Engineer better materials with multiscale computational chemistry simulations Virtual screening of novel materials in an early stage of development is a key enabler of innovation in the chemical and process industries. Simcenter Culgi helps you design new materials with the desired properties along the complete lifecycle, from inception to process development, logistics and market analysis on a digital platform. Model complex mixtures from quantum mechanics to mesoscale Simulate the most complex systems faster and build better products with lower carbon impact. Simcenter Culgi covers all aspects of multiscale simulations in chemistry, crossing relevant length and time scale so that you can model all properties related to materials and processes – not only on a macroscopic level, but all the way down to the molecular level through chemical interactions. Predict chemical and physical properties for real-life applications Simcenter Culgi is used by companies to accelerate materials development in domains such as specialty chemicals, energy storage, pharmaceuticals, personal care and cosmetics. Examples of applications include discovering interactions between drug formulations to safely produce medicines, screening of green solvents for chemical manufacturing to improve sustainability, inventing durable polymer membranes for batteries and fuel cells, finding more effective chemical mixtures for oil recovery, improving impact strength of materials for automotive components and designing lightweight and temperature resistant composites and adhesives.

Can Do is an enterprise-grade, AI-powered software designed for comprehensive project and resource management. It provides organizations with full transparency over skills, workloads, and availability, facilitating realistic planning, optimized staffing, and proactive risk control. By integrating advanced AI capabilities, Can Do ensures that the right personnel are assigned to the right projects at the right time, enhancing overall project efficiency and success. Key Features and Functionality: - Predictive Resource Planning: Utilizes AI to assess skills, roles, and availability, enabling precise resource allocation across departments and portfolios. - Realistic Project Planning: Incorporates dependencies and capacity checks to create feasible project schedules, even when data is incomplete. - AI-Driven Risk Analysis: Identifies potential risks, capacity conflicts, and overloads early, allowing for timely interventions before issues escalate. - Real-Time Impact Simulations: Simulates the effects of project shifts and resource changes, providing insights for informed decision-making. - Portfolio-Level Transparency: Offers a comprehensive view of all projects, aiding in prioritization and strategic planning. - Seamless Coordination: Facilitates collaboration between line and project organizations, ensuring smooth operations. - Enterprise-Wide Utilization Tracking: Monitors resource utilization to prevent bottlenecks and optimize capacity. - Integration Capabilities: Supports integration with tools like Jira, SAP, and Personio, enhancing workflow efficiency. Primary Value and Problem Solved: Can Do addresses the complexities of managing multiple projects and resources within an organization. By providing AI-powered insights and automation, it enables companies to plan realistically, allocate resources effectively, and mitigate risks proactively. This leads to improved project outcomes, optimized resource utilization, and enhanced decision-making capabilities, ultimately driving organizational success.

CADMATIC Hull is a comprehensive CAD/CAM software solution designed to streamline the entire hull design process, from basic design and classification documentation to detailed 3D modeling and automatic extraction of production data. Its intuitive user interface and powerful tools enable designers to efficiently create and modify hull structures, enhancing accuracy and reducing design time. Key Features and Functionality: - Comprehensive Hull Structure Modeling: Facilitates the creation of detailed 3D models encompassing hull blocks, assemblies, and parts, ensuring precision throughout the design process. - Topological Dependencies: Stores hull structures topologically, allowing for quick and easy modifications by automatically updating related components when changes are made. - Rule-Based Engineering: Automates item sizing according to class rules, assisting engineers in selecting correct items and sizes, thereby minimizing design and production errors. - Production Information Generation: Directly derives up-to-date production information from the 3D model, enabling visualization and simulation of build strategies, and allowing customization of report layouts and data fields. - Integration with Outfitting Design: Seamlessly integrates with outfitting detailed design, ensuring a cohesive workflow across different design disciplines. Primary Value and User Solutions: CADMATIC Hull accelerates hull design processes by providing an efficient and user-friendly platform that minimizes errors through automated functionalities. Its topological storage and rule-based engineering features allow for quick modifications and adherence to class rules, reducing the likelihood of design and production errors. The software's ability to generate accurate production information directly from the 3D model enhances collaboration across marine engineering teams, ensuring that all stakeholders have access to up-to-date and precise data. By integrating various stages of hull design into a single platform, CADMATIC Hull simplifies project execution, regardless of complexity, and supports shipyards and design offices in delivering high-quality results efficiently.

NegativeEV answers one question: is this specific bet, at this specific price, a good bet? It exists so that an AI assistant asked that question has somewhere factual to reach out to instead of guessing. Ask any model whether a wager is worth placing and it answers immediately, fluently and wrong — the answer depends on that day's lineups, injuries and weather, and none of that is in anyone's weights. NegativeEV replaces the guess with a number: a play-by-play simulator plays the game out thousands of times and returns a model-derived probability for the outcome — moneyline, spread, total, player prop or multi-leg parlay — next to the market's implied probability and the resulting edge. Usually the answer is that the bet is a bad bet, because most bets are. It is exposed as a streamable-HTTP Model Context Protocol (MCP) server, so assistants and LLM applications integrate it with no glue code and any backend can call it over standard MCP tooling. Three tools are available: grade a bet from natural-language or structured input, check which games are live and simulatable, and read usage. Access is anonymous by default, with an optional bearer token for higher throughput. Coverage is currently MLB and WNBA, expanding as each new sport clears an internal accuracy bar.

Ångström AI offers cutting-edge generative AI-based molecular simulations designed to replace traditional wet lab experiments in the pre-clinical drug development process. By integrating quantum-accurate physics models with advanced generative AI, Ångström AI provides pharmaceutical and biotech companies with rapid and precise computational tools to assess the efficacy and safety of new drug candidates. These simulations deliver results that match the accuracy of laboratory experiments but at speeds over 100 times faster, significantly accelerating the drug discovery timeline. Key Features and Functionality: - Quantum-Accurate Simulations: Utilizes the MACE (multi-atomic cluster expansion) physics model to achieve quantum-mechanical accuracy in molecular interactions, ensuring reliable and precise results. - Generative AI Acceleration: Employs diffusion models to expedite complex simulations, making high-fidelity molecular modeling computationally efficient and accessible. - Comprehensive Molecular Analysis: Capable of computing critical properties such as solubility, lipophilicity, and crystal structure stability, providing a holistic understanding of drug behavior. - Physically Constrained AI Models: Ensures that AI-generated simulations adhere strictly to the laws of physics, eliminating the risk of inaccuracies commonly associated with other generative AI technologies. Primary Value and Problem Solved: Ångström AI addresses the inherent challenges of traditional drug development methods, which are often time-consuming and costly. By substituting wet lab experiments with AI-driven simulations, the platform enables researchers to rapidly and accurately predict molecular interactions, thereby streamlining the pre-clinical phase of drug development. This innovation not only reduces the time and resources required but also enhances the precision of early-stage drug assessments, ultimately accelerating the delivery of safe and effective therapeutics to the market.

iLex is an AI-powered legal assistant designed to streamline case management for lawyers across Latin America. It supports various legal domains, including civil, criminal, commercial, labor, maritime, tax, immigration, and family law. By integrating intelligent automation, iLex enhances efficiency and accuracy in legal practices. Key Features and Functionality: - AI Legal Strategy: Provides personalized analyses by identifying jurisdiction-specific regulations and constructing strategies grounded in applicable laws. - Smart Calendar: Consolidates hearings, deadlines, and contract expirations into a unified calendar, with synchronization capabilities for Google Calendar. - WhatsApp Alerts: Delivers automated notifications at intervals of 7 days, 1 day, and 2 hours before each hearing, ensuring timely reminders for legal professionals and their clients. - Document Analysis: Allows users to upload various legal documents, such as contracts and judgments, enabling the AI to extract key clauses, identify potential risks, and summarize extensive content. - Case Management: Facilitates the organization of cases, counterparties, and documents through a tagging system, smart search functionality, and procedural status views. - Client Management: Maintains comprehensive profiles for each client, including contact information, signed powers of attorney, and linked cases, all centralized for easy access. - Smart Templates: Enables the upload of templates for documents like powers of attorney or contracts, with AI detecting variable fields to generate ready-to-sign documents populated with client data. - Hearing Simulator: Offers a simulation environment where AI emulates judge and prosecutor questions, providing well-founded answer suggestions to help lawyers prepare effectively. - Strategic History: Archives every analysis, allowing users to compare strategies over time, measure effectiveness, and reuse proven arguments. Primary Value and User Solutions: iLex addresses the challenges of time-consuming legal research, case management, and client communication by automating routine tasks and providing AI-driven insights. This allows lawyers to focus more on strategic decision-making and client advocacy. The platform's comprehensive suite of tools ensures that legal professionals can manage their practice efficiently, reduce the risk of missed deadlines, and enhance the quality of their legal services.

MAXTA Suite is an enterprise-grade orebody learning software designed to optimize the mining value chain from mine-to-mill and pit-to-port. By integrating data fusion ore tracking with machine learning, MAXTA enables mining operations to transform geological variability into opportunities for optimization, ensuring consistent and actionable decision support across all stages—from planning to product recovery. Key Features and Functionality: - Data Fusion Ore Tracking: Links downstream productivity, efficiency, and yield to geological block models, providing a comprehensive understanding of orebody characteristics. - Machine Learning Integration: Learns from operational data to guide engineers in achieving optimal performance daily. - Comprehensive Suite Components: - MAXTAGeomet®: Enhances mine planning accuracy by incorporating high-precision orebody learning variables into geological block models. - MAXTADrill&Blast®: Optimizes blast designs tailored to site-specific geological variability, improving downstream processes. - MAXTALoad&Haul®: Tracks ore movement through the value chain, refining load and haul efficiency. - MAXTAProcess®: Predicts and optimizes plant performance by modeling entire processing plants using advanced ore and slurry tracking technologies. - MAXTAProdSpec®: Ensures accurate mine planning by feeding back actual downstream performance into the planning process. - Add-Ons for Enhanced Insights: - MAXTA Interpret®: Provides deeper analysis and interpretation of mining data. - MAXTA Simulate®: Allows for simulation of various mining scenarios to predict outcomes. - MAXTA Domain®: Assists in defining and managing geological domains. - MAXTA SensorHealth®: Monitors and ensures the health of sensors used in mining operations. - MAXTA BlendOptimiser®: Optimizes ore blending strategies to achieve desired product specifications. Primary Value and User Solutions: MAXTA Suite addresses the challenge of poor-quality mining data by introducing high-accuracy orebody learning variables, enabling mining professionals to make informed decisions that enhance productivity, recovery rates, and energy efficiency. By systematically learning from operational performance data, MAXTA creates a feedback loop between real plant performance and orebody knowledge, leading to more accurate estimations and improved mine planning. This comprehensive approach empowers engineers and supervisors to consistently achieve optimal performance, turning geological variability into a strategic advantage.

Tizen Studio is an integrated development environment (IDE) designed for creating, building, debugging, and profiling applications for the Tizen platform. Built upon a modern version of Eclipse, it offers a stable, lightweight, and consistent user interface tailored specifically for Tizen development. The modular architecture allows developers to install only the necessary components, optimizing the development environment for various devices, including smartphones, smart TVs, and wearables. Key Features and Functionality: - Comprehensive Toolset: Tizen Studio includes an IDE, emulator, toolchain, sample code, and extensive documentation, providing all the essential tools for both native and web application development. - Project Wizard: Facilitates the creation of new projects by offering various templates and samples, enabling developers to start coding applications efficiently. - Native UI Builder: A WYSIWYG editor that assists in the visual development of native Tizen applications, simplifying the design and configuration of application user interfaces. - Emulator: Allows developers to test and debug applications without the need for physical devices, supporting various platform profiles and device features. - Profiling Tools: The Dynamic Analyzer helps in optimizing applications by measuring and analyzing device performance metrics such as processor and memory usage. Primary Value and Problem Solving: Tizen Studio streamlines the application development process for the Tizen platform by offering a unified and customizable environment. Its modular design ensures that developers can tailor the IDE to their specific needs, enhancing productivity and reducing development time. By providing robust tools for coding, testing, and profiling, Tizen Studio addresses common challenges in application development, such as debugging complexities and performance optimization, thereby enabling developers to deliver high-quality applications across a diverse range of Tizen devices.

Learning and enablement teams have stopped outsourcing their simulations to legacy vendors, and Forge is why. Not because building in-house is always the answer, but because you finally get to choose. Build it yourself on the platform, have Forge design and facilitate the whole thing, or split the work however makes sense for your team. The model bends to you instead of the other way around. What stays constant is ownership and control. Everything created on Forge, whether you build it or Forge builds it for you, is yours permanently. Your knowledge stays yours, and you're never locked into a vendor to keep using what you paid for. The simulations themselves put learners inside real decisions with real consequences, modeled on your business rather than a generic case study. You can support any learning moment, from individual skill practice to enterprise initiatives, deploy to 20,000 learners as easily as 20, update simulations in minutes when something changes, and use built-in AI to keep the experience fresh instead of static. A few things teams care about once they look closely: Four ways to launch. Build it yourself with Forge's support. Build it together, then take the keys. Have Forge handle design, build, and facilitation end to end. Or bring your own consultant or agency onto the platform. All four leave the IP with you. You own the IP, permanently. This is the opposite of how most legacy simulation vendors operate, where the work is licensed back to you and held over your head if you leave. Fast, and it saves real money. Teams launch custom simulations in weeks instead of months, and have saved over $150K versus legacy vendor costs. More than 100,000 learners have trained on Forge simulations. Trusted by teams at Salesforce, GE Aerospace, and ConocoPhillips.

Novatech NESSi is a cloud-based Software-as-a-Service (SaaS solution that utilizes artificial intelligence (AI and machine learning (ML to assist energy companies in forecasting energy consumption and greenhouse gas emissions. By analyzing historical operational data, NESSi generates predictive models that project future emissions for individual or multiple assets. The platform includes a comprehensive library of emissions reduction measures, enabling users to simulate various mitigation strategies and assess their impact on energy needs, emissions outputs, and associated carbon costs. This empowers companies to make informed, data-driven decisions to effectively reduce their environmental footprint. Key Features and Functionality: - AI/ML-Driven Forecasting: Employs advanced algorithms to predict future energy consumption and emissions based on historical data patterns. - Emissions Reduction Library: Offers an extensive collection of mitigation measures that can be applied to forecasted scenarios to explore different emissions reduction options. - Scenario Simulation: Allows users to model the impact of various reduction strategies on future operations, analyzing effects on energy requirements, emissions outputs, and carbon costs. - Interactive Visualization: Provides intuitive charts and graphs to visualize forecasts, scenarios, and mitigation insights, facilitating strategic planning. Primary Value and Problem Solved: NESSi addresses the critical need for energy companies to align with sustainability objectives and regulatory requirements by providing a robust tool for emissions forecasting and reduction planning. By enabling the simulation of various decarbonization scenarios, NESSi helps organizations identify the most effective strategies to achieve net-zero emissions targets, enhance operational efficiency, and reduce costs associated with carbon output. This strategic support is essential for companies aiming to improve their environmental performance and maintain compliance in an increasingly eco-conscious market.

AI FengYue is an AI-driven platform that offers a diverse range of interactive and immersive experiences, including role-playing games, storytelling, and simulations. It leverages advanced artificial intelligence to create dynamic narratives and responsive environments, allowing users to engage in unique and personalized adventures. Key Features and Functionality: - Interactive Storytelling: Users can participate in AI-generated narratives that adapt to their choices, providing a personalized experience. - Role-Playing Games: The platform offers a variety of role-playing scenarios where users can assume different characters and explore various storylines. - Simulations: AI FengYue provides realistic simulations that allow users to experience different scenarios and outcomes based on their decisions. - Multilingual Support: The platform is accessible in multiple languages, catering to a global audience. Primary Value and User Solutions: AI FengYue addresses the need for engaging and personalized digital experiences by combining advanced AI technology with creative storytelling. It offers users an opportunity to immerse themselves in unique narratives and simulations, enhancing entertainment and learning through interactive content.

Oraklon is an upcoming simulation platform developed by SADEN GmbH, designed to enhance part feeding processes in manufacturing and assembly lines. By providing a virtual environment to model and analyze part feeding systems, Oraklon aims to optimize efficiency, reduce downtime, and improve overall productivity. Key Features and Functionality: - Simulation Capabilities: Allows users to create detailed simulations of part feeding scenarios, enabling the identification and resolution of potential issues before implementation. - Process Optimization: Offers tools to analyze and refine part feeding processes, leading to increased efficiency and reduced operational costs. - User-Friendly Interface: Designed with an intuitive interface to facilitate ease of use for engineers and technicians, regardless of their experience level. Primary Value and Problem Solved: Oraklon addresses the challenges associated with part feeding in manufacturing by providing a comprehensive simulation platform. It enables users to anticipate and mitigate potential issues, streamline operations, and enhance productivity, ultimately leading to cost savings and improved product quality.

Oumy.com offers an AI-integrated platform designed to enhance business strategies by simulating expert decision-making processes. By leveraging advanced AI models, it enables organizations to capture unique knowledge and gain strategic insights tailored to specific challenges. Key Features and Functionality: - AI-Integrated Business Strategy Solutions: Utilizes AI learning to create highly personalized marketing campaigns and optimize buyer journeys. - Expert Models (EMs): Simulates industry expert decision-making processes, allowing organizations to capture valuable insights and enhance strategic planning. - Enhanced Personalization: Tailors content strategies to resonate with target audiences, ensuring messages are impactful and relevant. - Optimized Buyer Journeys: Streamlines operations and automates workflows to improve efficiency and productivity. - AI-First Knowledge Management: Features intelligent knowledge management systems that categorize and surface relevant information to support business needs. Primary Value and Solutions Provided: Oumy.com empowers marketing teams, consultants, and agencies to craft highly personalized and engaging content strategies that resonate with their ideal customer profiles. By simulating expert decision-making processes, it enables organizations to capture unique knowledge and gain strategic insights tailored to specific challenges. This approach enhances business innovation, optimizes decision-making, and provides a competitive advantage in navigating complex industry landscapes.

Audition is an AI-powered voice simulation platform built for contact centres. It runs realistic, scored phone call simulations for recruitment screening, agent training, and leadership coaching. Powered by OpenAI's Realtime API, every simulation is a live voice conversation with an AI persona that adapts in real time. Instant automated scoring across five dimensions, live coaching nudges, call recordings, and transcripts included.

Say goodbye to the relentless challenges posed by social engineering, spear phishing, and ransomware attacks. With ZULA - Z AWR, you're equipped with a dynamic security awareness training and simulated phishing platform that revolutionizes how you protect your organization. ZULA - Z AWR isn't just another platform – it's a game-changer. Our intuitive interface and powerful features set us apart, offering a truly immersive learning experience for users of all levels. What's more, ZULA - Z AWR is 100% white-labeled, allowing you to customize the logo and colors to seamlessly integrate with your brand. But that's not all. We understand that time is of the essence, which is why ZULA - Z AWR boasts lightning-fast deployment. Our dedicated Customer Success team ensures a seamless transition, no consulting hours required. What can you expect with ZULA - Z AWR? -> Gain access to the most extensive library of security awareness training content, from interactive modules to videos, games, and more. Take advantage of automated training campaigns. -> Arm yourself with best-in-class simulated phishing attacks, featuring thousands of templates for unlimited usage. -> Harness the power of enterprise-grade reporting, providing in-depth insights into training and phishing activities, tailored for management oversight. With ZULA - Z AWR, empower your workforce to become cybersecurity champions, reinforcing a culture of vigilance and resilience across your organization. It's time to level up your security strategy – are you ready?

CodableAI is an advanced AI-powered platform designed to transform complex network architectures into intuitive visualizations. By leveraging artificial intelligence, it enables users to design, analyze, and optimize network diagrams with intelligent automation and exceptional visual clarity. This innovative tool simplifies the process of creating professional diagrams, allowing users to describe their desired architecture in natural language and receive accurate, professional layouts in seconds. Key Features and Functionality: - AI-Powered Generation: Converts natural language descriptions into professional diagrams using advanced AI algorithms, eliminating the need for manual dragging and dropping. - Intelligent Nested Diagrams: Supports the creation of complex hierarchical structures with unlimited nesting levels, ideal for enterprise architectures with multiple layers and components. - Live Cloud Integration: Automatically maps diagram components to real AWS, Azure, and GCP resources, ensuring documentation remains synchronized with actual infrastructure. - Team Collaboration: Offers real-time editing, commenting, and version control, enabling secure sharing of diagrams with stakeholders and instant feedback collection. - Performance Simulation: Allows users to test architectures before deployment by simulating load, identifying bottlenecks, and optimizing resource allocation with AI-powered insights. - Smart Auto-Layout: Utilizes AI to automatically arrange components for optimal clarity and aesthetics, producing professional-looking diagrams without manual adjustments. Primary Value and User Solutions: CodableAI addresses the challenges associated with traditional diagram tools, such as steep learning curves, manual layout adjustments, and outdated diagrams that fail to reflect current architectures. By enabling users to simply describe their architecture in natural language, the platform generates accurate diagrams swiftly, saving significant time and effort. Its live cloud integration ensures that documentation is always up-to-date, while performance simulation helps prevent costly mistakes by allowing users to test and optimize their designs before implementation. This comprehensive solution enhances productivity, accuracy, and collaboration for teams across various industries.

51Sim is a service provider of advanced simulation platforms designed to accelerate the development and deployment of autonomous driving technologies. Their flagship product, SimOne, offers a comprehensive suite of tools for creating high-fidelity, data-driven simulation environments that closely replicate real-world driving conditions. By integrating cutting-edge 3D scene reconstruction and sensor simulation capabilities, 51Sim enables developers to efficiently test and validate autonomous driving algorithms, significantly reducing development time and costs.

Voroth Market Intelligence is a market measurement and decision intelligence platform built for CPG teams. Voroth helps brands understand what is happening in the market and what could happen next, by combining granular market measurement with decision simulation in one system. How Voroth Measures the Market Voroth measures markets using a location-first approach, combining spatial intelligence with on-ground retail visibility. 1. GIS-Based Market Mapping Markets are mapped using GIS-based neighborhood intelligence, broken down into ~400-meter hexagonal zones. This allows teams to analyze demand, competition, and retail presence at a neighborhood level instead of relying only on broad city or regional averages. Each hex represents a consistent, comparable market unit, enabling: - Accurate market and category sizing - Localized performance analysis - Clear identification of white spaces and over-indexed areas 2. Audio-Visual AI for Retail Shelf Measurement Voroth uses audio-visual AI to analyze retail shelf data from images and videos, converting physical shelf conditions into structured market signals. This enables measurement of: - Shelf presence and share - SKU visibility and placement - Assortment breadth and depth - Competitive shelf dynamics By turning shelf reality into data, Voroth captures how brands actually compete at the point of sale. 3. Unified Market View Spatial market data and shelf intelligence are combined into a single measurement layer, giving teams a consistent view of: - Market and category performance - Brand and competitor presence - Geographic variations in execution and outcomes This replaces fragmented reports and manual consolidation across teams. From Measurement to Decision Simulation Once the market is measured, Voroth enables teams to simulate decisions before they are made. CPG teams can test what-if scenarios such as: - Price or promotion changes - Assortment or mix adjustments - Geographic expansion or prioritization - Competitive or execution-driven shifts Instead of debating assumptions, teams can compare outcomes side by side and understand trade-offs across neighborhoods, categories, and time periods.