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Web components are a set of web platform APIs that allow you to create new custom, reusable, encapsulated HTML tags to use in web pages and web apps.
5,437
Unternehmen
Wir haben Daten zu 5,437 Unternehmen, die Web Components verwenden. Unsere Web Components 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 |
---|---|---|---|---|
![]() Salesforce | Vereinigte Staaten | Software Development | 80K | $32B |
![]() NTT DATA | Japan | It Services And It Consulting | 37K | $20B |
tech11 GmbH | Deutschland | It Services And It Consulting | 56 | $4.8M |
Adobe | Vereinigte Staaten | Software Development | 37K | $16B |
PwC | Vereinigtes Königreich | Professional Services | 328K | $50B |
ING | Niederlande | Banking | 66K | |
City National Bank | Vereinigte Staaten | Banking | 6.4K | |
AT&T | Vereinigte Staaten | Telecommunications | 173K | |
European EPC Competence Center GmbH | Deutschland | It Services And It Consulting | 13 | $4.3M |
![]() Autodesk | Vereinigte Staaten | Software Development | 15K | $4.9B |
![]() nCino | Vereinigte Staaten | It Services And It Consulting | 1.7K | $408M |
NeuraFlash | Vereinigte Staaten | Software Development | 410 | $7M |
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Web Components wird in 64 Ländern verwendet
Es gibt 54 Alternativen zu Web Components
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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.
Web Components are a set of web platform APIs that allow you to create new custom, reusable, encapsulated HTML tags to use in web pages and web apps. They provide a way for developers to build components with encapsulated functionality that can be reused time and time again, helping to enhance code maintainability and promote reusability. Web Components consist of four main specifications: Custom Elements, Shadow DOM, HTML Templates, and HTML Imports.
Web Components fall under the category of Front-End Frameworks, offering a more granular approach to building user interfaces compared to traditional frameworks like Angular, React, or Vue. They give developers the flexibility to create custom elements that encapsulate their functionality and styling, allowing for better component isolation and reusability within web applications.
The concept of Web Components emerged in the early 2010s as a response to the shortcomings of existing web development practices. The W3C standardization effort behind Web Components started in 2011, with industry leaders such as Google, Mozilla, and Microsoft driving the initiative. Their main motivation was to address the lack of native encapsulation and reusability in web development, aiming to provide a standardized way to create components that could work across different frameworks and libraries.
As of now, Web Components have gained traction in the web development community, with increasing adoption and support from major browsers. While they may not have as high a market share as some popular front-end frameworks, their flexibility and interoperability make them a valuable tool for developers seeking to build modular and maintainable web applications. The future outlook for Web Components appears promising, with a potential for continued growth as more developers embrace the benefits of component-based architecture.
Web Components are a vital tool in the realm of Front-End Frameworks, revolutionizing the way companies build and design web applications. These customizable elements offer a range of benefits that significantly enhance the development process and user experience.
Increased Reusability: Web Components allow developers to encapsulate specific functionalities into custom elements that can be reused across different projects. This reusability not only saves time and effort but also promotes consistency in design and functionality, leading to more maintainable codebases. Unlike traditional frameworks where reusability is limited to predefined components, Web Components offer unparalleled flexibility in creating unique and tailored elements for diverse requirements.
Improved Interoperability: Web Components are framework agnostic, meaning they can seamlessly integrate with any existing codebase or library without compatibility issues. This interoperability ensures that developers can leverage the full potential of various technologies within a single project, breaking free from the constraints of specific frameworks. This versatility facilitates collaborative development and empowers teams to utilize the best tools for each aspect of their application, ultimately enhancing productivity and innovation.
Enhanced Performance: By enabling developers to create lightweight and optimized components, Web Components contribute to improved performance and faster loading times. Unlike monolithic frameworks that come with unnecessary features and dependencies, Web Components allow for a more streamlined development approach, ensuring that applications are lean, efficient, and responsive. This emphasis on performance optimization is crucial in today's digital landscape, where user experience plays a pivotal role in the success of online platforms.
Simplified Maintenance: With Web Components, companies can streamline the maintenance process by isolating and updating individual elements without affecting the entire application. This modular approach to development reduces the risk of errors, enhances code maintainability, and facilitates easier troubleshooting and debugging. Unlike traditional frameworks where updates can lead to unforeseen consequences across the entire codebase, Web Components offer a more granular and efficient way to manage and evolve web applications.
Web Components have gained popularity among various companies for building reusable and encapsulated components on the web. Several well-known companies have successfully implemented Web Components in their tech stack to enhance user experience and streamline development processes.
GitHub: GitHub leverages Web Components to create interactive and dynamic user interfaces across its platform. They started using Web Components in 2018 to modularize their front-end codebase, allowing for easier maintenance and increased scalability. By utilizing Web Components, GitHub has improved the performance of their web applications and enhanced the overall user experience for developers and users alike.
Salesforce: Salesforce, a leading cloud-based CRM platform, incorporates Web Components to deliver customizable and responsive components within their applications. Since integrating Web Components into their architecture in 2019, Salesforce has been able to develop consistent design elements and functionalities across their suite of products. This has enabled them to provide a more cohesive user experience for their customers while simplifying the development process for their engineering teams.
Microsoft: Microsoft has embraced Web Components to build modern and responsive interfaces for its various products and services. They adopted Web Components as a core technology in 2017, allowing them to create reusable components that can be easily integrated into different web applications. By leveraging Web Components, Microsoft has accelerated development cycles, increased code reusability, and improved the overall performance of their web-based solutions.
These case studies showcase how companies like GitHub, Salesforce, and Microsoft have harnessed the power of Web Components to enhance their web applications, streamline development processes, and deliver exceptional user experiences. By incorporating Web Components into their tech stacks, these companies have demonstrated the versatility and effectiveness of this Front-End Framework in driving innovation and success in the digital landscape.
Sie können eine aktuelle Liste von Unternehmen, die Web Components 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 5,437 Unternehmen, die Web Components verwenden.
Web Components wird von einer Vielzahl von Organisationen in verschiedenen Branchen, einschließlich "Software Development", "It Services And It Consulting", "It Services And It Consulting", "Software Development", "Professional Services", "Banking", "Banking", "Telecommunications", "It Services And It Consulting", "Software Development", verwendet. Für eine umfassende Liste aller Branchen, die Web Components nutzen, besuchen Sie bitte TheirStack.com.
Einige der Unternehmen, die Web Components verwenden, umfassen Salesforce, NTT DATA, tech11 GmbH, Adobe, PwC, ING, City National Bank, AT&T, European EPC Competence Center GmbH, Autodesk und viele mehr. Sie können eine vollständige Liste von 5,437 Unternehmen, die Web Components nutzen, auf TheirStack.com finden.
Basierend auf unseren Daten ist Web Components am beliebtesten in Vereinigte Staaten (2,347 companies), Vereinigtes Königreich (298 companies), Deutschland (219 companies), Indien (210 companies), Spanien (184 companies), Kanada (123 companies), Australien (100 companies), Frankreich (84 companies), Brasilien (74 companies), Niederlande (50 companies). Es wird jedoch von Unternehmen auf der ganzen Welt verwendet.
Sie können Unternehmen, die Web Components 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.