Search results for PLC Simulator

MaxML CNN is a high-performance computing solution developed by Maxeler Technologies, designed to accelerate the inference of Convolutional Neural Networks (CNNs using Dataflow Engines (DFEs. This toolchain targets multiple FPGAs on a single DFE device, facilitating efficient communication between FPGAs primarily via maxring and, in some cases, utilizing off-chip RAM. By leveraging dataflow computing, MaxML CNN offers a significant performance boost over traditional CPU-based systems, making it ideal for applications requiring rapid and efficient CNN inference. Key Features and Functionality: - Automatic Design Space Exploration (DSE: MaxML CNN automatically searches for optimal loop unrolling parameters using a theoretical performance model, streamlining the design process. - Performance Estimation: The tool provides estimates of design throughput without necessitating full compilation or simulation, enabling efficient performance evaluation. - Compilation Relaxation: In instances where compilation fails, users can relax resource utilization to facilitate design fitting on the FPGA during the MPPR stage, enhancing flexibility. - Simulation Capabilities: MaxML CNN allows for the simulation of maxring connections without reconfiguration by mocking them as PCIe connections to the CPU, which is beneficial for correctness verification. - Custom Precision and Frequency Settings: Users can specify custom fixed-point precisions and FPGA frequencies for each neural network, allowing for tailored performance optimization. Primary Value and Problem Solved: MaxML CNN addresses the challenge of accelerating CNN inference by harnessing the power of DFEs, offering a high-throughput, low-power alternative to conventional GPU-based systems. This solution is particularly advantageous in scenarios where processing speed and energy efficiency are critical, such as real-time image classification and other computationally intensive tasks. By providing a customizable and efficient platform for CNN inference, MaxML CNN enables users to achieve faster results with reduced power consumption, thereby enhancing overall system performance and sustainability.

Lucidic AI is a comprehensive training platform designed to enhance the reliability and performance of AI agents. By enabling developers to parameterize agentic systems and conduct extensive simulations, Lucidic AI facilitates iterative improvements without the need to adjust model weights. This approach ensures that AI agents operate effectively across diverse scenarios, leading to more dependable and efficient deployments. Key Features and Functionality: - Custom Reward Definition: Allows users to define objective functions aligned with domain-specific metrics such as inference latency and computational cost, ensuring that AI agents are optimized for specific operational goals. - Intelligent Candidate Exploration: Automatically searches through numerous agent configurations—including prompt variations, tool orderings, and context strategies—to identify the most effective setups, streamlining the development process. - Continuous Improvement in Production: Facilitates ongoing enhancement of AI agents by enabling continuous training and adaptation based on real-world performance data, ensuring sustained reliability and effectiveness. - Evaluation Rubrics: Provides structured evaluation criteria to score or validate agent behavior across sessions, capturing nuanced behaviors and enforcing domain-specific quality standards. - Mass Simulations: Offers the capability to run multiple simulations concurrently, providing analytics that reveal patterns, inconsistencies, and performance metrics at scale, which is essential for robust agent development. Primary Value and Problem Solved: Lucidic AI addresses the critical challenge of deploying reliable AI agents by offering tools that enable developers to systematically test, evaluate, and refine agent behaviors. By providing mechanisms for custom reward definitions, intelligent exploration of configurations, and continuous improvement, Lucidic AI ensures that AI agents meet specific performance metrics and operate consistently across various scenarios. This leads to increased trust in AI deployments, reduced risk of unexpected behaviors, and more efficient development cycles, ultimately enhancing the overall effectiveness of AI-driven solutions.

Mock Location: Fake GPS Route is an Android GPS simulator for developers and QA teams testing location-aware apps. Set a fixed test position or simulate movement along a road route without travelling between test locations. Choose walking, cycling, driving or highway speed presets, or set an exact speed. Monitor route progress, distance and duration, save favourite places, repeat tests from route history, and import or export GPX tracks. Optional Google Drive backup stores saved places and route history in the user's own account. The app uses Android's official mock-location provider and includes guided Developer options setup. It does not require root or modify other apps. Some applications detect or restrict mock locations, so compatibility depends on the app being tested. Use it for authorised testing. Developer: MetaCyberGuru. Android app available on Google Play. Product demonstration: https://www.youtube.com/watch?v=BTS-1NXJZ3U

Selfhack AI is an autonomous, AI-based penetration testing platform designed to identify security vulnerabilities across modern digital infrastructures. The platform conducts autonomous penetration tests by simulating real-world attack techniques, eliminating the need for predefined scanning rules. It evaluates security weaknesses across web applications, mobile applications, APIs, Kubernetes, and Docker. Selfhack AI provides vulnerability findings with contextual risk scoring and remediation guidance after each test. Results are structured to help security and engineering teams understand the impact, severity, and recommended next steps. The platform includes an AI-driven advisory layer that generates security recommendations based on observed vulnerabilities and system behavior. Selfhack AI supports both on-demand and scheduled penetration testing through a usage-based model. It integrates with collaboration tools such as Slack to deliver notifications and updates during and after security assessments. Selfhack AI is intended for organizations seeking autonomous penetration testing without manual execution or continuous expert involvement.

SOCSimulator is an advanced AI-powered platform designed for realistic cybersecurity training and threat simulation. Enhance your Security Operations Center (SOC) efficiency with immersive attack scenarios, real-time threat detection, and comprehensive incident response testing in a secure, virtualized environment. FEATURES AI Threat Simulation: Runs realistic cyberattacks so your team can practice defending against them. Training Environments: Provides a safe, virtual space to learn without putting your actual network at risk. Incident Response Testing: Helps you walk through exactly how to handle a breach from start to finish. Real Time Detection: Tests how fast your team can spot and react to threats as they happen. Performance Analytics: Tracks your progress so you can see exactly where your team needs to improve. Security Efficiency: Gives you the tools to sharpen your skills and make your daily operations much smoother.

PraxisPro is an AI-powered Learning Experience Platform (LXP) specifically designed for the life sciences sector, including pharmaceutical, biotechnology, and medical device companies. It integrates learning, data analytics, market intelligence, and operational execution to enhance the effectiveness of sales, medical, and brand teams. By leveraging advanced AI, PraxisPro enables professionals to engage in realistic role-play scenarios, receive actionable feedback, and track performance, all while ensuring compliance with regulatory standards. This approach allows teams to improve their skills without diverting from revenue-generating activities. Key Features and Functionality: - AI-Powered Role-Play Simulations: PraxisPro offers interactive simulations that mimic real-world healthcare provider interactions, allowing sales representatives to practice and refine their messaging in a risk-free environment. - Tailored Training Content: The platform provides personalized training modules aligned with brand messaging and approved content, ensuring consistency and compliance across all communications. - Immediate Feedback and Performance Tracking: Users receive instant feedback on their performance, facilitating continuous improvement and confidence building. - Compliance Integration: PraxisPro ensures that all training materials and simulations adhere to medical, legal, and regulatory guidelines, reducing compliance risks. - Small Language Models (SLMs): The platform utilizes SLMs tailored to specific therapeutic areas and disease states, enhancing the relevance and accuracy of training content. Primary Value and User Solutions: PraxisPro addresses the challenges of fragmented and costly training in the life sciences industry by providing a scalable, AI-driven solution that enhances sales readiness and compliance. It enables sales representatives to master complex messaging, improve engagement with healthcare providers, and reduce the time required to achieve peak competency. For organizations, PraxisPro offers a measurable return on investment by increasing sales outcomes, reducing new hire ramp time, and boosting representative confidence. By integrating advanced AI with industry-specific training needs, PraxisPro ensures that life sciences teams can effectively communicate complex clinical value propositions, ultimately improving patient outcomes.

Altin Solutions is a provider of financial and performance management technological solutions, offering services such as budget and financial planning, treasury management, business intelligence, consolidation, and simulation and prediction services. Key Features and Functionality: - Budget and Financial Planning: Assists organizations in creating and managing budgets, ensuring financial goals are met efficiently. - Treasury Management: Provides tools for managing cash flow, investments, and financial risks, enhancing liquidity and profitability. - Business Intelligence: Delivers data analysis and reporting capabilities, enabling informed decision-making through actionable insights. - Consolidation: Facilitates the aggregation of financial data from various departments or subsidiaries, ensuring accurate and comprehensive financial reporting. - Simulation and Prediction Services: Offers predictive analytics and modeling tools to forecast financial outcomes and support strategic planning. Primary Value and Solutions Provided: Altin Solutions empowers organizations to optimize their financial operations by providing comprehensive tools that enhance budgeting accuracy, improve cash flow management, and deliver insightful analytics. By integrating these services, businesses can make informed decisions, mitigate financial risks, and drive overall performance and growth.

Kaspera Shield is a complete cybersecurity platform built for small and medium-sized businesses that don't have a dedicated IT or security team. Most security tools are built for enterprises with six-figure budgets and full-time security staff. Kaspera Shield brings that same level of protection to any business — law firms, medical practices, accounting firms, agencies, startups — at a price that makes sense. From a single dashboard, businesses can scan their external attack surface for vulnerabilities, run phishing simulations to test and train employees, generate AI-powered security policies, monitor for data breaches, and track compliance against frameworks like SOC 2, HIPAA, and ISO 27001. There's no complex setup, no security expertise required, and no need to stitch together five different tools. Kaspera Shield gives you a security score, tells you exactly what's wrong, and helps you fix it — all in one place. Key features: External vulnerability scanning with prioritized findings and CVE tracking Phishing simulation and employee security training AI-generated security policies with employee acknowledgement tracking Breach monitoring across employee email addresses Compliance audit workflows for SOC 2, HIPAA, ISO 27001, NIST, PCI DSS, and more Automated monthly security reports and shareable trust pages Native Microsoft 365 and Google Workspace integrations Built-in AI security assistant for plain-English guidance 14-day free trial. No credit card required.

The job is tough for the modern learning professional. You're responsible for developing employees to drive engagement, retention, and ultimately, company growth. But relying solely on knowledge-based instructional methods isn't enough to get the job done. They leave learners unengaged and unprepared to apply knowledge on the job. But it doesn't have to be that way. With CapsimInbox, you can quickly turn essential concepts and content into immersive, cloud-based inbox simulations that measure and develop critical skills in a real-world context. Backed by the science of learning, each day-in-the-life experience presents real-life scenarios in the form of emails and instant messages. As learners gather information and navigate situations, Capsiminbox objectively assesses their performance to provide actionable and personalized insights when the simulation is complete. Whether your looking to identify more capable candidates before interviewing, upskill or reskill your team to better perform on the job, or identify skills gaps across your organization — CapsimInbox gives you a simple yet powerful platform to get the job done.

Security awareness training has a completion problem, not a protection problem. Employees click through an annual module, guess the quiz answer, and download a certificate. None of it tells a security team who's actually exposed to a live attack this week. Cimento is an AI-native human risk management platform that replaces the once-a-year training cycle with continuous, multi-channel simulation. It runs realistic phishing, smishing (SMS), and vishing (voice) campaigns, often as multi-step sequences that escalate the way real attacks do, rather than a single scripted email. The results feed a live risk score for every employee, updated from simulation outcomes, training completion, and behavioral signals. Cimento connects to a company's HRIS, SIEM, and identity tools to map risk by role, access, and behavior, then delivers personalized coaching and nudges to the people who need it most. Instead of a compliance certificate for the auditor, security teams get a real-time answer to the question that actually matters: is this person, in this role, becoming more or less exposed, and did the last intervention change anything?

Quantum simulation platform

Paraphish is a cutting-edge security awareness training platform designed to equip organizations with the tools and knowledge needed to combat modern cyber threats. Specializing in phishing prevention, Paraphish offers an all-in-one solution that combines interactive training modules, realistic phishing simulations, and comprehensive analytics to drive lasting behavioral change among employees. With Paraphish, businesses can proactively strengthen their human firewall, reducing vulnerabilities caused by human error. The platform’s customizable training paths, engaging content, and real-time reporting ensure that security awareness programs are both effective and easy to manage. Whether you’re safeguarding a small business or a global enterprise, Paraphish provides scalable solutions tailored to meet diverse security needs. Stay ahead of evolving cyber risks with Paraphish — where education meets innovation in cybersecurity. Key Features: Real-world phishing simulations tailored to your organization Gamified and engaging security awareness training Detailed reporting and metrics for tracking progress Easy integration with existing systems and workflows Continuous content updates aligned with emerging threats Protect your people, protect your business — with Paraphish.

Anone, headquartered in Paris, specializes in Corporate Performance Solutions, including Business Intelligence, Business Planning and Simulation, and Business Process Management. With over 15 years of experience, Anone delivers innovative, comprehensive, and robust solutions that are easy to deploy, adopt, and maintain, ensuring high performance and scalability. Key Features and Functionality: - Business Intelligence: Provides tools for data analysis and reporting to support informed decision-making. - Business Planning and Simulation: Offers solutions for strategic planning and scenario analysis to optimize business strategies. - Business Process Management: Automates and streamlines business processes to enhance operational efficiency. - Customized Solutions: Develops tailored solutions to meet the unique needs of clients across various industries. - Certified Training: All consultants are certified and capable of delivering training on the technologies they implement. Primary Value and User Solutions: Anone focuses on automation, collaboration, and optimization to help clients accelerate access to operational information, ensure compliance with corporate business rules, and improve overall business performance. By unifying departments and enhancing collaboration efficiency, Anone builds long-term partnerships, delivering management skills, functional and technical expertise, and a commitment to excellence and complete satisfaction.

Alacritty is a modern terminal emulator that comes with sensible defaults, but allows for extensive configuration. By integrating with other applications, rather than reimplementing their functionality, it manages to provide a flexible set of features with high performance. The supported platforms currently consist of BSD, Linux, macOS and Windows.

LunaEngine: Precision Power for the Next Frontier LunaEngine is a flagship innovation developed by Hoddz Trends LLC — a next-generation propulsion and simulation platform designed for organizations operating at the forefront of aerospace, defense, and high-performance computing.

The most efficient simulation platform for energy professionals.

Sinkove is an innovative platform that leverages advanced generative AI models to produce high-quality synthetic biomedical images. Designed to address challenges in medical research, such as data scarcity, bias, and inconsistencies, Sinkove enables researchers and healthcare professionals to generate diverse, realistic imaging datasets tailored to specific needs. By simulating human anatomy and physiology, it facilitates faster, more reliable, and cost-effective AI model training and clinical research. Key Features and Functionality: - Synthetic Data Generation: Utilizes diffusion probabilistic models to create realistic digital twins of patients, encompassing various demographics and disease states. - Customization: Allows users to tailor AI-generated datasets to proprietary datasets and specific research requirements. - Bias Mitigation: Generates balanced imaging datasets, reducing biases in patient demographics and disease representation. - Standardization: Converts imaging data from different scanners into a unified, standardized format, ensuring consistency across datasets. - Cost Efficiency: Simulates control groups in drug trials, reducing the need for real patient recruitment and lowering trial costs. Primary Value and Problem Solved: Sinkove addresses critical challenges in medical imaging research by providing an efficient solution to data scarcity and privacy concerns. By generating diverse and high-quality synthetic biomedical images, it accelerates research timelines, enhances the accuracy of AI models across various population groups, and reduces the high costs associated with patient recruitment and data acquisition. This empowers researchers to conduct more inclusive and efficient clinical studies without compromising data integrity or patient confidentiality.

Myls Interview is an AI-powered coaching platform designed to assist university applicants in preparing for admission interviews. By simulating real interview scenarios, it provides personalized feedback and tailored guidance to help students refine their responses and highlight key traits such as leadership and resilience. This approach aims to enhance applicants' confidence and performance, increasing their chances of securing admission to their desired programs. Key Features and Functionality: - Simulated Practice Interviews: Engage in realistic mock interviews to familiarize yourself with the interview process and reduce anxiety. - Extensive Question Bank: Access a repository of 5,000 real past university interview questions to practice and prepare effectively. - AI-Generated Assessment Reports: Receive detailed performance metrics and program-specific keyword alignment to identify strengths and areas for improvement. - Tailored Recommendations: Benefit from personalized insights and suggestions to enhance your interview responses and overall presentation. - Expert Admissions Mentoring: Opt for one-on-one mentoring sessions with experienced admissions professionals for additional support and guidance. Primary Value and User Solutions: Myls Interview addresses the challenges faced by university applicants by offering a comprehensive preparation tool that combines AI technology with expert insights. It helps users build confidence, improve communication skills, and effectively showcase their unique qualities to admissions committees. By providing a structured and personalized preparation process, Myls Interview empowers students to present their best selves during interviews, thereby enhancing their prospects of admission success.

Simulon is an innovative application designed to revolutionize visual effects (VFX) creation by enabling users to seamlessly integrate 3D models into real-world footage directly from their smartphones. Launched in November 2024, Simulon democratizes high-quality VFX production, making it accessible to both professionals and amateurs without the need for expensive equipment or complex software. By leveraging advanced AI-powered tools, Simulon simplifies traditionally intricate VFX processes, allowing creators to focus on their artistic vision and produce immersive, photorealistic content with ease. Key Features and Functionality: - Extensive Asset Library: Access to over 1,000 cloud-based 3D assets, including realistic textures and sophisticated models, to enhance visual projects. - Advanced Simulation Capabilities: Create lifelike animations by simulating natural phenomena such as water, fire, and smoke, as well as complex mechanical movements, with unmatched precision and realism. - Intuitive User Interface: Designed for both seasoned professionals and newcomers, the streamlined workflow allows for quick navigation and efficient project management, making the creative process smoother and more productive. - Real-Time Augmented Reality (AR) Integration: Place and compose 3D assets in real-time AR sessions, capturing environments in 360 degrees to ensure accurate image-based lighting and realistic integration of virtual elements into live-action scenes. - Cloud Rendering Services: Utilize distributed cloud rendering to produce photorealistic, fully composited VFX videos, reducing the need for high-end local hardware and accelerating the production process. Primary Value and User Solutions: Simulon addresses the challenges faced by independent 3D artists, content creators, and small studios by providing an affordable, user-friendly platform for high-quality VFX creation. By consolidating fragmented processes into a single, integrated experience, Simulon eliminates the need for extensive technical knowledge and expensive equipment. This empowers users to produce professional-grade visual effects efficiently, enhancing their storytelling capabilities and enabling rapid content generation without compromising on quality. Simulon's mobile-centric approach ensures that creators can bring their visions to life anytime, anywhere, fostering greater creativity and innovation in digital content production.

INDISS PLUS is a software platform for simulation and control processes.