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AR SDK frente a desarrollo personalizado
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Augmented reality has helped businesses and online sellers to increase their revenue, drive more sales, and boost conversion rates by offering their customers engaging and immersive online shopping experiences. However, selecting the best way to build and create AR features and capabilities is still a confusing and debated task.

In this blog, I have provided you with detailed information on how to select the best way of AR development, enabling you to understand the best way of AR development. I have also provided you with detailed information on two different methods, AR SDK and custom development, and their benefits and limitations.

What is an AR SDK?

An AR SDK is a software development kit that consists of a set of tools, libraries, and documentation that can be used by developers to create various AR-based applications. By using these SDKs, brands and businesses can handle various complex tasks of layering digital content, such as 3D models or animations, onto the real world, which can be viewed through devices such as smartphones or AR headsets.

Some of its main components include APIs or frameworks, content rendering, tracking and localization, and scene recognition, enabling brands to provide their customers with a realistic and engaging experience. Some advanced AR SDKs also help online sellers and businesses to provide their clients with an immersive experience by detecting their facial expressions in order to interpret the environment and create a stable and interactive AR experience.

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Benefits and limitations of using AR SDK

Using any kind of method for application development brings both advantages and disadvantages for developers, as it may help in reducing the development cost and time, but may raise privacy issues. In this section, I will help you understand the benefits and limitations of using an AR SDK for your online platform, and whether using an AR SDK development method for app development is beneficial for your company or not.

Benefits

  • Accelerated development: It helps developers decrease the development time by providing them with pre-built tools, libraries, and APIs that simplify the complex process of creating AR experiences. It also helps developers to increase the user experience by offering them advanced AR features, such as image tracking, plane detection, and 3D object tracking, without building them from the ground up.
  • Simplified complexity: It helps developers to reduce the complexity of app development by making the development process more efficient and easier. It enables developers to handle the technical complexity, such as motion tracking, depth sensing, and lighting estimation, enabling them to focus on the creative and functional aspects during the application development process.
  • Lower initial investment: By using the AR-based SDKs, developers can reduce the initial development cost of the application because it helps to simplify the development process by offering them ready-made tools. Apart from that, it also helps to reduce the initial cost of the application development, which is associated with the building of AR features and capabilities.

Limitations

  • Privacy concerns: It requires the collection and analysis of data, including real-time environmental mapping and user information, which can raise privacy and security concerns related to customers. Therefore, using an AR SDK for application development can pose some potential user privacy concerns for end-users if data collection and analysis are not managed responsibly.
  • Technical limitations: While using the AR SDK, developers can face some technical limitations, such as a maximum number of image targets or performance issues in less-than-ideal lighting conditions, which may cause issues during the application development process.

Find Your Perfect AR Development Fit
Explore the pros and cons of AR SDKs versus custom development to create scalable, high-performing AR experiences.

What is custom development?

The custom development process of an application includes multiple steps, such as designing, creating, and implementing software or digital solutions specifically tailored to meet the unique needs and goals of a particular user, business, or organization. By opting for a custom development method, businesses can fulfill the unique requirements of the company in order to meet the company's specific needs or workflow.

It also enables companies or brands to implement features and functionalities that mass-produced software cannot offer, helping them to stand out in the market and create a competitive edge. With the help of the custom app development process, businesses can meet the requirements of a personalized and engaging experience by offering their customers tailored solutions during online shopping.

Benefits and limitations of using custom AR development

Another method of application development is using custom code, which enables developers to create unique and personalized augmented reality experiences for their customers. However, using any application development comes with both advantages and disadvantages, which developers face during the development process. In this section, I will tell you about the benefits and limitations of using the custom development method that are faced or encountered by developers.

Benefits

  • Unlimited customization: It provides developers with the advantage of performing complete customization of AR capabilities and features, enabling them to create custom AR solutions that are uniquely designed to align perfectly with your brand and specific business goals.
  • Optimal performance: It allows developers to build from scratch for a specific purpose, which can be highly optimized for speed and responsiveness, providing their customers with a seamless user experience. It is very crucial for brands that require complex or highly interactive AR applications.
  • High security: Using custom development will help developers to safeguard their app from hackers, because it will enable them to control the security protocols and build protections for their sensitive data from the ground up.
  • Complete ownership: It provides developers with full ownership of all the code and intellectual property, enabling them to rely on a third-party provider's long-term viability or pricing structure.

Limitations

  • High development cost: Building a custom AR development requires a high development cost to hire experienced developers, designers, and 3D modelers, which can often be more expensive than a licensed SDK or no-code solution, and maintenance adds to the long-term costs.
  • Expertise required: To build a completely custom AR experience, brands need to opt for people who have deep knowledge of AR technologies, 3D graphics, computer vision, and machine learning, which can be challenging for brands to hire experts at low costs.

Comparison table of AR SDK and custom development

Features AR SDK Custom development
Development speed Fast - pre-built tools and APIs enable quick implementation. Slow - requires building AR features from scratch.
Initial investment Low to moderate - licensing or subscription-based costs. High - large upfront cost for design, coding, and testing.
Time to market Short - ideal for MVPs and quick deployment. Long - development cycles can take months.
Feature flexibility Limited - restricted to SDK’s predefined capabilities. High - complete freedom to create unique features.
Maintenance Managed by SDK provider - automatic updates and fixes. In-house - all maintenance handled by your development team.
Performance optimization Moderate - performance tied to SDK’s architecture. High - can be optimized specifically for your use case.
Scalability Dependent on SDK infrastructure and licensing terms. Fully scalable - designed to grow with business needs.
Device compatibility Broad - most SDKs support iOS, Android, and web AR. Custom - can be optimized for specific devices or platforms.
Privacy and security Limited control - data may be shared or stored by the SDK vendor. Full control - you own and manage all user data and compliance.
Suitability Best for startups or businesses seeking fast AR integration. Best for enterprises wanting proprietary, advanced AR systems.
Customization Limited - can customize UI but not core AR logic. Extensive - every element can be built and tailored.
Integration Easy - plug-and-play integration with existing apps. Complex - requires deep integration effort and testing.
Best for Quick AR solutions like try-ons, filters, and simple visualization. Unique AR experiences, brand-specific apps, or R&D projects.
Support and updates Vendor-provided - regular SDK updates and documentation. Internal responsibility - your team must handle updates.

How to choose the right AR development approach

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Selecting the best way of AR development requires deciding on multiple factors, such as project needs and goals, development method, and appropriate tools and partners. 

By carefully evaluating these factors, developers can build AR applications that align with business goals, user needs, budget, and target audience. In this section, I will tell you about the things or features that brands should consider while selecting the best way of AR development.

1. Define project and goals

Before selecting the development path, it is important to define the project’s goals, needs, and target audience, which will enable the company to understand their requirements and select the best option accordingly. Defining project goals will also help developers to set a realistic budget and timeline, enabling them to make the AR development process more efficient and cost-effective.

2. Choose development path

After defining the project needs and goals, it's time to select the best way of augmented reality development by looking for various AR platforms (GlamAR, ARKit, ARCore, WebAR), app type (native vs web), application types, and AR types. It will help the developers to make AR solutions more personalized based on the target audience and complexity, ensuring interactive and platform-optimized applications.

3. Select tools and partners

The last step to perform while selecting the best AR development method is to select the appropriate tool and partner by reviewing the portfolio and references of agencies to check the project success rate and check their references for client satisfaction. It will also help you to check integration tools and development tools that also align with your goals and needs.

Introducing GlamAR’s AR SDK for online sellers and businesses

GlamAR es un proveedor de soluciones basado en realidad aumentada que ayuda a las marcas de belleza, maquillaje y ropa a ofrecer a sus clientes una experiencia de compra en línea atractiva e inmersiva. Proporciona a sus clientes un SDK prediseñado basado en realidad aumentada que ofrece múltiples soluciones, como pruebas virtuales, configuradores 3D y visores de 360 grados.

Al usar este SDK basado en AR, las empresas pueden ofrecer a sus clientes experiencias de compra realistas que les ayuden a cerrar la brecha entre las experiencias en línea y fuera de línea. Les permite crear modelos 3D y previsualizaciones en 360 grados de los productos mediante el uso de imágenes de productos en 2D subidas por la marca en su portal.

Ayuda a las marcas a generar más ingresos al ayudarlas a aumentar su participación en un 94%, reducir la tasa de devolución en un 40% e impulsar más conversiones en un 45%. Además, el SDK está respaldado por una seguridad y una escalabilidad de nivel empresarial, y ofrece el SOC 2, el RGPD y la ISO 27001. Por lo tanto, el uso del SDK AR de GLamar permitirá a las empresas ofrecer a sus clientes una experiencia de usuario en tiempo real durante las compras en línea.

Conclusión

El desarrollo de la realidad aumentada es una necesidad del mundo actual porque ayuda a las empresas a ofrecer a sus clientes experiencias atractivas e inmersivas durante las compras en línea. Sin embargo, la creación de funciones y capacidades de AR se puede realizar de dos maneras diferentes: mediante SDK basados en AR o mediante desarrollo personalizado, según las necesidades del proyecto.

En este blog, le proporcioné una guía completa sobre qué método elegir para realizar el desarrollo de AR, junto con sus beneficios y limitaciones, proporcionándole información completa. Además, te he proporcionado información breve sobre un proveedor de SDK basado en la realidad aumentada, Glamar, que se ocupa de marcas de joyería, moda, belleza y accesorios y les proporciona funciones avanzadas de realidad aumentada.

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FAQ'S

Un SDK basado en realidad aumentada es una colección de herramientas, bibliotecas y marcos prediseñados que ayudan a las marcas y empresas de comercio electrónico a ofrecer a sus clientes una experiencia de compra atractiva al ofrecerles funciones avanzadas de AR.

Al usar un SDK basado en AR, las marcas obtendrán múltiples beneficios, como un menor tiempo de comercialización, menores costos iniciales, actualizaciones periódicas, soporte continuo de los proveedores y opciones de integración escalables, lo que les permitirá ofrecer a sus clientes funciones avanzadas, como el seguimiento facial, el reconocimiento de objetos y la compatibilidad de plataformas.

Una marca debe optar por el desarrollo de AR personalizado cuando necesite un método de desarrollo altamente exclusivo con un control total sobre la tecnología, junto con necesidades de rendimiento especializadas, o cuando desee poseer toda la propiedad intelectual subyacente.

Hay varias soluciones basadas en SDK que, por lo general, cuestan mucho menos por adelantado debido a sus componentes reutilizables y funciones prediseñadas, mientras que la AR personalizada implica una mayor inversión inicial, más tiempo de I+D y costos continuos, pero ofrece una mayor flexibilidad y propiedad.

Sí, puede migrar una solución de SDK basada en AR a una plataforma personalizada reescribiendo y rediseñando las funciones principales de los módulos de seguimiento y renderizado, según sus necesidades y requisitos.

Una solución de SDK basada en AR ofrece una cobertura continua, que abarca correcciones de errores y nuevas funciones; por otro lado, las soluciones personalizadas requieren equipos internos para el mantenimiento, las actualizaciones y la resolución de problemas, lo que a menudo aumenta los compromisos de recursos a largo plazo.

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