NumOps is a robust data science tool housed within AIWin Technology's integrated AI solution, WinHub.AI. It simplifies and facilitates machine learning processes with features like expert systems and automated machine learning technology, enabling efficient model training and prediction. NumOps enables users, regardless of their technical proficiency, to generate AI models just by organizing and importing data into datasets. The SaaS platform, designed for data processing across diverse industries, also offers quick testing features for immediate model effectiveness verification.

AIWinOps, one of AIWin Technology's universal platforms under the comprehensive AI solution WinHub.AI, is a strong yet user-friendly Image-based AI SaaS platform. The platform offers a variety of functionalities including image annotation tools, potent data processing, and intuitive decision-making tools. This allows users to swiftly and accurately complete AI model training and deployment, without the need for programming knowledge. AIWinOps finds usage across a broad spectrum of industries such as semiconductor high-tech industry, water resources and environmental industry, precision and traditional manufacturing, security monitoring, medical imaging, and retail services.

The solution provides a method for tracking construction progress more accurately. It uses artificial intelligence to capture and analyze stages of a project. This offers an overview of progress and timelines. The system also provides visualizations of completion percentages, allowing teams to identify and address risks early. Further, it allows for the creation of timelapse videos that can serve multiple purposes including marketing and project updates.

The solution leverages AI to augment vehicle efficiency and utilization at the worksite by tracking their in-and-out movements. Its functionalities encompass license plate detection and vehicle counting paired with timestamps and duration monitoring. The system can detect unauthorized vehicle movements, classify various types of vehicles, and maintain a log for verification purposes. Additionally, it aids in discerning whether users are being overbilled for vehicle rentals, and provides a user-friendly dashboard for easy access to records and generation of reports for stakeholders.

The solution leverages artificial intelligence to enhance worksite safety through comprehensive access control and personnel tracking. It enables effective manpower tracking, authenticates zone access permissions, and accurately tracks movement for both workers and customers. Moreover, it offers real-time updates of the number of workers in each zone, and issues notifications when unauthorized individuals are detected. The solution contributes significantly to facility planning with insights about hotspot locations, bottlenecks, and choke points.

According to statistics, the construction industry accounts for up to 50% of the number of fatal occupational accidents, ranking first among all industries. Common types of occupational accidents primarily include falls, electric shocks, falling objects, and collapse or cave-in accidents, many of which are attributed to unsafe behaviors by construction workers, such as not wearing protective equipment properly. iSeek has proposed a smart work safety solution that can simultaneously detect multiple construction sites and manage the verification of whether workers on-site are properly wearing safety helmets, reflective vests, and high-altitude safety belts. In addition, the system smartly monitors smoke and flames so that on-site personnel have enough time to evacuate dangerous areas, thereby ensuring workers' safety at all times.

Groundup.ai's predictive maintenance solution offers a strategic approach to reducing unplanned downtime and improving production efficiency for manufactures. Leveraging real-time monitoring and AI-driven insights, the solution not only ensures optimal machine performance but also minimizes costly disruptions. The system has shown success with a 20% increase in equipment uptime, 50% reduction in maintenance planning time, and a 10% reduction in both overall maintenance costs and material expenditures.

RAI's Xcreen AI intelligent advertising billboard effectively provides efficient and flexible information broadcasting services on outdoor digital panels. By establishing product tags, it accurately targets the desired customer groups, aiming to improve consumer shopping bag rate and average transaction value. The cross-screen mechanism of the AI advertising billboard allows uninterrupted service, linking all digital devices in the field to provide customized personalized services.

The Intelligent AI Smart Medical solution bolsters the precision, effectiveness, and quality of healthcare services. By implementing intelligent medication identification, it ensures medication accuracy and controls medication flow efficiently. This minimizes the risk of medication errors, reduces human burden, and achieves secure medication distribution and management.

Anavision provides innovative smart building construction solutions, introducing a digital transformation for the construction process. These solutions incorporate advanced technologies like computer vision and analytics for automated surveying and monitoring—effectively cutting down operational costs and improving efficiency. By minimizing the need for manual efforts, it also promotes the safety of on-site workers.

The solution offers an automatic license plate recognition system for smart city traffic management. It enables administrators to keep track of vehicular inflow and outflow, reducing manpower cost and improving efficiency. The system is particularly useful in intelligent parking management, traffic law enforcement, and residential community parking control. By precisely identifying license plates, waiting times decrease, while parking process speeds up, enhancing vehicle turnover rate.

Anavision offers smart environment solutions that employ cutting-edge visual and analytics technologies. These advanced solutions are designed to monitor, control, track, and predict harmful environmental activities in real-time. Their spectrum of focus encompasses: improving water and air quality, controlling noise pollution, efficient waste management, and predicting and managing the advent of natural disasters.

The synthetic data solution is designed to address the frequent issue of insufficient data for AI model training in digital evolution. It offers voluminous synthetic 3D data, even when the initial dataset is small. This system ensures diverse data, covering different types of defects and circumstances, providing the AI model with superior generalization and sharp recognition abilities. It enhances detection accuracy and potency, besides saving time and costs because it is independent of extensive real data collection.

Observ Smart Detection Platform by Linker VisionAI facilitates real-time monitoring, analysis, and notifies about various events. By integrating with DataVerse for AI model training, it optimizes work performance across numerous fields. This platform is customizable, providing comprehensive data management, from collection to model training. Supporting a variety of AI detection scenarios, it also provides smooth event management and advanced analytics tools.

Suitability analysis is a technique used in geographic information systems (GIS) to assess the suitability of land use classification and find the best location for different land use needs. It is a strategic and multi-factor analysis that includes multiple physical, cultural, and economic inputs. Suitability maps can be generated to highlight areas of high to low suitability. Suitability analysis is widely used in urban planning, agriculture, environmental protection, and other fields. Our GIS experts can provide customized GIS models or tools to meet client needs and quickly respond to such analysis requests. Customized models or tools allow clients to efficiently repeat the analysis process by simply exchanging inputs. By applying customized models, we can reduce manual processing time from days to hours.

This solution is an integration of artificial intelligence and computer vision designed for surface defect detection in metal pipes. It enhances the production line's efficiency and accuracy through automation and data analysis, optimizing scheduling and reducing downtime. The quality of the production process is improved through real-time monitoring and control. The system's flexibility allows for adjusting production plans swiftly based on market demands, contributing to resource and energy efficiency by optimal scheduling and utilization, thus reducing costs and environmental impact.

Dataverse is a potent platform for rapid AI model development, designed to handle vast visual datasets. It enriches the user experience with its comprehensive suite, including data management, search functionalities, trend analysis, annotation tools, and automated AI model training and predictions. Dataverse is an end-to-end solution for AI development, equally useful for both AI novices and seasoned developers.

GeoXpert developed a smart passenger counting system. It uses advanced computer vision and machine learning to enhance safety, operational efficiency, and emergency response. Leveraging existing camera infrastructure, the system identifies cable car plates and estimated passenger count in real time, enabling informed decisions during emergencies or technical failures. The system assures zero hardware installations, real-time counting, accuracy rates up to 90%, with over 3000 daily detected passengers.

GeoXpert provides aerial survey services using drones and processes the data into high-definition point clouds and 3D models. They reconstruct power poles and insulators using ArcGIS and ArcScene tools. Additionally, they develop AI models to identify individual trees and tree groups, establishing correlations between vegetation and power assets. Furthermore, GeoXpert offers clients a cloud-based GIS platform for reviewing survey results and interacting with the data.

Anavision’s Smart Infrastructure solution capitalizes on technology to improve asset performance and optimized resource usage. The platform allows owners and operators to increase capacity, efficiency, resilience, and performance while lowering costs. It offers real-time performance optimization, intelligent object and defect detection, and predictive analytics for improved maintenance. The combination of these features cultivates valuable insights that inform asset development and promote sustainable environmental practices.

Aerial Photography Vehicle Removal is a ground-breaking solution that employs advanced deep learning and image infilling technology to erase vehicles from aerial photos. The technology accurately detects vehicles, even those reduced to 30-50 pixels, and fills the removal gaps to maintain the realism and beauty of aerial images. The solution has multiple benefits, including enhanced visual aesthetics, improved accuracy in urban and landscape design representation, and expanded applications in fields like city planning, map updating, landscape design, and more. It has achieved significant milestones, including a 95% accuracy rate in vehicle detection, 80% reduction in manual work, and 90% increase in image processing speed.

FastLegal is an AI-powered legal research assistant designed to address the inefficiencies of traditional legal research methods. It quickly sifts through over 10k cases from Hong Kong judiciary DB (it also seamlessly integrates with your legal knowledge base) to find the most relevant legal precedents, delivering precise results in seconds. By summarizing these findings and explaining their relevance, FastLegal saves legal professionals significant time and reduces the likelihood of errors. This tool simplifies the research process, allowing users to focus on analysis and case preparation confidently and efficiently.

The Core Safety-AI solution is geared towards improving safety practices in various industry applications. By utilizing state-of-the-art algorithms, the solution can enforce stringent safety standards, fulfilling the need for a safe working environment.

The solution orchestrates worksite safety using AI-driven video analytics. It boasts more than 10 pre-installed uses, including danger detection under lifted loads, vehicle proximity, and personal protective equipment (PPE) detection. The solution facilitates prompt alerts, enabling immediate corrective action and worker retraining. It assists in understanding trends to evaluate action plans' efficacy, and it's instrumental in safety meetings. The solution touts impressive figures, including a 50% reduction in hazard inspections and a seven-fold increase in hazard detection.

KinetixPro offers an AI-driven retail operations platform that integrates round-the-clock traffic monitoring, advanced data analytics, and demographic information to optimize store operations and enhance customer experiences. Through this system, retailers can track customer behaviors and preferences in real time, including foot traffic, engagement levels, queue waiting times, and shopping dwell times, as well as analyze the customer composition based on gender and age groups. With easy installation and compatibility with existing CCTV systems, KinetixPro emerges as a powerful tool for boosting sales efficiency and customer satisfaction.

AI OCR is a high-speed character recognition solution specifically designed for industrial applications. It combines photomechanical integration for streamlined operations, enabling immediate use upon turning it on. Designed to facilitate real-time detection at rates up to 600 images per minute, AI OCR efficiently handles variable industrial scenarios, such as low contrast, reflective surfaces, and worn out/broken characters. The entire model training and deployment process is simplified, making AI model application an effortless task.

AINavi is a deep learning visual inspection software, specifically designed for manufacturing industries. It enables efficient identification of manufacturing defects, significantly reducing program development time. With an initiative interface, users can accurately train, verify, and deploy AI models swiftly and maintain operations independently. AINavi aims to resolve long-term production and manufacturing bottlenecks, aiding in digital transformation and production line management.

The Production Management Module employs AI image recognition to enhance assembly techniques, improving production efficiency. This solution allows for precise identification of assembly errors, real-time warnings, headcount management, and aberration alerts. It also provides visual management with graphical display of assembly metrics, aiding optimization of production processes.

The Quality Management Module utilizes AI image recognition for automatic defect detection, thereby improving product quality and reducing defective rates. The solution can identify defects in various industries such as vehicles and parts, electronics, and materials. It also provides key specifications information related to production, and precise object measurement.

The Equipment Management Module integrates outdated machinery information through AI image recognition technology, providing real-time status checks and production data analysis. This solution offers various recognitions - instrumental readings, on-screen visuals, and work station orders – allowing users to manage productivity with ease. It swiftly responds to anomalies and clearly displays production data and processes for precise control.

The LIPSMetric Pallet Dimensioner Camera Kit is a large goods measurement solution designed to handle both cubic and non-cubic pallets, as well as large objects. It outlines object dimensions even in low-light warehouse conditions, offering exceptional versatility and functionality.

The LIPSMetric Static Dimensioner is a robust 3D Camera Dimension Measurement solution renowned for its exceptional speed and accuracy. It excels in measuring both cubic and uniquely shaped objects, including flat components as thin as 5 cm, very round, and very long objects.

The LIPSMetric Handheld Dimensioner is a versatile mobile device solution for real-time measurement of cargo dimensions, volume, and cubic content. This handheld camera integrates seamlessly into existing technology such as Tablets, PDAs, and Scanners, fitting neatly in existing housings.

PowerArena's SOP (Standard Operating Procedure) Assistant is a tool dedicated to maintaining quality in manufacturing processes. Unlike typical AOI (Automated Optical Inspection) or AI systems, SOP Assistant focuses on the process rather than the final product. It monitors adherence to procedures in real-time, alerting when protocols are not followed. The system also collects detailed data for further study and root cause analysis.

Eray Secure's "Smart Weighbridge System" is an innovative solution for logistics and transportation. It combines AI-powered license plate recognition with internal systems to create an automated weighbridge solution. It enables automatic goods collection by scheduled freight trucks, reducing labor and time costs, and streamlines the goods receiving process.

PowerArena's AI Line Balancer is a powerful tool designed to optimize manufacturing operations by addressing line imbalances. It targets the reduction of operational costs, minimization of waste and enhancement of efficiency by identifying bottlenecks in the manufacturing line. The AI gathers real-time data from every workstation via video stream, enabling prompt bottleneck identification and root-cause analysis.

The solution offered by Eray Secure Technology, known as Smart Warehouse Positioning, is designed to enhance inventory management. It keeps track of goods movement and quantity, while minimizing human error during the inventory check process. The system can be integrated with internal company inventory systems, which facilitates streamlined operations. Its use extends to position tracking of larger warehouse spaces, effectively categorizing goods to reduce manual handling time.

The solution, Intelligent Safety Inspection, integrates advanced image recognition technology to customize safety solutions for factories. It covers aspects such as workplace safety, completeness of safety equipment attire, and production line issues. The technology is versatile and adaptable, making it suitable for a variety of factory types. Swift implementation of this image recognition technology can enhance safety and production efficiency within factory premises.

Eray Secure's solution for "Smart Defect Detection" is designed for strict quality control in manufacturing industries. This intelligent system is capable of identifying flaws or defects in products, thereby improving the overall standard and minimizing waste caused due to unfit products.

The Smart Dashboard Recognition solution leverages AI to discern readings on various machinery within traditional manufacturing settings. With machines of different ages and models, some factories encounter problems of system compatibility and complex backend management. Sometimes, manual data transcribing and reporting can lead to errors. This solution, through deep learning, identifies numbers on the dashboard and reports the data to the backend system in real-time, reducing human errors, and enhancing workflow and productivity.

This solution employs standardized AI detection to ensure quality control in product inspection. By assigning AI the task of product inspection, issues related to human error, fatigue, oversight, and misjudgment are effectively mitigated, thus enhancing product quality inspection and reducing labor input and operational costs. Alongside, automatic generation of digital inspection reports with the assurance of data reliability improves work efficiency and ease of accessing report data. 5G network applications help in establishing a comprehensive AIoT environment, without requiring extensive Wi-Fi infrastructure within the premises.

Eray Secure's AI-powered "Smart Goods Auditing" solution helps decrease personnel costs and addresses current pain points in warehouse management. Utilizing AI's deep learning algorithms and visual recognition techniques as alternatives to conventional RFID tags mitigates the associated issues of tag loss or signal interference. Synchronizing with the internal inventory management system, it allows setting stock alerts, lowering manual auditing errors, and enhancing picking and auditing efficiency.

Pairing high-bandwidth 5G communication with AI image inspection technology, the software is integrated on portable tablet devices to address various challenges in conducting factory inspections. The values focus on ensuring completeness in executing patrol SOPs, efficient detection of inspection errors in real time, and providing immediate alerts for detected discrepancies.

The Smart Vehicle Dispatch System, based on GA optimization algorithms, is conceived to produce optimal routing results that anticipate fewer vehicles, reasonable distribution of deliveries, and minimal, even delivery mileage. It meticulously plans routing and mileage calculations, accumulating work data in its built-in database. The system works in tandem with the company's internal systems to automatically generate optimal combined vehicle results and shipping lists.

Powerhouse AI uses computer vision to detect boxes on shelves and pallets in order to get to an accurate count. Pieces (or eaches) are counted based on identification of text or numbers (like barcodes)

Aimed at automating document processing in logistics, this solution uses computer vision to read documents effectively and prevent manual data entry into ERP or WMS systems. It automates the cross-checking between documents and physical inventory or system data, and it can extract relevant information from paper documents or PDFs. The use of this solution can lead to smarter document handling that is up to 10 times faster, prevents human errors and allows better control over the process. It can be integrated as a part of various workflows and can also be white-labelled as part of your own solutions.

Anyline's Tire Tread Scanner uses AI and computer vision to accurately measure tire tread depth. This first-of-its-kind mobile solution is highly adaptable for workforce or consumer applications and can be integrated via an API. The scanner works with various tires of passenger and commercial vehicles. It provides reliable results in seconds and allows easy data integration into existing workflows. It enhances safety by reducing compliance risks and preventing fraud through objectivity in measurement.

Klippa’s Identity Verification SDK facilitates seamless KYC compliance through an intelligent ID verification solution, aided by AI. It offers globally accepted ID verification with coverage of over 500+ ID types, and reduces turnaround time by up to 70% for businesses. The system has the ability to detect document fraud, perform accurate age checks, verify ID documents instantly from multiple regions, and extract information in seconds. It also ensures data privacy measures, abides by mandatory CDD regulations, and improves KYC practices with ID verification and OCR for identity documents.

Facility inspections can be dramatically improved with this solution, that ensures automatic storage, recording, and generation of patrol reports during inspections. With standardized patrol processes, the opportunity for oversights is eliminated. Through the AI-powered real-time monitoring system, values are read and recorded with instantaneous alerts sent to control rooms upon detection of anomalies. By utilizing AI for in-process or final quality control (IPQC or FQC) failure detection, human errors are mitigated, product inspection quality is increased, and labor input and operational costs are reduced.

Klippa's Mobile Utility Meter Scanning SDK leverages AI to revolutionize the meter reading process. It offers swift scanning of a variety of meters such as gas, water, electricity, and oil. The system enhances customer experience by enabling remote meter reading without the need for technician appointments. It replaces error-prone manual processes with faster, automated data extraction. Ensuring security and compliance, the SDK requires no internet connection for operation, courtesy of local OCR.