Search results for Viberate

Lamatic is an end-to-end managed GenAI tech stack and orchestration platform that allows product teams to quickly deliver and iterate GenAI-powered applications.

Shoreline AI’s cloud-managed and software-driven patented architecture requires no experts to install, no CapEx, or data scientists, operationalizing in minutes per asset and delivering powerful machine-specific analytics. This highly secure, 100% subscription approach creates unprecedented APM economics for the balance of plant equipment and scales easily for new applications such as emissions monitoring. Shoreline AI’s plug-and-play asset performance management delivers breakthrough simplicity and cost efficiencies. Completely self-installed by non-experts, smart sensors automatically connect to the cloud and are auto-provisioned via a rich library of 30,000+ pre-built asset physics models. • Cloud-native approach • No new CapEx required • No on-site experts or data scientists needed • Operationalizes in days, delivering powerful machine-specific analytics • Highly secure, 100% subscription pricing • Scales easily for new applications such as emissions monitoring and energy management Specialties IoT, Embedded Systems, Cloud, Android, iOS, Asset Health Monitoring, Condition Monitoring, Vibration Analysis, Asset Performance Management, APM, ACM, IoT, SaaS, PaaS, O&G, Midstream, Upstream, General Manufacturing, Machinery Diagnostics, Wireless Sensors, LTE, Machine Learning, Energy, and Utilities

Pogtale is a modern planogramming software. It helps visual merchandisers design and iterate amazing looking precise planograms. pogtale mobile app can be used by store associates or facility managers to view planograms in the field.

Shoreline is an industrial AI/ML asset performance management SaaS solution company. It enables asset-intensive industries to connect all their assets to manage performance, improve efficiency, reduce maintenance costs, extend equipment's useful life by decades, and unlock rich operational data. It was founded by AI, ML, Cloud, HW, and industrial machine modeling experts from leading companies. For more information visit https://www.shorelineai.us. We Are Redefining What's Possible Shoreline AI’s plug-and-play asset performance management delivers breakthrough simplicity and cost efficiencies. Completely self-installed by non-experts, smart sensors automatically connect to the cloud and are auto-provisioned via a rich library of 30,000+ pre-built asset physics models. • Cloud-native approach • No new CapEx required • No on-site experts or data scientists needed • Operationalizes in days, delivering powerful machine-specific analytics • Highly secure, 100% subscription pricing • Scales easily for new applications such as emissions monitoring and energy management Specialties IoT, Embedded Systems, Cloud, Android, iOS, Asset Health Monitoring, Condition Monitoring, Vibration Analysis, Asset Performance Management, APM, ACM, IoT, SaaS, PaaS, O&G, Midstream, Upstream, General Manufacturing, Machinery Diagnostics, Wireless Sensors, LTE, Machine Learning, Energy, and Utilities

DHMSCare keeps watch on your industrial machines and tells you what is about to go wrong. It pairs our own wireless vibration and temperature sensors with AI that knows machines, so you get continuous monitoring, early alerts and clear fault diagnosis, from first reading to final answer. Mina, the industrial AI agent, reads the live data, explains what is happening and tells you what to do, in plain words. In real plants, 90%+ of DHMSCare's anomaly alerts are accurate, AI fault diagnosis holds at 85%+, and diagnosis with expert review reaches 90%+. Deployment is self-serve in 90 seconds: snap one photo of the machine to build its model and go live the same day. There is no implementation fee. DHMSCare runs on cloud services in the customer's own country or region; on-premises deployment is available on request, with DHMSCare supplying the application and AI servers. It serves customers in China and overseas. Hardware: DS310 / DS311 wireless sensors (3-axis MEMS, 0–6000 Hz ±3 dB, ±16 g, −40 to 120 °C, IP69) and DG310 / DG311 smart gateways (up to 60 sensors over Bluetooth; Wi-Fi/Ethernet uplink on DG310, 4G/Ethernet on DG311).

MonoM Predictive Maintenance is an industrial AI platform designed to unify operational technology (OT) and information technology (IT) data, delivering accurate predictions and prioritized actions to prevent equipment failures. By integrating existing sensors, historians, and computerized maintenance management systems (CMMS), MonoM provides a comprehensive view of asset health without the need for hardware replacements. Key Features and Functionality: - Comprehensive Asset Coverage: Utilizes hybrid models combining physics and AI to monitor various asset types, including rotating, static, electrical, and process equipment. - Contextualized Predictions: Fuses condition data (e.g., vibration, thermography) with OT data (e.g., SCADA, historians) and enterprise resource planning (ERP) systems to eliminate false positives and provide actionable alerts. - Rapid Deployment: Integrates seamlessly with existing infrastructure, enabling deployment within weeks and immediate realization of benefits. Primary Value and Problem Solved: MonoM addresses the challenges of fragmented predictive maintenance systems that often result in false alarms and lack context. By unifying disparate data sources and applying advanced analytics, it reduces non-actionable alerts by 85%, accelerates time-to-action by 60%, and decreases reactive maintenance by 30%. This leads to increased equipment availability, extended maintenance planning horizons, and overall reduction in maintenance costs, transforming maintenance operations into a strategic advantage.

CellaPOS is an Italian web platform for workplace health and safety compliance under Legislative Decree 81/2008. Construction companies, tradespeople, safety officers (RSPP), site safety coordinators (CSE) and consulting firms use it to draft the mandatory safety documents: the POS (site-specific Operational Safety Plan), the DVR (Risk Assessment Document) and the PIMUS (scaffolding assembly, use and dismantling plan). A guided step-by-step editor collects company, staff, equipment and work-phase data and reuses it across documents. An AI assistant proposes risks and preventive measures by searching an indexed corpus of Italian regulations, INAIL guidelines and 235 machine and equipment data sheets, and shows the cited source next to each suggestion. Every document stays editable and requires explicit human review before export to PDF (and Word for the DVR). The DVR module includes 10 calculators for specific risks: noise, vibration, work-related stress, manual handling, chemical, carcinogenic, biological, asbestos, artificial optical radiation and fire. CellaPOS also offers a deadline tracker with email alerts for training, medical examinations, DURC and equipment inspections, company records management, and monitoring of the construction credit licence (Patente a Crediti). It runs in the browser on desktop, tablet and phone. Pricing: free trial draft, pay-per-document from €30, subscriptions from €19.90/month. Developed and supported in Italy by 3C SERVIZI SRLS.

Launchable is an AI-driven software development intelligence platform designed to optimize and accelerate the testing process within continuous integration pipelines. By leveraging machine learning, Launchable helps development teams identify and execute the most relevant tests for specific code changes, thereby reducing test execution times and enhancing overall software quality. This approach enables faster delivery cycles and more efficient resource utilization. Key Features and Functionality: - Predictive Test Selection: Utilizes machine learning models to select and run tests with the highest probability of failure based on code changes, significantly reducing test suite sizes and execution times. - Intelligent Test Failure Diagnostics: Automatically groups related test failures, identifies recurring issues, and monitors test patterns, streamlining the bug triage process and reducing manual effort. - Test Suite Insights: Provides comprehensive metrics on test session duration, frequency, and failure rates, offering a clear view of test suite health and areas for improvement. - Test Failure Notifications: Delivers personalized notifications to developers regarding test failures caused by their code changes, facilitating prompt issue resolution. Primary Value and Problem Solved: Launchable addresses the challenge of lengthy and inefficient testing processes in software development. By intelligently selecting and prioritizing tests, it reduces test execution times by up to 98%, allowing developers to receive faster feedback and iterate more quickly. This optimization leads to higher-quality software releases, increased commit frequency, and a more efficient CI pipeline, ultimately supporting the practice of Continuous Quality.

Irmos Technologies AG specializes in extending the safe operational life of buildings, bridges, and critical infrastructure through advanced structural health monitoring solutions. By integrating cost-efficient sensors with intelligent algorithms, Irmos translates vibrations caused by wind and traffic into actionable structural condition metrics. This data-driven approach enables predictive maintenance planning, helping asset owners manage risks, optimize maintenance costs, and reduce carbon emissions associated with structural upkeep. Key Features and Functionality: - Rapid Test: Facilitates maintenance prioritization, identifies critical assets, and provides a comprehensive status overview of infrastructure portfolios. - Health Check: Optimizes maintenance planning, safely extends service life, and detects non-visible damage, ensuring structural integrity without operational disruptions. - 24/7 Smartwatch: Offers continuous monitoring to minimize risks and costs through predictive maintenance, controls traffic loads via Bridge Weigh-In-Motion (WIM) systems, and provides real-time assessments post-disasters. Primary Value and User Solutions: Irmos Technologies addresses the challenges of aging infrastructure, where over 50% of built assets have surpassed their design lifespan. Traditional maintenance methods often rely on visual inspections, leading to unexpected downtimes and costly, conservative assessments. By leveraging real-time data and predictive analytics, Irmos empowers asset owners to make informed maintenance decisions, thereby enhancing safety, reducing unexpected failures, and optimizing both costs and environmental impact.

The WACS Series (Wide Area Control and Supervision) is composed of IoT devices for online asset management. With them, it is possible to remotely control and supervise equipment, cargo, vehicles and any other type of asset or commercial and industrial system. Its features allow remote management and greater operational performance of assets. Key features: Energy Long-lasting battery (up to 10 years) External power (when higher communication frequency is required) Indoor and outdoor geolocation High precision temperature measurement Vibration and Motion Detection Relative humidity measurement Wiring for connection to external sensors (resistance, voltage, current, dry contact) Temperature measurement with type K thermocouple sensor (up to 1000 °C) Ambient light measurement Directed ambient light measurement (external sensor) Motion detection I2C master functionality for reading sensors Alarms, notifications and historical log Connectivity: Sigfox, LoRaWAN, NB-IoT, LTE-M, Wi-Fi WACS series products are very flexible and can be applied to a wide range of markets. The WACS Series has parameterization features that allow the same device to behave differently for each application. ​Applications: Cold food and beverage chain Temperature supervision of vaccines and medicines Package tracking (RIP) Vehicle Supervision and Tracking Equipment supervision Industrial and environmental variable telemetry Security systems Industrial Call and Emergency Systems Building automation Infrastructure - Ports & Airports Mining, Energy, Oil & Gas Agribusiness Health Smart cities

The Asset Monitoring IIoT Datastream Subscription by Urban.io offers a comprehensive solution for collecting and managing industrial IoT data from remote and hard-to-reach locations. This service provides seamless access to IoT infrastructure, enabling businesses to focus on cloud integration while Urban.io handles the complexities of field data collection. Key Features and Functionality: - Comprehensive Data Access: Subscribers gain perpetual ownership of IoT data, along with licenses for SaaS software to configure endpoints and display data, and an API connector to AWS IoT Core. - Inclusive IoT Infrastructure: The subscription includes unlimited use of Asset Monitoring IoT devices, access to local IoT network equipment, and complimentary shipping of physical items to and from your location. - Diverse Sensor Support: Industrial-grade sensors are available for various measurements, including ambient and probe temperature, humidity, meter count, light, moisture, vibration, on/off status, motion, current, delta pressure, process loop (4-20mA, battery test, and activity counting. Primary Value and User Solutions: This subscription addresses the challenges of monitoring assets in remote or inaccessible areas by providing a turnkey solution that eliminates the need for businesses to invest in and manage complex IoT infrastructure. By offering a scalable and cost-effective service, Urban.io enables organizations to enhance operational efficiency, improve asset performance, and make data-driven decisions without the burden of handling the technical aspects of IoT deployment.

SimForm enables designers and tooling managers in the plastic injection industry to understand the thermal behavior of their molds early in the design progress. SimForm allows you to iterate your cooling channel design quickly using a straightforward, easy-to-use and affordable workflow. Pinpoint hotspots, ensure temperature uniformity, and predict cooling cycle ranges to produce higher quality plastic parts.

Transformation.ai was built to answer this challenge - providing a simple and agile framework for gathering up all the elements that make up your customer journeys, map them into different visualizations that cut through the clutter and make things plain to see, and then connect up those map points to real insight through integrations to real life systems, allowing our customers to continually iterate and improve.

SoftServe Innovation Platform™ is a true, end-to-end business solution enabling all-inclusive ideation, prototype design, and market testing before building a winning product. Our Innovation Platform features a three-stage process, backed by actionable data, and true end-to-end collaboration: 1. Ideate 2. Iterate 3. Deliver Innovate anywhere on iOS or Android native mobile. Choose one of our packages (including a free trial) and achieve your innovation imperative.

HairCoSys is an innovative company specializing in AI-driven hair and scalp diagnostics, offering personalized care solutions for both professionals and consumers. By integrating advanced artificial intelligence and image processing technologies, HairCoSys provides comprehensive assessments of hair health, enabling users to make informed decisions about their haircare routines. Key Features and Functionality: - Bloomtastic AI: An AI-powered platform that delivers personalized hair and scalp assessments with tailored recommendations, providing objective data and insights. - CombAI: The world's first AI-integrated smart comb equipped with a scalp-checking camera. It offers low-level light therapy (LLLT), vibration cleaning, and relaxation features to remove dirt and oil, promoting overall scalp health. - eCom Lead Gen: An AI-driven solution designed to enhance customer trust and loyalty by addressing comprehensive haircare needs, thereby boosting engagement and sales. Primary Value and User Solutions: HairCoSys addresses the growing demand for data-driven, personalized haircare by providing tools that offer accurate, real-time hair and scalp analysis. For professionals, such as salons, clinics, and haircare brands, HairCoSys enhances client services through evidence-based consultations and efficient client management systems. Consumers benefit from accessible, at-home hair health monitoring and therapy, empowering them to take proactive steps in their haircare journey. By leveraging AI technology, HairCoSys transforms traditional haircare practices into personalized, data-informed experiences, improving overall hair health and customer satisfaction.

DEEP-AI is a pioneering company specializing in AI-driven non-destructive testing (NDT) solutions, aiming to revolutionize industrial inspections by enhancing safety and efficiency. By integrating advanced artificial intelligence technologies, DEEP-AI offers innovative products that automate defect detection and analysis, reducing reliance on manual evaluations and improving inspection accuracy. Key Features and Functionality: - DEEP-ECT (Steam Generator): The world's first EPRI AAPDD-certified eddy current testing solution, DEEP-ECT utilizes cutting-edge AI to automatically analyze defects in steam generators and heat exchangers, significantly enhancing inspection efficiency and providing immediate results. - DEEP-IRIS: An AI-based Internal Rotary Inspection System that automates defect detection and wall thickness measurements in heat exchangers, offering precise data management and lifespan evaluation to optimize maintenance schedules. - DEEP-Flow: A compact 65-channel Eddy Current Array device combining portability with high performance, suitable for various industrial environments, and compatible with most ARRAY probes for seamless integration. - Motion Amplification: This technology employs high-speed cameras and advanced image processing to visually amplify and analyze subtle movements and vibrations in structures and equipment, enabling precise diagnostics of defects and imbalances. Primary Value and User Solutions: DEEP-AI's solutions address critical challenges in industrial inspections by automating and enhancing the accuracy of defect detection processes. By leveraging AI, these products reduce inspection times and costs, minimize human error, and provide real-time, reliable data for informed decision-making. This leads to extended equipment lifespans, prevention of unexpected failures, and overall improved safety and efficiency in industrial operations.

Audimee is an innovative voice-to-voice platform that empowers users to transform their vocal recordings into a diverse array of high-quality, royalty-free voices. Designed to make top-tier vocalists accessible to all, Audimee offers tools that cater to both amateur and professional musicians, enabling creative freedom in music production. Key Features and Functionality: - Vocal Conversion: Convert your vocals into any of Audimee's customizable voice models, spanning various genres and styles. - Voice Cloning: Train and utilize custom voice models to replicate specific vocal characteristics. - Harmony Maker: Generate up to five harmony tracks from a single recording, enriching your songs with layered vocals. - Vocal Tuner: Fine-tune pitch and vibrato using both quick adjustments and manual pitch editing for precise control. - Vocal Isolator: Extract vocals from existing tracks, facilitating remixing and sampling. - Extensive Voice Library: Access over 100 customizable voice models, with new additions released weekly, covering a wide range of genres and styles. Primary Value and User Solutions: Audimee democratizes access to professional-grade vocalists, allowing users to enhance their music projects without the need for expensive studio sessions or collaborations. By providing tools for vocal conversion, harmony creation, and precise tuning, Audimee addresses common challenges in music production, such as limited access to diverse vocal styles and the technical complexities of vocal editing. This platform enables users to experiment with different voices and harmonies, fostering creativity and innovation in their musical endeavors.

Kavaken is an AI-powered SaaS platform designed to enhance the efficiency and profitability of renewable energy assets. By analyzing operational data, it provides actionable insights that help asset owners maximize production, reduce downtime, and streamline operations without the need for additional hardware or complex systems. Key Features and Functionality: - Predictive Maintenance: Utilizes AI algorithms to analyze vibration and SCADA data, offering early warnings to prevent major component failures and minimize revenue loss. - Power Booster: Ensures turbines operate at maximum capacity by analyzing and optimizing power curves, identifying underperformance, and providing actionable recommendations. - Forecast+: Improves day-ahead and intraday production forecasts using ensemble AI models, reducing balancing costs and enhancing revenue generation. - Tracker: Monitors turbine operations to ensure they function within normal parameters, alerting users to any deviations caused by human intervention or other factors. - Outages: Automates outage tracking and categorization, facilitating better understanding of downtime reasons and improving availability reporting. - Revenue Cockpit: Provides a centralized dashboard focusing on critical, revenue-centric metrics, enabling top and middle management to monitor and optimize performance effectively. Primary Value and Solutions: Kavaken addresses the challenges faced by renewable energy asset owners, such as decreasing revenues, aging assets, and increased downtime. By leveraging AI and machine learning, it transforms vast amounts of operational data into strategic insights, enabling proactive maintenance, optimized performance, and improved financial outcomes. This data-centric approach not only enhances the reliability and efficiency of renewable energy operations but also contributes to a more sustainable and profitable energy future.

Here is a compelling, high-impact product description for Smart Insight by WhereFy, tailored specifically for the G2.com audience of software buyers and IT decision-makers. Smart Insight by WhereFy: Eliminate the Guesswork in CNC & PLC Production Smart Insight is an enterprise-grade Industrial IoT (IIoT) platform designed to bridge the gap between physical machinery and digital intelligence. By connecting directly to your CNCs and PLCs, Smart Insight transforms raw machine data into a live Production Dashboard, providing manufacturers with total shop-floor visibility in real-time. Stop relying on manual logs and "best guesses" for downtime. Smart Insight digitizes your operations instantly, allowing you to track OEE, monitor operator efficiency, and visualize every second of your production lifecycle. Key Features & Capabilities Precision Operational Timeline: A continuous, zero-gap visualization of your production day. Categorize machine states into Running (Green), Idle (Yellow), Stopped (Red), and Offline (Grey) to identify micro-stops and major bottlenecks. In-Cycle Part Segmentation: Go beyond basic "uptime." Visualize individual part cycles within running blocks to conduct precise cycle-time analysis and ensure production targets are met. Automated Production Reporting: Eliminate manual data entry. Generate one-click manufacturing analytics and export detailed reports to PDF or Excel for seamless shift handovers and management reviews. Universal Compatibility: Engineered for high-productivity environments with native support for Fanuc, Siemens, Mitsubishi, Haas, Heidenhain, and Mazak controllers. High-Frequency Data Sampling: Supports up to 10kHz sampling for advanced vibration analysis and predictive maintenance insights.

Anhui Keye Intelligent Technology Co., Ltd. is a national high-tech enterprise specializing in the application of artificial intelligence in visual inspection systems. Established in 2011 and headquartered in Hefei, China, the company focuses on developing and manufacturing advanced AI-driven visual inspection equipment and customized AI system solutions for various industries, including packaging, textiles, new energy, electronics, food, dairy, and pharmaceuticals. Key Features and Functionality: - AI Algorithms: Utilizes deep learning algorithms for defect detection, classification, measurement, and enhancement, ensuring high precision and real-time recognition. - Modular Design: Offers flexible and customizable solutions tailored to specific industry needs, allowing for easy integration and scalability. - Edge Computing Technology: Employs high-reliability, low-power consumption embedded processing units that adapt to various environmental conditions, including high temperature, humidity, dust, and vibration. - Customized Light Sources and Cameras: Develops proprietary lighting and imaging systems covering the full spectrum from ultraviolet to infrared, ensuring accurate color reproduction and high contrast for precise defect detection. - Remote Operation and Maintenance: Provides a remote online training platform to improve machine inspection accuracy and offer timely customer support. Primary Value and Solutions: Anhui Keye's AI visual inspection systems address the critical need for quality control and defect detection in manufacturing processes. By integrating advanced AI algorithms with high-precision hardware, the company offers solutions that enhance product quality, reduce manual inspection costs, and increase production efficiency. Their systems are designed to adapt to various industrial applications, providing reliable and scalable inspection capabilities that meet the evolving demands of modern manufacturing.