Learn about Low-code no-code technology
Beneficial of low code no code technology
Low Code/No Code Technology
Low-code technology refers to minimal coding, whereas no-code means not writing a single line of code. These platforms allow rapid development of software applications. There is no need for developers or technical personnel to develop them. Through this technology, even non-technical individuals can build software applications. This technology has many features like drag-and-drop, pre-built templates, reusable components, and many more. We can build software applications much faster than using traditional coding. However, it is recommended for some applications, and coding is still used for customization and additional functionalities.
Low-code platforms are typically used by IT professionals with coding knowledge to create custom applications. No-code platforms are used by business users to create apps without coding. Industries using this technology include Human Resources (HR), where they use repeated processes; agencies; the retail industry; manufacturing; freelancers for developing web applications; finance; banking; and many more. Additionally, it is used in artificial intelligence for model development, predictive analysis, data visualization, image, and video analysis, etc.
Software platforms for low-code/no-code technology include Appian, Mendix, Kissflow, Zoho Creator, Kentone, Bubble, and Zapier. Website creation platforms include Wix, Webflow, WordPress, and many more.One real world example is Wix: A small business owner can create a fully functional e-commerce website using Wix’s no-code platform, allowing them to launch their online store without any prior technical skills. The user-friendly interface enabled the owner to focus on marketing and customer engagement rather than coding.
There are some pros and cons of using low-code/no-code platforms. The advantages are faster development, accessibility for all types of users, cost-effectiveness, quick prototyping, built-in integration, and collaboration. The disadvantages are limited customization, security concerns, complex integrations, vendor lock-in, and scalability issues.Upcoming New Features in the Market are AI-Powered Development,Enhanced Collaboration Tools,Improved Security Measures.
According to Magic Quadrant for Enterprise Low-Code Application Platforms:
LCAPs are the foundation for a wide range of application types, application components and process automation.
The most popular use cases include:
Line-of-business software development for both back- and front-office applications: The architectures and implementation of LCAPs have reached a level of maturity where they can provide application platform services for virtually any business case.
Modernization and augmentation of legacy business applications: LCAPs empower migration from the legacy technology stacks enabling and promoting composable business and architecture.
Development of applications to support internal company processes and workspace automation: LCAPs have emerged as one of the key factors behind the success ofhyperautomation initiatives.
Must-Have Capabilities
At a minimum, an LCAP must:
Include low-code capabilities to develop a complete application consisting of user interfaces for web and mobile channels, business logic and data storage.
Support a model-driven or graphical programming approach with scripting.
Act as a runtime platform for applications developed on an LCAP.
Standard Capabilities
LCAP should provide:
Support for all stages of the software development life cycle, including deployment to multiple environments, observability and governance controls.
Support for synchronization of changes from multiple developers working in parallel.
Custom API generation for the creation of packaged business capabilities and shared APIs.
Connectors for the most popular business applications, platforms and database management systems.
Toolsets for testing or support for integration with external test management and automation tools.
Optional Capabilities
Internal implementation of design systems or integration with external design systems.
Data hub or data fabric services that provide data governance and composition.
Ability to create new integrations and connectors for external applications and platforms.
Support for modern architectures like event-driven and streaming architecture, microservice architecture, and micro frontends.
AI-assisted application development, testing and business-decision automation.
Low-code and no-code platforms are great for speeding up development and making it accessible, but they are not the best choice for highly complex, performance-heavy, or customized projects.
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