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Graphene is a Python library for building GraphQL schemas/types fast and easily.
381
Unternehmen
Wir haben Daten zu 381 Unternehmen, die Graphene verwenden. Unsere Graphene Kundenliste steht zum Download bereit und ist mit wichtigen Unternehmensspezifika angereichert, darunter Branchenklassifikation, Organisationsgröße, geografische Lage, Finanzierungsrunden und Umsatzzahlen, unter anderem.
Unternehmen | Land | Branche | Mitarbeiter | Umsatz |
---|---|---|---|---|
Swinburne University of Technology | Australien | Higher Education | 6.2K | |
Skeleton Technologies | Estland | Appliances, Electrical, And Electronics Manufacturing | 259 | $40M |
The University of Manchester | Vereinigtes Königreich | Higher Education | 18K | $1.3B |
Octopus Energy | Vereinigtes Königreich | Utilities | 3.2K | |
![]() Canal | Vereinigte Staaten | Software Development | 59 | $1M |
Webrunners GmbH | Vereinigte Staaten | It Services And It Consulting | $6.3M | |
National University of Singapore | Singapur | Higher Education | 22K | $858M |
Lyten | Vereinigte Staaten | Manufacturing | 263 | |
ICN2 | Spanien | Financial Services | 270 | |
University of Cambridge | Vereinigtes Königreich | Research Services | 18K | $2.7B |
Graphite Innovation & Technologies | Kanada | Manufacturing | 17 | |
Integrated Graphene | Vereinigtes Königreich | Nanotechnology Research | 49 | $8M |
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Nutzungsstatistiken für Technologie und Marktanteil
Sie können diese Daten an Ihre Bedürfnisse anpassen, indem Sie nach Geografie, Branche, Unternehmensgröße, Umsatz, Technologienutzung, Jobpositionen und mehr filtern. Sie können die Daten im Excel- oder CSV-Format herunterladen.
Sie können Alarme für diese Daten erhalten. Sie können beginnen, indem Sie die Technologie auswählen, die Sie interessiert, und dann erhalten Sie Alarme in Ihrem Posteingang, wenn es neue Unternehmen gibt, die diese Technologie verwenden.
Sie können seine Daten in eine Excel-Datei exportieren, die in Ihr CRM importiert werden kann. Sie können die Daten auch an eine API exportieren.
Es gibt 13 Alternativen zu Graphene
Graphene wird in 23 Ländern verwendet
Häufig gestellte Fragen
Unsere Daten stammen aus Stellenanzeigen, die von Millionen von Unternehmen gesammelt wurden. Wir überwachen diese Anzeigen auf Firmenwebseiten, Jobbörsen und anderen Rekrutierungsplattformen. Die Analyse von Stellenanzeigen bietet eine zuverlässige Methode, um die von Unternehmen verwendeten Technologien zu verstehen, einschließlich der Nutzung interner Tools.
Wir aktualisieren unsere Daten täglich, um sicherzustellen, dass Sie auf die aktuellsten verfügbaren Informationen zugreifen. Dieser häufige Aktualisierungsprozess garantiert, dass unsere Einsichten und Erkenntnisse die neuesten Entwicklungen und Trends der Branche widerspiegeln.
Graphene is a revolutionary material known for its exceptional properties, being just one atom thick and made of carbon arranged in a hexagonal lattice structure. This two-dimensional crystal is considered the thinnest material ever obtained, boasting remarkable strength, flexibility, and conductivity. Graphene's unique characteristics have led to its widespread interest and application across various industries, from electronics and energy to biomedicine and aerospace.
Graphene belongs to the category of advanced materials, particularly in the field of nanotechnology. As a versatile building block, Graphene enables the development of innovative solutions for diverse challenges. Its properties make it an ideal candidate for enhancing the performance of products and devices, driving advancements in fields such as sensor technology, composite materials, and energy storage.
Historically, Graphene was isolated and characterized in 2004 by two scientists, Andre Geim and Konstantin Novoselov, at the University of Manchester. Their groundbreaking research earned them the Nobel Prize in Physics in 2010. The motivation behind their work was to explore the unique properties of carbon in its two-dimensional form, leading to the discovery of this extraordinary material with tremendous potential for various applications.
In terms of current market share, Graphene holds a relatively small portion within the advanced materials industry due to its nascent stage of commercialization. However, experts predict a significant growth trajectory for Graphene in the coming years as more industries adopt its use. The increasing demand for high-performance and eco-friendly solutions is expected to drive the expansion of Graphene applications, positioning it as a key player in shaping the future of technology and innovation.
Graphene has become increasingly popular among companies due to its numerous advantages and benefits in the realm of Query Languages. Not only does Graphene offer unparalleled efficiency and speed, but it also provides a range of features that set it apart from other similar technologies.
Graphene outshines other query languages by delivering lightning-fast performance. Its optimized data processing capabilities ensure that queries are executed swiftly, enabling companies to retrieve valuable insights in real-time. This efficiency allows for quicker decision-making and enhances overall operational agility.
One of the key benefits of Graphene is its exceptional scalability. Unlike traditional query languages that may struggle to handle large datasets, Graphene effortlessly scales to accommodate growing data volumes without compromising performance. This ensures that companies can seamlessly expand their operations without encountering limitations on data processing capabilities.
Graphene offers unparalleled flexibility, allowing companies to adapt their queries and data models quickly and easily. Its versatile structure enables users to modify and customize queries without significant overhead, providing the agility needed to meet evolving business requirements. This adaptability sets Graphene apart from rigid query languages that may restrict flexibility and hinder innovation.
With Graphene, companies can seamlessly integrate disparate data sources and formats, consolidating information for comprehensive analysis. Its robust data integration capabilities eliminate the need for complex ETL processes, streamlining data management and enhancing the overall accuracy of insights generated. This ease of integration surpasses that of traditional query languages, simplifying the data consolidation process and improving operational efficiency.
Graphene is a popular technology used by various companies to enhance their operations and offer innovative solutions. Some well-known companies that utilize Graphene in their tech stack include Airbnb, Shopify, and Pinterest. Let's delve into some case studies showcasing how these companies leverage Graphene in their platforms:
1. Airbnb: Airbnb, the renowned online marketplace for lodging and tourism experiences, implemented Graphene to optimize data fetching and management within their application. By integrating Graphene's query language capabilities, Airbnb was able to enhance the efficiency of their backend services. This implementation started in 2017, allowing Airbnb to deliver a seamless user experience by swiftly retrieving and displaying relevant information.
2. Shopify: Shopify, a leading e-commerce platform, embraced Graphene to bolster the performance of their data querying mechanisms. With Graphene's query language support, Shopify streamlined the process of fetching product information and customer data, resulting in faster response times and improved user interactions. This adoption began in 2016, empowering Shopify to scale its services effectively and cater to a growing customer base.
3. Pinterest: Pinterest, the popular visual discovery engine, harnessed Graphene to enhance the efficiency of content retrieval and presentation on their platform. By utilizing Graphene's query language capabilities, Pinterest optimized the performance of their backend systems, enabling users to quickly explore and discover content tailored to their preferences. This integration commenced in 2018, enabling Pinterest to deliver personalized and engaging experiences to millions of users worldwide.
These case studies exemplify how companies like Airbnb, Shopify, and Pinterest harness the power of Graphene's query language technology to elevate their platforms and provide seamless user experiences. By leveraging Graphene's capabilities, these companies have demonstrated significant improvements in data management, query optimization, and overall performance, solidifying the value of Graphene in enhancing modern digital solutions.
Sie können eine aktuelle Liste von Unternehmen, die Graphene verwenden, auf TheirStack.com einsehen. Unsere Plattform bietet eine umfassende Datenbank von Unternehmen, die verschiedene Technologien und interne Tools nutzen.
Bis jetzt haben wir Daten von 381 Unternehmen, die Graphene verwenden.
Graphene wird von einer Vielzahl von Organisationen in verschiedenen Branchen, einschließlich "Higher Education", "Appliances, Electrical, And Electronics Manufacturing", "Higher Education", "Utilities", "Software Development", "It Services And It Consulting", "Higher Education", "Manufacturing", "Financial Services", "Research Services", verwendet. Für eine umfassende Liste aller Branchen, die Graphene nutzen, besuchen Sie bitte TheirStack.com.
Einige der Unternehmen, die Graphene verwenden, umfassen Swinburne University of Technology, Skeleton Technologies, The University of Manchester, Octopus Energy, Canal, Webrunners GmbH, National University of Singapore, Lyten, ICN2, University of Cambridge und viele mehr. Sie können eine vollständige Liste von 381 Unternehmen, die Graphene nutzen, auf TheirStack.com finden.
Basierend auf unseren Daten ist Graphene am beliebtesten in Vereinigte Staaten (104 companies), Vereinigtes Königreich (54 companies), Spanien (14 companies), Kanada (12 companies), Frankreich (10 companies), Australien (7 companies), Indien (6 companies), Niederlande (6 companies), Deutschland (5 companies), Singapur (3 companies). Es wird jedoch von Unternehmen auf der ganzen Welt verwendet.
Sie können Unternehmen, die Graphene verwenden, finden, indem Sie auf TheirStack.com danach suchen. Wir verfolgen Stellenanzeigen von Millionen von Unternehmen und nutzen sie, um herauszufinden, welche Technologien und internen Tools sie verwenden.