These 5 selection elements of low-code platforms are worth referring to

With the popularity of low-code, purchasing low-code has become a challenge that more and more people need to face. Choosing a platform is easy, but changing platforms is difficult. Different enterprise scenarios have different requirements for low-code platforms. Therefore, when making a technology selection, there are five key elements to consider.

Point 1: Whether it meets your own needs

This is the core consideration. The number of product functions and technical highlights are not the core considerations. Instead, enterprises need to clarify their own needs and find a matching platform. Whether you need a full set of low-code platforms or flexible process customization functions is a question that requires serious consideration.

Point 2: Whether the product has high cost performance

The functional diversity and price of the low-code platform itself may be the final considerations. For enterprises, the time and cost of choosing and using the platform may be more important than the money spent. For large enterprises, there are more factors to consider, such as multi-terminal adaptation, multi-tenant authority system, and scalability of operation and maintenance.

Point 3: Whether to support privatization deployment

Data security is a matter of great concern to enterprises today. In order to prevent corporate data leakage, most companies will adopt a privatization deployment method. At present, many low-code platforms also support privatized deployment, which can provide enterprises with higher data security.

Point 4: Whether the source code can be provided

Whether the platform can provide source code is also an element that enterprises need to consider when purchasing a low-code platform. Some enterprises may have special requirements, complex business or secondary development of new functions. If the platform can provide source code, it can avoid the trouble of repurchasing additional platforms or services, and provide enterprises with greater flexibility and autonomy.

Point 5: Whether it can be docked with existing platforms or systems

Generally speaking, when we purchase a low-code platform, we may already have an existing system, which requires that the purchased low-code platform can be well connected with our existing system. The interface engine of the low-code platform helps us easily solve this problem.

Key features of low-code solutions

1. Flexible development - quickly build business systems

Scattered systems cause problems such as inconvenient approval, unconcentrated data, inefficient and disordered management, and difficult maintenance. Low-code quickly builds related business systems, such as OA, CRM, and ERP, through core components such as process engines, integration engines, and process portals. , HR, etc., forming a comprehensive business support platform, providing enterprises with the ability to automate process management and fully integrate basic services.

2. High security - private data is more secure

As far as I know, the JNPF rapid development platform provides 100% source code. It has extensive experience in project security and data privacy. It supports privatized deployment. The system is deployed locally, and enterprises can control all data by themselves, ensuring that enterprises Privacy of core data. Super strong security guarantees make data asset management more efficient and secure

3. Secondary development - to meet the individual needs of users

Users can carry out secondary development based on product source code and data interface, comprehensively connect enterprises and business systems, cover vertical industries and general business scenarios, and build basic applications and primary businesses with simple business logic. The program only takes 1-2 weeks, greatly shortening the development time.

4. Low cost - reduce software development cost and labor cost

Low-code provides users with complete functional guarantees. Users can adjust component development and applications on the platform, shortening software trial and error time and overall development costs. In theory, customers can raise requirements while developers implement them, eliminating the need for In the middle of writing code, the cost of low-code mode is better than that of traditional software development.

If you are the person in charge of purchasing a low-code platform for an enterprise, what are the key factors you should consider? Share your opinion in the comment section. If you are interested, you can also go to the JNPF official website to experience more: https://www.jnpfsoft.com/?csdn

The JNPF development platform is a low-code development platform based on SpringBoot+Vue. It adopts micro-services, front-end and back-end separation architectures, and based on visual process modeling, form modeling, and report modeling tools, quickly builds business applications, and the platform can be localized. Deployment can also be based on K8S cloud-native deployment.

Through a high degree of abstraction, page elements are encapsulated into basic components and business components, and business rules, permissions, etc. are encapsulated into rule configurations, formulas, and a draggable process designer. Through dragging and configuration, it can be completed without writing code. Build application systems that meet business needs.

To sum up, to choose a low-code platform that suits the needs of enterprises, you need to consider whether it meets your own needs, whether it has a cost-effective product, whether it supports privatized deployment, whether it can provide source code, and the scalability and adaptability of the platform. elements to consider. Only by comprehensively considering these elements can enterprises choose the most suitable low-code platform to improve business efficiency and innovation capabilities.

As a revolutionary development model, it has achieved remarkable results in different industries due to its highly customized and fast delivery characteristics. The entrant wins, and it's time to start the digitization process.

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Origin blog.csdn.net/wangonik_l/article/details/132345894