|Supplier Slogan||Bringing the digital enterprise to every hands-on worker.||We are changing the way businesses and consumers interact with everyday objects, one mobile scan at a time|
|HQ Location||Canada||United States||United States||Sweden||Switzerland||China|
|Revenue||< $10m||$10-100m||< $10m||< $10m||$10-100m||< $10m|
|Employees||< 10||201 - 1,000||11 - 50||< 10||51 - 200||11 - 50|
|Website||Open website||Open website||Open website||Open website||Open website||Open website|
Scope AR provides advanced Augmented Reality Training Solutions. They use the latest in augmented glasses and software to provide an incredible real-time 3D overlay training solution.
Scope is working with some of the world’s leading multi-national companies and government agencies to provide custom state-of-the art training systems, while continuing to innovate and create novel Augmented Reality Training Solutions.
EON Reality is a multinational Virtual Reality and Augmented Reality software developer headquartered in Irvine, California. The company was founded by Dan Lejerskar, Mikael Jacobsson and Mats W. Johansson in 1999.
The company's Suzuki Sales P.R.O. was named "Most Innovative Product" by the Kiosk Awards in 2004. Orange County Innovation recognized EON Reality at its Innovator's Showcase and Celebration in October 2006.
The company develops Virtual Reality and Augmented Reality products aimed to improve knowledge transfer. EON Reality sells its software to corporations, universities, governments and the entertainment industry. The company has Interactive Digital Centers in Manchester, Laval, Moscow, Jeddah, Doha, and Muscat.
Upskill provides wearable technology to connect hands-on workers from the factory to the warehouse to the jobsite. Its robust platform, Skylight, connects the industrial workforce with the people, processes, information, and equipment they need to do their jobs with greater efficiency and fewer errors, leaving them hands free to focus on their tasks at hand, and their tools. Upskill can allow organizations in the competitive global market to increase productivity, improve quality, reduce costs, train new workers, retain tribal knowledge, and provide a strong foundation for further investments.
Gleechi have developed the first commercial software solution to create hand motion that can interact in real-time. The software enables free and natural hand interaction games and Virtual Reality and makes real-time interaction for robot hands possible. The core competences and technologies are centered around advanced computer vision and Machine Learning algorithms. Gleechi AB has been awarded Super Startup of year by Veckans Aff√§rer and ALMI Invest, won the european competition EIT Digital Idea Challenge, and been awarded the startup of the year by STING (Stockholm Innovation & Growth).
Scandit develops software for mobile enterprise apps for barcode scanning, text and objects recognition, and delivering real-time insights through AR. Scandit is helping business users and consumers to augment the physical world with relevant digital information in real time through barcodes, images, and other visual identifiers captured with smart devices such as smartphones, Wearables, drones, and robots. Over the years the company has evolved into a world-class team of mobile image processing, cloud-computing, and “Internet of Things” experts from around the globe. It has developed a culture of thought leadership and innovation that perpetually aims to break new ground in the mobile AIDC space. Many of the world’s most innovative and successful companies are already reaping the benefits of Scandit’s next-generation mobile data capture platform. The company is headquartered in Zurich, Switzerland, and is also represented in San Francisco, Boston, London and Warsaw.
Shanghai Digitwin Technologies Co., Ltd. is a technology-based enterprise that can provide fully autonomous and controllable products and solutions in the field of three-dimensional digital twins. Based on a deep understanding of the underlying hardware of the GPU and algorithm fusion, it can provide photo-level visual rendering power and the carrying capacity of large-space multi-source real-time data. By combining Artificial Intelligence, big data, multi-source heterogeneous data, and sensing technologies in three-dimensional space, we can provide high-quality virtual simulation and digital twins Solutions and software and hardware products.
WorkLink (Scope AR's work instruction authoring platform) allows for the quick assembly and dissemination of information and skills across your organization, ensuring that your experts’ knowledge is captured and codified, and that the entire organization has the most up-to date information and instruction the moment it’s available.
By enabling in-house creation of virtual instruction manuals, WorkLink accelerates the production process, lowers production costs, and improves data security. It also makes it possible to continuously improve workflows by gathering and analyzing meta-data such as timestamps, video logs, and user activities.
Remote AR, which can work in concert with or separately from WorkLink, enables workers to virtually connect with in-house experts for real-time guidance that’s supported by an Augmented Reality toolset. The expert can see exactly what the worker sees and provide clear, visual, step-by-step guidance to ensure that even the most complicated workflows can be completed with ease.
The cloud based EON AVR Platform enables users to develop, run, manage, access, store, host, and distribute AVR applications without the complexity of building and maintaining the infrastructure associated with developing an Augmented or Virtual Reality app.
Segment Application Support is built into the AVR Platform to address the specific needs across various industries including aerospace, education, edutainment, energy, government, manufacturing, medical, real estate, retail, security, sports and tourism.
Workers interact with a simple, intuitive software interface available directly in their line-of-sight via smart glasses, smartphones, tablets or Microsoft HoloLens.
MORE EFFICIENT LEARNING We reduce downtime, injuries and time spent in training by enabling staff to practice and get certified in Virtual Reality. VR training does not need physical presence of an instructor. Once the training is active, it can run anywhere and as many times as needed. MAKING VR TRAINING SIMPLE Our software platform VirtualGrasp? makes it easy to set up interactive Virtual Reality training scenarios. With VirtualGrasp? you can quickly make a 3D scene interactable and set up instructions and feedback for any training course. CUTTING-EDGE TECHNOLOGY 8 years of research at The Royal Institute of Technology led to the creation of VirtualGrasp?. It is the first software enabling realistic hand-object interactions in real-time. VirtualGrasp? is proven to enhance the memory of trainees. This leads to a reduction of errors and mistakes after the training. USER-FOCUSED SOLUTIONS Together with leading research institutes we have developed standardized interfaces and pedagogical components to optimize learning. Our solutions have been tested and verified with leading industry companies such as Saint-Gobain and Scania.
Enterprise-Grade Scanning on Smart Devices Scandit mobile computer vision software brings unrivaled scanning performance to any app on any smart device, turning it into a powerful data-capture tool. Our patented scanning technology can be integrated into virtually any app running on a camera-equipped smart device. The software is designed for enterprise-grade use with market-leading scan speeds and accuracy and is scalable to support large implementations. Barcode Scanning Combining high-performance barcode scanning software with a mobile device adds a new level of speed and efficiency to workflows across the many industries that use barcodes. Text Recognition (OCR) Optical character recognition (OCR) added to a smart device instantly reads alphanumeric text on items such as passports & ID cards, VIN codes in automotive, LOT or REF codes in healthcare or manufacturing. Augmented Reality (AR) Overlay Information is displayed on the device screen with an AR-overlay. The data source can be anything from product or delivery details to flight information, stock counts or patient verification.
The smart city pollution control virtual simulation platform
The smart city pollution control virtual simulation platform is a monitoring and disposal management platform for various environmental pollution independently developed by DIGITWIN. It integrates multiple complex technologies such as virtual simulation, BIM model, GIS data, Internet of Things, and Artificial Intelligence, and aims to improve sewage treatment and Real-time monitoring and preventive treatment capabilities in solid waste prevention. At the same time, the platform takes into account both the global perspective and the city's three-dimensional perspective, which can three-dimensionally and intuitively interpret the original obscure digital information in smart city operation and maintenance, creating a convenient and effective tool platform for multi-department collaboration.
The construction of a smart park is an important way to realize the smart and modern management of the park. By building a smart park, you can optimize the allocation and integration of various resources, improve the entire park's economy, industry, and ecological structure, and comprehensively improve the park's operating efficiency, quality, and level. DIGITWIN clearly supports the continuous empowerment of smart cities from the dimensions of virtual simulation, GIS, Internet of Things, and big data, and provides a full range of new smart park development and operation solutions from "top-level design to construction and operation."
Boeing, Microsoft, Lexus, Cornell University, GSK, Festo, Accenture, BP, Saudi Aramco.
Boeing, GE, Rio Tinto, Jabil, Merck, Shell, and Johnson & Johnson.
ABB, SCANIA, Saint-Gobain
|Technologies||Analytics & Modeling||Analytics & Modeling||Analytics & ModelingWearables||Analytics & Modeling||Analytics & ModelingApplication Infrastructure & MiddlewareSensors||Analytics & ModelingApplication Infrastructure & Middleware|
|Industries||AerospaceLife SciencesNational Security & Defense||AerospaceEducationHealthcare & HospitalsNational Security & DefenseRenewable Energy||AerospaceAutomotiveConsumer GoodsEquipment & MachineryOil & GasRetailTelecommunicationsUtilities||AerospaceHealthcare & HospitalsRetail||AerospaceBuildingsMarine & ShippingSecurity & Public Safety|
|Use Cases||Remote Collaboration||Virtual Training||Building Energy ManagementSmart CampusSmart City Operations|
|Functions||Discrete Manufacturing||Discrete Manufacturing||Field ServicesLogistics & TransportationProcess Manufacturing||Field ServicesWarehouse & Inventory Management||Discrete ManufacturingProcess Manufacturing|
|Infrastructure as a Service (IaaS)||None||None||None||None||None||None|
|Platform as a Service (PaaS)||None||None||None||None||None||None|
|Application Infrastructure & Middleware||None||None||None||None||Minor||Minor|
|Analytics & Modeling||Minor||Minor||Minor||Minor||Moderate||Moderate|
|Cybersecurity & Privacy||None||None||None||None||None||None|
|Networks & Connectivity||None||None||None||None||None||None|
|Processors & Edge Intelligence||None||None||None||None||None||None|
|Automation & Control||None||None||None||None||None||None|