Search results for UltraMon

We make games suitable to any age group. We have plans to make multiple genre games. Its always exiting to develop & to play. We are always passionate to make games which you might not have expected before. Augmented Reality is an amazing technology, we will be making AR Apps according to your requirements. In addition to that, we are having certain apps for Android, iOS to make you know about how good we are in AR.

NewLumen is a cloud-native veterinary DICOM platform from Asteris. It brings image management, diagnostic viewing, reporting and sharing together in the browser, with nothing to install and no VPN. Large CT studies open in seconds in Chrome or Edge on a PC, Mac, tablet or phone. Diagnostic tools include MPR, 3D reconstruction, veterinary hanging protocols, orthopedic planning and lesion tracking across sequential studies. Reporting is built in, with veterinary report templates and species macros, and signed reports are delivered to referring practices automatically. Studies are shared by secure link or DICOM send, so no CDs. One worklist spans every connected clinic, with automated routing and imaging orders from your practice management system. Existing DICOM radiography, ultrasound, CT, MRI and dental systems connect as they are. NewLumen deploys fully in the cloud or through a Windows edge node. Pricing is per study stored, with unlimited users and free sharing. Technical support is available 24/7 by phone or email. NewLumen is built for specialty and referral practices doing cross-sectional work, teleradiology groups, and general practices that want browser-based imaging. Asteris also offers Keystone PACS for practices that prefer an on-premise system.

Evident Vascular, Inc. is a medical technology company dedicated to revolutionizing intravascular ultrasound (IVUS) imaging through the integration of artificial intelligence (AI). Their flagship product, the Evident Vascular™ Guidance System, is specifically designed to enhance vascular imaging for peripheral and coronary interventions. By leveraging AI, this advanced IVUS platform aims to provide superior image interpretation, streamline clinical workflows, and ultimately improve patient outcomes. Key Features and Functionality: - AI-Enhanced Imaging: Utilizes artificial intelligence to deliver high-quality, detailed intravascular images, facilitating accurate diagnosis and treatment planning. - Optimized for Peripheral Vascular Interventions: Tailored to meet the specific demands of peripheral vascular procedures, offering enhanced clarity and precision. - Streamlined Workflow: Designed to integrate seamlessly into clinical practice, reducing procedural time and increasing efficiency. - User-Friendly Interface: Provides intuitive navigation and interpretation tools, making it accessible for clinicians across various specialties. Primary Value and User Solutions: The Evident Vascular™ Guidance System addresses the limitations of traditional IVUS platforms, which were primarily developed for coronary applications and often fall short in peripheral vascular procedures. By offering AI-driven, high-resolution imaging and an intuitive user experience, Evident Vascular empowers clinicians to make more informed decisions, leading to improved procedural success and better patient outcomes. This innovation is particularly crucial as the prevalence of peripheral arterial and venous diseases continues to rise, necessitating more effective diagnostic and therapeutic tools.

Simcenter Prescan is a physics-based simulation platform designed for the development and validation of Advanced Driver Assistance Systems and autonomous vehicles. It enables engineers to virtually test and verify vehicle systems across a multitude of scenarios, significantly reducing the need for extensive physical testing. By replicating real-world traffic conditions, sensor interactions, and environmental factors, Simcenter Prescan facilitates a systematic development approach, leading to shorter feedback loops and accelerated adaptation cycles. Key Features and Functionality: - Comprehensive Scenario Modeling: Quickly replicate real-world traffic scenarios using an extensive database of roads, infrastructure components, actors, weather conditions, and light sources. - Advanced Sensor Simulation: Integrate high-fidelity sensor models, including radar, lidar, cameras, ultrasonic sensors, and GPS, to test vehicle interactions with their surroundings. - Control System Integration: Design and verify algorithms for data processing, sensor fusion, decision-making, and control through interfaces compatible with MATLAB and Simulink. - Automated Experimentation: Run experiments across multiple operating systems and platforms, utilizing orchestration tools to automate parameter variations for roads, paths, actions, speed profiles, lighting conditions, weather phenomena, sensor configurations, and algorithms. - Scalable Validation: Support for Model-in-the-Loop , Software-in-the-Loop , Hardware-in-the-Loop , Driver-in-the-Loop , and Vehicle-in-the-Loop applications, enabling comprehensive testing from component-level to full system validation. Primary Value and Problem Solved: Simcenter Prescan addresses the challenge of validating the safety and reliability of ADAS and autonomous vehicle systems, which traditionally require extensive physical testing over billions of miles. By providing a virtual environment for testing, it allows engineers to conduct thorough and repeatable assessments of vehicle systems under diverse conditions, ensuring performance and safety before real-world deployment. This approach not only reduces development time and costs but also enhances the robustness and reliability of autonomous driving technologies.

Craftech is a provider of advanced plastic components and sub-assemblies, specializing in custom injection molding, tooling, and engineering services for the medical and high-technology sectors. With over 40 years of experience, Craftech operates state-of-the-art facilities in Anaheim, California, and Tijuana, Mexico, totaling 110,000 square feet and housing 45 injection molding machines ranging from 38 to 720 tons. The company is ISO 9001:2015 and ISO 13485:2016 certified, ensuring the highest quality standards in its manufacturing processes. Key Features and Functionality: - Design & Engineering: Craftech offers consultative engineering services, including cross-functional design reviews and part design refinement, utilizing advanced computer-aided analysis tools to optimize product development. - Mold Making: The company provides a range of mold-making options, such as in-house tooling, domestic and offshore mold construction, multi-action and multi-cavity molds, and hot runner systems, tailored to meet diverse client needs. - Injection Molding: Craftech specializes in custom injection molding, featuring ISO Class 8 cleanroom facilities, elastomeric overmolding, insert molding, alternating temperature technology (ATT, multi-component molding, and high-temperature molding capabilities. - Advanced Manufacturing: The company employs lean manufacturing strategies to reduce costs and lead times, offering services like cleanroom and whiteroom assembly, decoration, ultrasonic welding, UV bonding, laser degating, and automation. Primary Value and Solutions: Craftech's comprehensive suite of services addresses the complex needs of clients in the medical and high-technology industries by providing end-to-end solutions from design and engineering to advanced manufacturing. By leveraging its extensive experience and state-of-the-art facilities, Craftech delivers high-quality, cost-effective components and sub-assemblies, enabling clients to streamline procurement processes and focus on final assembly and testing. The company's commitment to continuous improvement and lean manufacturing ensures enhanced part quality, shortened lead times, and reduced inventory exposure, ultimately contributing to the success and competitiveness of its clients.

Flowride.ai is an advanced SAE Level-4 automated driving software platform developed by ADASTEC Corp., designed to transform full-sized, full-speed electric public transit buses into autonomous vehicles. This platform enables buses to operate safely and efficiently on public roads without human intervention, offering a modern solution for shared and connected commercial transportation. Key Features and Functionality: - Level-4 Automation Stack: Provides comprehensive autonomous driving capabilities, including precise localization, bus stop handling, intersection management, traffic light recognition, and crosswalk navigation. - Human-Machine Interface (HMI): Ensures seamless interaction between the vehicle and its operators or passengers. - Cloud Integration: Offers open APIs, data storage, and data sharing functionalities, facilitating remote management, command and control, passenger applications, and analytics. - State-of-the-Art Sensor Suite: Equipped with five Ouster LiDARs, six RGB cameras, two FLIR thermal cameras, high-precision GNSS, automotive radar, and all-around ultrasonic sensors to ensure reliable operation in diverse conditions. - Operational Versatility: Capable of functioning autonomously in various environments, including mixed traffic conditions, multiple stops, and diverse weather scenarios, with a controllable maximum speed of up to 35 miles per hour. Primary Value and User Solutions: Flowride.ai addresses the growing demand for safer, more efficient, and sustainable public transportation solutions. By enabling buses to operate autonomously, it reduces the need for human drivers, thereby decreasing operational costs and mitigating human error. The platform's integration capabilities allow for seamless incorporation into existing public transit systems, enhancing passenger experience through reliable and timely service. Additionally, its adaptability to various environmental conditions ensures consistent performance, contributing to the overall goal of creating smarter, more connected urban mobility solutions.

Beijing Shenzhou Taiyue Software Co., Ltd., also known as Ultrapower Software, is a high-tech enterprise established in 2001 and listed on the Shenzhen Stock Exchange since 2009. The company specializes in software development and information technology services, focusing on sectors such as telecommunications, finance, energy, and government. With a commitment to innovation and global outreach, Ultrapower has developed a diverse portfolio that includes artificial intelligence applications, cloud services, and IoT communications. Key Features and Functionality: - ICT Operation Management: Ultrapower provides comprehensive IT solutions, including AI-driven applications, cloud value-added services, and ICT operations management, tailored to enhance digital transformation for enterprises. - Internet of Things (IoT) and Communication: The company offers innovative IoT communication technologies with applications in power, perimeter security, and private network communication, facilitating digital transformation in traditional industries. - Artificial Intelligence and Big Data: Ultrapower focuses on natural language processing (NLP) technology to develop intelligent solutions for sectors such as public security, government affairs, and smart parks, promoting industry-wide intelligent upgrades. - Mobile Gaming: The company develops and globally distributes high-quality strategy games like "Age of Origins" and "War and Order," boasting over 250 million registered users across more than 150 countries. Primary Value and User Solutions: Ultrapower Software delivers cutting-edge digital solutions that drive efficiency, security, and innovation across various industries. By integrating advanced technologies such as AI, cloud computing, and IoT, the company empowers businesses to achieve digital transformation, enhance operational performance, and maintain a competitive edge in the rapidly evolving digital economy.

Konica Minolta Business Solutions Deutschland GmbH is a provider of comprehensive solutions for enterprise-wide document and print workflows in the B2B sector. As a project and solution expert, the company offers extensive consulting, hardware and software solutions, as well as services and support to create customized, high-performance total solutions. With its strategic business field, Optimized Print Services, Konica Minolta has long set new standards in the area of Managed Print Services. Key Features and Functionality: - Digital Office Solutions: Offers color and black-and-white multifunction systems, printers, scanners, fax machines, and office solutions, including document and information management and cloud services. - Professional Printing: Provides production printing, label printing, finishing, and inkjet solutions, supporting businesses in developing new opportunities with cutting-edge technology and software. - IT Solutions: Delivers IT services, software, security, and IT infrastructure solutions, as well as presentation technology, to support digital transformation and optimize business processes. - Healthcare Solutions: Covers a broad spectrum of hardware, software, and services in the healthcare sector, including digital radiography and ultrasound, integrated diagnostic information management, and medical IT system solutions for hospitals and clinics. Primary Value and User Solutions: Konica Minolta Business Solutions Deutschland GmbH empowers businesses to navigate the digital era by providing intelligent, connected workplace solutions. By offering smart office products, cloud services, and IT services, the company supports mobile working and the optimization and digitization of business processes. As a two-time recipient of the best Managed Service Provider award in Germany, Konica Minolta delivers business software, infrastructure, and security solutions, enabling clients to enhance efficiency, security, and innovation in their operations.

RSIP Vision is a global leader in artificial intelligence (AI) and computer vision technology, specializing in developing advanced medical imaging solutions. With over 25 years of experience, the company offers customized AI modules that enhance precision, reduce time to market, and lower costs for medical device companies. Their multidisciplinary team of algorithm experts, engineers, and medical professionals collaborates to provide innovative solutions across various medical fields, ensuring clients remain at the forefront of medical advancements. Key Features and Functionality: - AI-Based Medical Imaging Solutions: RSIP Vision develops AI modules for tasks such as image segmentation, landmark detection, and 3D modeling, applicable across multiple medical imaging modalities including MRI, CT, X-ray, and ultrasound. - Custom Algorithm Development: The company offers tailored algorithm development services, addressing specific challenges in medical imaging and ensuring seamless integration with existing systems. - Multidisciplinary Expertise: Their team comprises professionals from diverse fields, including computer science, physics, radiology, and biomedical engineering, fostering a comprehensive approach to solution development. - Vendor-Neutral Solutions: RSIP Vision's technologies are designed to be compatible with various medical imaging devices and platforms, facilitating easy adoption and integration. Primary Value and Problem Solving: RSIP Vision addresses the critical need for accurate, efficient, and automated medical imaging analysis. By leveraging AI and computer vision, their solutions minimize human error, enhance diagnostic precision, and streamline surgical planning. This leads to improved patient outcomes, reduced procedure times, and optimized resource utilization for healthcare providers. Their commitment to innovation ensures that medical device companies can offer cutting-edge technologies, maintaining a competitive edge in the rapidly evolving healthcare landscape.

EverMind is a pioneering AI infrastructure company dedicated to enhancing artificial intelligence systems with scalable, long-term memory capabilities. Their flagship product, EverOS, is an open-source Memory Operating System designed to address the limitations of large language models (LLMs) that often suffer from "amnesia" due to fixed context windows. By providing a persistent and coherent memory system, EverOS enables AI agents to remember, adapt, and evolve over time, facilitating deep personalization and consistent behavior across interactions. Key Features and Functionality: - Four-Layer System Architecture: Inspired by human memory systems, EverOS comprises: - Agentic Layer: Handles task understanding, planning, and execution, analogous to the prefrontal cortex. - Memory Layer: Manages long-term storage and retrieval, similar to cortical memory networks. - Index Layer: Utilizes embeddings, key-value pairs, and knowledge graph indexing, akin to the hippocampus. - API/MCP Interface Layer: Integrates with external enterprise systems, serving as the sensory interface. - Memory Processor: Transforms memory from simple retrieval into active application, allowing stored knowledge to directly influence the model’s reasoning and outputs. - Hierarchical Memory Extraction & Dynamic Organization: Converts raw text into structured semantic memory units and organizes them into adaptive memory graphs, providing a stable foundation for long-term contextual understanding. - Extensible Modular Memory Framework: Adapts memory strategies to various scenarios, from precise enterprise tasks to emotionally intelligent companion AI, offering a flexible architecture for diverse applications. Primary Value and User Solutions: EverOS addresses the critical challenge of AI systems' limited context windows, which hinder their evolution and ability to maintain long-term behavioral consistency. By implementing a structured memory organization, EverOS enables AI agents to achieve deep personalization, temporal continuity, and an evolvable "soul." This advancement is particularly beneficial for personalized AI assistants, multi-user collaboration, knowledge retention, and customer service scenarios requiring continuous contextual understanding. By overcoming the limitations of ultra-long context windows, EverOS sets a new industry standard for long-term coherence in AI agents.

Magic.dev is pioneering the development of advanced AI models designed to automate the entire software engineering process. By integrating frontier-scale pre-training, domain-specific reinforcement learning, and ultra-long context windows, Magic.dev's models can comprehend and manage extensive codebases, effectively holding millions of lines of code in memory. This capability enables the AI to plan, write, review, and test code autonomously, streamlining complex development tasks and enhancing overall productivity. Key Features and Functionality: - Frontier Code Models & Reinforcement Learning: Magic.dev combines large-scale pre-training with domain-specific reinforcement learning to create models capable of planning, writing, reviewing, and testing code across extensive codebases. These models analyze repositories, documentation, and tickets to propose changes, draft pull requests, and iterate based on feedback, ensuring stable production environments as capabilities evolve. - Cloud-Scale Training & Inference: Utilizing cloud-scale training and inference, Magic.dev's models benefit from high-throughput training runs and substantial inference-time compute resources. This infrastructure supports long-context reasoning, robust code synthesis, and rapid iteration during post-training and reinforcement learning phases, leading to consistent accuracy on real-world repositories without necessitating significant toolchain modifications. - Ecosystem & Roadmap: Magic.dev focuses on enhancing context windows, data pipelines, and product interfaces that seamlessly integrate AI models into daily engineering workflows. The emphasis is on improving repository understanding, planning, and verification, with a commitment to reproducible evaluations and practical integrations with editors, continuous integration systems, and review processes. Primary Value and Problem Solved: Magic.dev addresses the limitations of traditional code assistance tools by offering AI models that maintain comprehensive system context, plan modifications, and provide justified outputs. This approach mitigates throughput bottlenecks in large codebases, such as missing dependencies, misinterpreted interfaces, and inefficient reviews, by concurrently analyzing repositories, documentation, and tickets. Teams benefit from reproducible evaluations, safer pilot implementations, and clearer audit trails, transitioning from superficial code suggestions to reliable contributions that withstand continuous integration and code review processes.

Ambient Scientific's GPX10 is an ultra-low power AI microprocessor designed to bring advanced artificial intelligence capabilities to power-constrained edge devices. This groundbreaking processor enables on-device AI applications, offering significant cloud savings, near-zero latency, and enhanced user data privacy. Key Features and Functionality: - Superior AI Throughput: The GPX10 features a paradigm-shifting chip architecture purpose-built for accelerating neural networks on-device. It includes MX8, a custom AI core with its own instruction set architecture and direct memory access, delivering unrivaled AI throughput several times higher than typical low-power microcontrollers. - Ultra-Low Power Consumption: Capable of powering several years of always-on AI applications on a single coin cell battery, the GPX10 achieves this through innovations such as Analog Matrix Compute, custom low-power SRAM, and multi-channel ADCs. - Compact Form Factor: Smaller than a fingernail, the GPX10 leverages the efficiency of cubic computing concepts to deliver high performance in a small footprint, making it ideal for embedded applications. - Versatile and Programmable: With software-definable AI cores and support for multiple operand resolutions (both weights and inputs), the GPX10 offers flexibility, allowing developers to tailor it to specific application needs. Primary Value and User Solutions: The GPX10 addresses the critical need for efficient, on-device AI processing in power-sensitive environments. By enabling AI computations directly on edge devices, it reduces reliance on cloud services, thereby decreasing latency and enhancing data privacy. Its ultra-low power consumption extends the operational life of battery-powered devices, making it ideal for applications such as always-on sensor fusion, voice recognition, and low-frequency vision tasks. This empowers developers to create intelligent, responsive, and energy-efficient products across various industries.

MOTOR Ai is a Berlin-based company specializing in Level 4 autonomous driving technology, emphasizing safety, explainability, and compliance with European regulations. Founded in 2017, MOTOR Ai has developed an autonomous driving system grounded in cognitive neuroscience and German research, enabling vehicles to make transparent and reproducible decisions in complex traffic scenarios. This approach ensures that the system can be certified according to the highest industry standards, facilitating its integration into public transport networks and enhancing mobility in both urban and rural areas. Key Features and Functionality: - Comprehensive Sensor Suite: Utilizes a full sensor stack, including LIDAR, radar, cameras, microphones, GPS, and ultrasound, to accurately perceive the vehicle's environment. - Sensor Fusion: Combines data from multiple sensors to create a precise 3D representation of the surroundings, forming the basis for reliable scene understanding. - Cognitive Decision-Making: Employs decision-making processes inspired by human cognition, allowing the system to adapt to new situations without extensive pre-training. - Explainability and Reproducibility: Ensures that all decisions made by the autonomous driver are transparent and can be consistently reproduced, addressing regulatory requirements for traceability. - Certifiability: Designed to meet stringent European and international safety standards, including UNECE regulations, ISO 26262 (ASIL-D), and the EU AI Act. Primary Value and User Solutions: MOTOR Ai addresses the critical need for safe and reliable autonomous driving solutions that comply with European legal and safety standards. By focusing on explainable and certifiable AI, the company provides a trustworthy foundation for integrating autonomous vehicles into public transport systems. This integration aims to enhance mobility, particularly in underserved rural areas, by offering efficient and sustainable transportation options. Additionally, MOTOR Ai's technology contributes to reducing traffic congestion and promoting safer road conditions, ultimately supporting a more connected and accessible transportation network for all users.

Us2.ai offers an advanced AI-driven software solution designed to fully automate the analysis and reporting of echocardiographic (heart ultrasound images. By leveraging machine learning, Us2.ai processes DICOM image data to generate comprehensive cardiac measurements and reports in approximately two minutes, significantly reducing the time and variability associated with manual analysis. This innovation enhances the efficiency and accuracy of cardiovascular diagnostics, enabling healthcare providers to deliver faster and more precise care to patients. Key Features and Functionality: - Complete Automation: Eliminates the need for manual frame selection, annotation, and view selection, providing a seamless AI-driven workflow. - Comprehensive Analysis: Performs detailed quantitative assessments of cardiac structure and function, including measurements of left and right atrial and ventricular dimensions, volumes, and both systolic and diastolic functions. - Strain Imaging: Automates global longitudinal strain (GLS quantification, aiding in the detection of heart failure and coronary artery disease. - Aortic Stenosis Evaluation: Provides measurements aligned with the American Society of Echocardiography (ASE recommendations for assessing aortic stenosis severity. - Integration with International Guidelines: Seamlessly incorporates reference guidelines into reports, covering all heart chambers and both 2D and Doppler views. - Connectivity and Storage: Integrates with existing Picture Archiving and Communication Systems (PACS or utilizes the Us2.connect server for enterprise-wide storage and analysis. Primary Value and User Benefits: Us2.ai addresses the critical need for efficient, accurate, and standardized echocardiographic analysis in the detection and management of heart disease. By automating the entire process, the software reduces analysis time from up to an hour to just minutes, minimizes inter-operator variability, and enhances diagnostic precision. This allows healthcare providers to focus more on patient care and less on time-consuming manual measurements, ultimately improving patient outcomes and streamlining clinical workflows.

TechBru Solution (B Sdn Bhd is a multifaceted company specializing in delivering comprehensive services across the Information Technology (IT and Oil & Gas industries. With over 30 years of experience in IT and 40 years in Oil & Gas, TechBru offers bespoke technological solutions, including web and mobile application development, hardware services, and server management. In the Oil & Gas sector, the company provides a range of services such as chemical cleaning, hot oil flushing, hydrojetting, pressure testing, and pipeline pigging solutions. By partnering with leading solution providers, TechBru ensures the delivery of high-quality, integrated services tailored to meet the unique needs of their clients. Key Features and Functionality: - Software & Hardware Development: Custom solutions designed to meet specific technological requirements. - Web & App Development: Development and deployment of tailored web and mobile applications. - Backup & Server Management: Comprehensive backup solutions and server management services to ensure organizational data security. - Pipeline Pigging Solutions: Provision of various pigging services, including bidirectional, cup, and specialized pigs for pipeline maintenance. - Pipeline In-line Inspection: Assessment of pipeline integrity through services like geometry inspection, magnetic flux leakage, and ultrasonic testing. - Chemical Cleaning: High-velocity flushing technology to clean internal components and piping systems. - Asset & Inventory Management: Utilization of RFID technology for secure asset and inventory management. - Hydrojetting/Retrojetting: Non-invasive cleaning solutions using high-pressure water jets to remove pipeline blockages. - Pressure Testing: Leak and structural integrity testing for pipelines, vessels, and other components. - Steam/Air Blowing: Debris removal from steam systems to protect sensitive equipment. - Mechanical Plugs & Isolation Services: Provision of plugs capable of withstanding pressures up to 15,000 psi. Primary Value and Solutions Provided: TechBru Solution addresses the complex challenges faced by businesses in the IT and Oil & Gas sectors by offering integrated, customized solutions that enhance operational efficiency and safety. Their extensive experience and strategic partnerships enable them to deliver high-quality services that meet the evolving needs of their clients, ensuring optimal performance and reliability in critical operations.

Falcker is a enterprise-grade SaaS platform purpose-built for storage tank inspection and integrity management. Designed for global operators, Falcker is one of the few solutions that natively supports both API 653 (the North American standard for aboveground storage tanks) and EEMUA 159 (the European and internationally recognised guideline), making it the platform of choice for multinational asset owners and inspection companies operating across regulatory environments. Risk & Threat-Based Inspection Falcker goes beyond traditional inspection management by supporting both Risk-Based Inspection (RBI) and Threat-Based Inspection (TBI) methodologies. This dual approach gives integrity engineers the flexibility to apply the right risk framework for each asset — optimising inspection intervals, reducing unnecessary downtime, and keeping assets compliant with the most stringent international standards. Advanced Data Acquisition Workflows Where Falcker truly sets itself apart is in its drone and sensor-based data acquisition workflows. Falcker integrates seamlessly with UAV inspection systems and advanced sensor technologies, enabling: Automated data capture from drone-based visual and ultrasonic inspections Direct ingestion of thickness measurement and corrosion data from field sensors Structured workflows that take raw field data through to actionable integrity assessments — without manual re-entry This dramatically reduces inspection time, improves data accuracy, and enables safer inspections by minimising the need for confined space entry. Built for Global Teams Whether your assets are in the Americas, Europe, the Middle East, or beyond, Falcker is built to scale with your operations — supporting multiple regulatory frameworks, multi-site asset management, and collaborative workflows across inspection teams, engineers, and asset owners. Key Features API 653 & EEMUA 159 compliance support Risk-Based Inspection (RBI) & Threat-Based Inspection (TBI) Drone and sensor data acquisition integration Corrosion and thickness data management Inspection scheduling and workflow automation Multi-site and multi-standard asset management Cloud-based SaaS — accessible anywhere Best For Oil & gas operators, tank terminal owners, petrochemical facilities, inspection service companies, and any organisation managing aboveground storage tanks under international regulatory frameworks.

Millis AI is an advanced platform designed to empower users in creating and deploying next-generation voice agents with ultra-low latency, achieving response times as fast as 600 milliseconds. Catering to both developers and non-technical users, it simplifies the development of sophisticated voice applications that deliver seamless, human-like interactions. With its intuitive no-code and low-code options, Millis AI enables rapid deployment of voice agents across various industries, enhancing user engagement and operational efficiency. Key Features and Functionality: - Ultra-Low Latency: Delivers voice agents with groundbreaking 600ms response times, ensuring natural and fluid conversations. - No-Code/Low-Code Development: Offers user-friendly tools that allow for the creation and customization of voice agents without extensive programming knowledge. - Extensive Integrations: Seamlessly connects with various APIs, CRMs, calendars, and SaaS platforms, enhancing the versatility and functionality of voice agents. - Global Telephony Integration: Supports inbound and outbound calls in over 100 countries, facilitating a wide-reaching deployment of voice agents. - Flexible LLM Integration: Compatible with leading large language models (LLMs) such as OpenAI, as well as open-source models like Mistral and Llama, or custom LLMs. - Natural Voice Selection: Provides access to a range of natural-sounding voice providers, including ElevenLabs, PlayHT, and Cartesia, with the option to use custom cloned voices. - Affordable Pricing: Offers competitive pricing starting at $0.02 per minute, making advanced voice AI accessible for projects of all sizes. Primary Value and User Solutions: Millis AI addresses common challenges in voice AI development, such as high latency and complex integration processes. By providing a platform with ultra-low latency and user-friendly development options, it enables the rapid creation of responsive and natural-sounding voice agents. This capability is particularly valuable for applications in customer support, virtual assistance, and automation, where timely and human-like interactions are crucial. Additionally, its extensive integration options and global telephony support allow businesses to deploy voice agents that seamlessly fit into existing workflows and reach a broad audience, thereby enhancing customer engagement and operational efficiency.

Arficus introduces MEDHINI, the world's first Generative AI-based Software as a Medical Device (SaMD), designed to revolutionize healthcare diagnostics. MEDHINI offers rapid, accurate, and affordable diagnostic solutions across multiple medical specialties, including neurology, nephrology, cardiology, oncology, and pulmonology. By leveraging advanced deep-tech computer vision and natural language processing, MEDHINI achieves a clinical accuracy of 99.31%, reducing disease diagnosis time to just 53 seconds and costs to less than $7, even in remote areas globally. Key Features and Functionality: - Multi-Specialty Diagnostics: MEDHINI provides diagnostic capabilities across various medical fields, including neurology, nephrology, cardiology, oncology, and pulmonology. - Rapid and Accurate Results: Utilizing advanced AI algorithms, MEDHINI delivers diagnoses with 99.31% clinical accuracy in under a minute. - Cost-Effective Solutions: The platform reduces diagnostic costs to less than $7, making healthcare more accessible. - Non-Invasive Integration: MEDHINI seamlessly integrates with existing medical equipment, such as X-rays, CT scans, and ultrasounds, without direct patient contact. - Predictive Health Mapping: The system offers predictive triage for over 345 diseases, forecasting potential occurrences or recurrences over a five-year span based on current health data. - Virtual Clinical Trials: MEDHINI supports in-silico virtual clinical trials, including bioavailability/bioequivalence (BA/BE) studies and antimicrobial resistance (AMR) analysis, enhancing drug discovery and efficacy assessments. Primary Value and User Solutions: MEDHINI addresses critical challenges in healthcare by providing rapid, accurate, and affordable diagnostic solutions, particularly benefiting underserved and remote communities. Its integration with existing medical infrastructure ensures minimal disruption while enhancing diagnostic capabilities. The platform's predictive health mapping aids in early disease detection and prevention, improving patient outcomes. Additionally, MEDHINI's support for virtual clinical trials accelerates drug development processes, contributing to more efficient and effective healthcare solutions worldwide.

Vesalius3D is an advanced software application designed for high-quality 3D visualization and navigation through patient-specific anatomical structures. By utilizing standard medical imaging data from modalities such as CT, MRI, and Ultrasound, it enables healthcare professionals to instantly visualize and explore complex anatomical details that might be overlooked in traditional 2D imaging. This user-friendly tool facilitates a deeper understanding of patient anatomy, enhancing diagnostic accuracy and surgical planning. Key Features and Functionality: - Instant 3D Visualization: Provides immediate, patient-specific 3D anatomical views, allowing for rapid assessment and decision-making. - Predefined Visualizations: Offers standard presets for various tissues, enabling quick access to commonly used visualization settings without manual adjustments. - Quantification Tools: Includes both 2D and 3D measurement capabilities, such as distances, angles, contour areas, and volume segmentations, aiding in precise analysis. - Extraction and 3D Printing: Allows users to extract specific anatomical structures from medical images, which can be exported and 3D printed for further examination or educational purposes. - Data Management: Features an integrated library that supports multiple modalities and formats, including DICOM images, ensuring efficient organization and retrieval of medical data. - Stereo Visualization: Supports stereoscopic 3D viewing, enhancing depth perception and providing an immersive experience for detailed anatomical exploration. Primary Value and User Solutions: Vesalius3D addresses the need for comprehensive and intuitive visualization of complex anatomical structures, which is crucial for accurate diagnostics, effective surgical planning, and medical education. By transforming standard 2D medical images into interactive 3D models, it enables healthcare professionals to gain deeper insights into patient anatomy, leading to improved patient outcomes. Additionally, its ease of use and advanced features streamline workflows, saving time without compromising quality. For educators and students, Vesalius3D serves as a valuable tool for teaching and understanding intricate anatomical relationships.