Search results for PLC Simulator

Smicos (Smart Integrated Communication Solutions) is an all-in-one platform AI powered customer management and marketing chatbot solutions for SMALL BUSINESSES to ENTERPRISE. It harnesses the power of artificial intelligence and natural language processing (NLP) to understand and respond to customer queries and requests, simulating human conversation.

Valentin Software is the largest, most comprehensive and oldest developer of solar PV and thermal design, simulation, modeling and financial analysis software. Headquartered in Berlin Germany, Valentin Software has customers in over 70 countries. Our tools have been used to design hundreds of thousands of PV and thermal systems, ranging from small residential systems to large utility-scale PV and district-wide solar thermal plants. Valentin Software Products: PV*SOL premium PV*SOL PV*SOL online T*SOL T*SOL online GeoT*SOL GeoT*SOL online

CADI is an enterprise-grade, AI-powered training platform designed to enhance team performance through real-world conversational simulations. By integrating adaptive learning, assessments, and simulations, CADI ensures that employees not only acquire knowledge but also develop the practical skills necessary for success in high-stakes interactions. Key Features and Functionality: - Teach Mode: Delivers interactive, AI-driven lessons where employees engage in two-way dialogues with virtual instructors, facilitating faster mastery of new concepts. - Assessment Mode: Utilizes conversational evaluations to measure understanding, validate compliance, and identify performance gaps in real time across various roles and regions. - Role-Play Mode: Offers AI-driven simulations that replicate critical customer and sales interactions, enabling teams to practice and refine their responses in a risk-free environment. - Interview Mode: Simulates high-pressure interview and leadership scenarios, helping individuals build confidence and communication excellence under stress. - Analytics Dashboard: Provides centralized insights into workforce readiness, learning progress, and return on investment, empowering leaders with actionable data to drive continuous improvement. Primary Value and Solutions Provided: CADI addresses the challenge of bridging the gap between theoretical training and practical application. By immersing employees in realistic conversational scenarios, it accelerates onboarding, reduces ramp-up time, and enhances overall performance. Organizations utilizing CADI report measurable improvements in sales conversion rates, customer satisfaction, and compliance adherence. The platform's ability to deploy organization-wide within 48 hours ensures minimal disruption and immediate scalability, making it an invaluable tool for enterprises aiming to elevate their teams' communication skills and drive competitive advantage.

ShowHow is a digital training platform for creating immersive experiences that feel like the real world. We built ShowHow so anyone with subject matter expertise can make immersive scenario-based learning that lead to better outcomes. ShowHow provides the platform to practice in an immersive, low-stress environment and is excellent for experiential training, situational awareness training, technical skills, soft skills and many other real life training simulations. All courses created in ShowHow work on desktop/mobile and VR devices as well as integrating to your existing eLearning ecosystem and communication tools.

Fraus is an AI-powered Human Risk Management platform designed to help organizations identify, measure, and reduce human cybersecurity risk through intelligent automation and personalized employee engagement. The platform unifies Security Awareness Training, Phishing Simulations, Policy Acknowledgment, and Human Risk Analytics into a centralized solution. Through AI-driven personalization, automated workflows, adaptive learning, and Microsoft Teams-based microlearning, Fraus helps security teams minimize manual effort while continuously improving employee security behavior. Fraus enables organizations to move beyond traditional, one-size-fits-all awareness programs toward continuous, measurable, and risk-based human cybersecurity management.

WANem is a Wide Area Network Emulator, meant to provide a real experience of a Wide Area Network/Internet, during application development / testing over a LAN environment. Typically application developers develop applications on a LAN while the intended purpose for the same could be, clients accessing the same over the WAN or even the Internet. WANem thus allows the application development team to setup a transparent application gateway which can be used to simulate WAN characteristics like Network delay, Packet loss, Packet corruption, Disconnections, Packet re-ordering, Jitter, etc. WANem can be used to simulate Wide Area Network conditions for Data/Voice traffic and is released under the widely acceptable GPL v2 license. WANem thus provides emulation of Wide Area Network characteristics and thus allows data/voice applications to be tested in a realistic WAN environment before they are moved into production at an affordable cost. WANem is built on top of other FLOSS [Free Libre and OpenSource] components and like other intelligent FLOSS projects has chosen not to re-invent the wheel as much as possible.

BugThrive is a hands-on cybersecurity and penetration testing platform designed to help individuals and organizations build real-world offensive security skills. Through interactive labs that simulate real vulnerabilities, users can practice exploiting web applications, APIs, networks, mobile environments, and cloud systems in a safe, controlled setting. The platform focuses on practical learning by combining guided challenges with realistic attack scenarios, enabling users to develop job-ready pentesting capabilities. From beginners to advanced security professionals, BugThrive provides structured learning paths that cover core areas such as web security, API testing, and network exploitation. In addition to training, BugThrive supports organizations in strengthening their security posture by helping teams upskill and stay prepared against evolving threats. With continuously updated labs and a focus on real-world techniques, BugThrive bridges the gap between theoretical knowledge and practical application, making it a valuable resource for modern cybersecurity training and penetration testing readiness.

Altair FluxMotor is a specialized software platform designed to streamline the global design and optimization of electric rotating machines. It empowers engineers to rapidly explore various motor configurations, considering multiphysics constraints, and identify the most promising designs within minutes. The intuitive environment caters to both generalists and experts, facilitating efficient creation, analysis, reporting, and optimization of electric motors. Integrated multiphysics capabilities allow designers to predict electromagnetic performance, optimize cooling strategies, and assess noise, vibration, and harshness performance within a single platform. Key Features and Functionality: - High Productivity Gains: The user-friendly interface enables rapid exploration of multiple motor variants, allowing engineers to focus on innovation. - Multiphysics Solution: Comprehensive analysis of electromagnetic performance, cooling strategies, and NVH simulations are conducted within a unified platform. - Recognized Accuracy: Leveraging over 35 years of Altair's expertise in finite element motor modeling, FluxMotor delivers reliable and trusted results. - Efficient Reports and Comparisons: Customizable reports and data sheets are automatically generated, with embedded comparison tools to aid in selecting the most performant machines. - Strong Optimization Capabilities: The software predicts machine performance across various operating points or complete duty cycles, meeting multiphysics requirements from the early design stages. - Seamless Connectivity: FluxMotor offers simplified access to advanced multiphysics analysis, system integration, and optimization, with the ability to automate customized scenarios using Altair’s integrated solutions. Primary Value and User Solutions: FluxMotor significantly accelerates the electric motor design process by providing a dedicated, intuitive platform that integrates multiphysics optimization. By addressing complex design constraints from the concept phase, it enables design teams to make early strategic decisions that impact cost and performance. The software's fast and accurate computations reduce the need for physical prototypes, leading to cost savings and shorter development cycles. Its comprehensive analysis capabilities ensure that the final motor designs meet performance targets while optimizing cooling and NVH characteristics, ultimately delivering high-quality, efficient electric motors.

CasperPractice is an AI-driven platform designed to help students prepare for the CASPer situational judgment test, a critical component in admissions for various health professional programs. By offering realistic practice scenarios, instant feedback, and comprehensive test simulations, CasperPractice aims to enhance users' social intelligence, ethical reasoning, and professional judgment skills, which are essential for success in people-centered professions. Key Features and Functionality: - Extensive Practice Materials: Access to over 150 practice questions and 16 full-length practice tests that closely mirror the actual CASPer exam format and difficulty. - AI-Powered Feedback: Immediate, detailed evaluations of responses, highlighting strengths and areas for improvement to guide users toward more effective answers. - Simulated Test Environment: A realistic interface that replicates the CASPer test experience, including timed conditions and a variety of question types, such as situational and personal prompts. - Diverse Question Formats: Inclusion of both text and audio-based questions to prepare users for the different scenarios they may encounter on the actual test. - Flexible Access Plans: Multiple subscription options, including a free plan with limited access, a one-week Basic plan, and a lifetime Pro plan, catering to different preparation needs and timelines. Primary Value and User Benefits: CasperPractice addresses the challenge of preparing for the CASPer test by providing a comprehensive, interactive, and personalized preparation experience. The platform's AI-driven feedback system offers users immediate insights into their performance, enabling targeted improvements in critical competencies such as communication, empathy, and ethical decision-making. By simulating the actual test environment and offering a wide range of practice materials, CasperPractice empowers users to approach the CASPer test with confidence, ultimately enhancing their prospects for admission into competitive health professional programs.

SpoofSentry automates DMARC enforcement from p=none to p=reject with AI-powered impact simulation, rollback safety gates, and guided remediation playbooks. Purpose-built for enforcement, not just monitoring — SpoofSentry includes an AI Enforcement Simulator that shows exactly which emails are affected before any policy change, automated compliance evidence bundles for 11 frameworks (SOC 2, ISO 27001, HIPAA, PCI-DSS v4.0, NIS2, CISA BOD 18-01), and SLA-backed enforcement guarantees. Built for mid-market IT teams, MSSPs, and compliance-driven enterprises. Native PSA/RMM integration with ConnectWise, Autotask, and HaloPSA. Sender discovery and classification across 26+ ESPs. Lookalike domain scanning, dangling DNS detection, and automated takedown orchestration. Starts at $24/mo with a forever-free tier. No "contact sales" barrier.

3D-DOCTOR is an advanced, FDA 510K-cleared software designed for 3D imaging, modeling, and measurement, catering to medical, scientific, and industrial applications. It enables professionals to transform 2D cross-sectional images from modalities like MRI, CT, and PET into detailed 3D models, facilitating enhanced visualization and analysis. The software supports a wide range of image formats, including DICOM, TIFF, JPEG, and BMP, accommodating both grayscale and color images. Its intuitive interface and robust features make it a valuable tool for tasks such as surgical planning, quantitative analysis, and rapid prototyping. Key Features and Functionality: - Image Segmentation: Offers fully automatic, interactive, and training area-based segmentation methods to accurately delineate object boundaries within images. - 3D Surface Rendering: Generates 3D mesh models from segmented data using simple or complex surface rendering algorithms, suitable for various applications like surgical simulation and rapid prototyping. - Measurement and Quantitative Analysis: Provides tools for calculating object volume, surface area, and other quantitative metrics, essential for precise analysis and reporting. - 3D Visualization: Supports real-time 3D surface and volume rendering, along with animation capabilities, allowing dynamic exploration of anatomical structures. - Image Registration and Fusion: Enables alignment and fusion of images from different modalities, enhancing the comprehensive understanding of complex datasets. - Advanced Image Processing: Includes functions like 3D image filtering, deconvolution for image restoration, and reslicing along user-defined axes for improved analysis. - 3D Printing and Rapid Prototyping: Exports 3D models in formats like STL, DXF, and VRML, facilitating the creation of physical models for surgical simulation and treatment planning. Primary Value and User Solutions: 3D-DOCTOR addresses the need for precise and efficient 3D visualization and analysis in medical and scientific fields. By converting 2D imaging data into comprehensive 3D models, it enhances diagnostic accuracy, aids in surgical planning, and supports research endeavors. Its versatile features streamline workflows, reduce processing time, and improve the overall quality of patient care and scientific analysis. The software's compatibility with various image formats and its robust export capabilities ensure seamless integration into existing systems, making it an indispensable tool for professionals seeking advanced imaging solutions.

ASAT is an AI-powered security awareness training and phishing simulation platform for human risk management. It simulates the attacks employees actually face in the AI era, trains people the moment they fall for one, and gives security leaders a risk score that shows whether human risk is going down. Key features: - Multi-channel attack simulation: AI-generated phishing emails, SMS smishing, callback and voice (vishing) calls placed by a conversational AI agent, and deepfake video built from a short clip - Point-of-failure micro-training: A two-to-three-minute lesson fires the moment someone clicks, enters credentials, or complies - Human Risk Score: Every click, report, training completion, and dark-web credential exposure updates a live score for each person and department - AI-generated content and learning: AI-generated phishing templates and landing pages, AI-recommended training, and role-based learning paths with gamified modules - Audit-ready reporting: Reporting mapped to ISO/IEC 27001, PCI DSS v4.0, GDPR, HIPAA, and SOX Multi-language campaigns: Employees can be tested and trained in the languages they work in Pricing is published and self-serve, starting at $1.00 per user per month, with monthly billing available, plus a 30-day free trial for up to 5 users with no credit card required. ASAT runs as a cloud SaaS platform with Active Directory, Okta, and SAML user synchronization, on a SOC 2 Type II platform with a 99.9% uptime SLA. At a regional bank, the phishing-report rate rose from 8% to 41% in nine weeks.

Netropy Cloud Edition is a network emulator designed to replicate complex, real-world network conditions within cloud environments. By simulating various network impairments such as bandwidth limitations, latency, and packet loss, NetropyCE enables organizations to test and optimize application performance, ensuring a seamless user experience under diverse network scenarios. Key Features and Functionality: - Scalability: Deploy global test networks with multiple instances within a single Virtual Private Cloud . - Multiple Link Simulation: Emulate up to 20 separate Wide Area Network links per instance. - Bandwidth Emulation: Precisely simulate links up to 1 Gbps, with future support for 20 Gbps. - Latency and Jitter: Introduce delays and jitter up to 10 seconds or more in each direction, adjustable in 0.01 ms increments. - Packet Loss and Corruption: Configure random, burst, or periodic packet loss to assess the impact on applications, particularly voice and video services. - Packet Filtering: Assign packets to different links based on IP address, VLAN, or other identifiers. - Background Utilization: Test application performance under congested network conditions using background utilization and PCAP replay features. - Traffic Monitoring: View and download up to 24 hours of throughput graphs and link statistics. - Automation: Automate testing processes with a comprehensive RESTful API. Primary Value and Problem Solved: NetropyCE addresses the challenge of ensuring application reliability and performance across diverse network conditions. By providing a controlled, repeatable environment to simulate real-world network impairments, it allows organizations to: - De-risk Deployments: Identify and mitigate potential performance issues before deploying applications, reducing the risk of costly post-deployment fixes. - Optimize Performance: Fine-tune applications to perform optimally under various network scenarios, enhancing end-user satisfaction. - Cost Efficiency: Conduct comprehensive testing within a single AWS region or VPC, minimizing expenses associated with inter-region data transfer and infrastructure. By integrating NetropyCE into their testing workflows, organizations can confidently deploy applications that are resilient and performant, regardless of network conditions.

AUTOMAPPPS is a comprehensive suite of robot programming software tools developed by Convergent Information Technologies GmbH. It is designed to streamline and accelerate the process of robot programming across various industrial applications. By integrating advanced features such as automatic motion planning, collision avoidance, and process simulation, AUTOMAPPPS enables users to program robots more efficiently and effectively, even for complex tasks. Key Features and Functionality: - Faster Robot Offline Programming: Significantly reduces the time required for offline programming, enhancing productivity. - 100% Automatic Robot Programming: Generates complete robot programs in seconds without manual intervention. - Automatic Motion Planning: Plans optimal robot movements to ensure efficiency and precision. - Automatic Collision Avoidance: Prevents collisions in multi-robot systems and during line-tracking operations. - Embedded Process Know-How: Incorporates process knowledge with WYSIWYG (What You See Is What You Get) simulation for accurate programming. - Intuitive Editing: Offers user-friendly interfaces for easy program modifications. - CAD-Based and Sensor-Based Programming: Supports programming based on CAD data and sensor inputs, facilitating "CAD to path" and sensor-driven applications. - CAM Support: Integrates with Computer-Aided Manufacturing systems for seamless workflow. - Optimization and Scheduling: Enhances performance through automated optimization and scheduling of tasks. - Multi-Robot Simulation: Simulates interactions between multiple robots to ensure coordinated operations. Primary Value and Solutions Provided: AUTOMAPPPS addresses the challenges of traditional robot programming by offering a faster, more reliable, and cost-effective solution. It minimizes programming efforts and costs through automation, making robot programming accessible even to non-experts. The software reduces test runs and non-productive time by predicting process quality and optimizing operations, leading to better Overall Equipment Effectiveness (OEE). Additionally, AUTOMAPPPS supports a wide range of robot manufacturers, ensuring flexibility and adaptability in various industrial settings.

Praetorian is an offensive cybersecurity company dedicated to preventing breaches before they occur. By emulating attackers, Praetorian uncovers material risks that could lead to compromise, enabling organizations to proactively address vulnerabilities before malicious actors exploit them. Their mission is to create a future without compromise by providing comprehensive security solutions tailored to each client's unique needs. Key Features and Functionality: - Chariot Platform: An AI-enabled offensive security engine that combines agentic AI, workflow automation, and offensive capabilities to identify exploitable vulnerabilities and guide their remediation. - Attack Surface Management: Continuous discovery, monitoring, and remediation of material risks within an organization's evolving attack surface. - Vulnerability Management: Scanning for vulnerabilities across perimeter, cloud environments, on-premise infrastructure, and developer code. - Cyber Threat Intelligence: Enriching vulnerabilities with cyber threat and exploit intelligence as part of emergent threat monitoring. - Continuous Penetration Testing: Proactively validating the effectiveness of security controls, simulating real-world attacks, and providing actionable insights to protect against emerging threats. - Breach & Attack Simulation: Testing security controls through simulated real-world attack behaviors to identify security gaps and optimize security strategies. Primary Value and Problem Solved: Praetorian empowers organizations to minimize the likelihood of security breaches by adopting an adversarial perspective to uncover material risks, similar to how attackers operate. This proactive approach allows clients to optimize and prioritize their cybersecurity investments on initiatives that yield the greatest risk reduction for the least expenditure. By continuously strengthening security postures over time, Praetorian helps organizations stay ahead of evolving threats and ensures compliance with industry standards.

Simmie is an AI-powered sales roleplay and readiness platform that helps individuals and teams practice, measure, and improve their performance in real-world customer conversations. Users can practice realistic sales scenarios, receive immediate AI coaching, and track skill development over time. Organizations can create simulations based on their own sales processes, playbooks, customer situations, and evaluation standards. Simmie supports custom scenarios, personas, rubric-based scoring, personalized training recommendations, team analytics, manager reporting, multilingual conversations, and integrations with tools such as ChatGPT, Claude, and Microsoft Copilot. The platform serves individual sales professionals, small teams, and enterprise organizations that want to improve onboarding, sales readiness, coaching consistency, and conversation performance.

Bluejay is a comprehensive platform designed to test, monitor, and enhance the performance of voice and chat AI agents. By simulating real-world interactions and providing actionable insights, Bluejay ensures that conversational AI systems operate reliably and effectively across diverse scenarios. Key Features and Functionality: - Simulations: Conduct synthetic conversations to validate agent behavior, identify regressions, and test edge cases at scale. - Observability: Evaluate production calls using custom metrics to detect quality issues, monitor trends, and generate actionable insights. - Custom Metrics: Develop evaluation criteria tailored to specific use cases, such as task completion, tone, and compliance. - Real-time Alerts: Receive immediate notifications when an agent fails to meet predefined metrics, enabling prompt issue resolution. - Auto-Generated Scenarios: Utilize agent and customer data to create simulations without manual setup. - A/B Testing & Red Teaming: Compare agent performance and stress-test to uncover hidden vulnerabilities. - Multilingual & Accent Support: Test agents in multiple languages and simulate global accents and real-world noise conditions. Primary Value and Problem Solved: Bluejay addresses the challenge of ensuring conversational AI agents function correctly in real-world conditions. By providing tools for thorough testing and continuous monitoring, it enables developers and enterprises to trust their AI systems, reducing the risk of failures that could impact customer satisfaction and business operations. This trust layer between humans and artificial intelligence fosters a more productive and reliable deployment of AI technologies.

DIGI SIM is Virtus Tech’s innovative no-code virtual reality (VR) platform designed to transform the way organizations create, deploy, and analyze immersive learning experiences. Our platform is user-friendly and accessible, allowing non-technical subject matter experts to build their own VR simulations with ease, similar to creating presentations in PowerPoint. DIGI SIM is designed to empower organizations to take control of their training programs, offering a scalable and adaptable solution that meets the evolving needs of modern digital learning. Whether you’re in education, healthcare, or any other field, DIGI SIM provides the tools to create impactful, immersive learning experiences and deploy VR on any devices such as laptops, mobile, tablets, VR headsets and immersive walls.

Alterna CX is a customer experience analytics platform that collects and unifies customer feedback from more than 100 data sources, including surveys, reviews, social media, chats, and support tickets. The platform applies observational customer experience (oCX) scoring, sentiment, emotion, intent detection, location-based analysis, and root-cause analysis with driver simulation to organize and quantify unstructured feedback. Built-in dashboards and automated “close-the-loop” workflows integrate with Slack, Teams, Salesforce, and Zendesk to help organizations identify priorities, monitor changes, and take action based on customer feedback. These capabilities enable organizations to move from insights to operational changes in a short time frame, often achieving business results within weeks of deployment.

ITI Southern Europe S.a.r.l., established in 1990 in Germany, is a prominent provider of multi-physics system simulation software and engineering services. The company specializes in developing simulation tools for engineers and scientists across various industries, including automotive, aerospace, mechanical engineering, and shipbuilding. With a global client base exceeding 600 organizations, ITI Southern Europe supports product development through comprehensive engineering and programming services, complemented by training sessions and workshops offered via the ITI Academy. Key Features and Functionality: - SimulationX Software: A flagship product that enables modeling of interactions among multi-physics system components to simulate both dynamic and static behaviors. - Modelica® Language Support: Full integration with the Modelica® language, facilitating standardized and efficient modeling processes. - Extensive Model Libraries: Over 500 ready-to-use model elements and more than 300 models across 11 application domains, including 1D mechanics, 3D multi-body systems, power transmission, hydraulics, pneumatics, thermodynamics, electrical and magnetic systems, control systems, and post-processing. - CAx Interfaces: A wide range of interfaces for computer-aided technologies, enhancing compatibility and integration with other tools. - Real-Time Platform Export: Capability to export simulations to major real-time platforms, supporting hardware-in-the-loop and software-in-the-loop testing. Primary Value and User Solutions: ITI Southern Europe's solutions, particularly SimulationX, address the complex challenges of designing and analyzing multi-physics systems. By providing a comprehensive simulation environment, the company enables engineers to predict system behavior accurately, optimize designs, and reduce development time and costs. The extensive libraries and interfaces ensure flexibility and adaptability to various engineering applications, empowering users to innovate and improve product performance across multiple industries.