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=== Key features of low-code platforms ===
Low-code platforms combine visual development with coding flexibility, allowing users to add custom scripts for greater control. They integrate with legacy systems and APIs, enabling deeper automation and enterprise operations. Built for scalability, these platforms can handle large-scale business processes and complex workflows. With AI-powered features, they enhance automation, improve decision-making, and streamline development, making them more efficient and adaptable to business needs.
=== Examples of low-code platforms ===
* '''[https://www.microsoft.com/en-us/power-platform/products/power-apps Microsoft PowerApps]''': Integrates with Office 365, Dynamics 365, and Azure for quick business app creation and workflow automation.
* '''[https://www.mendix.com/ Mendix]''': Supports large-scale projects with complex requirements using visual modeling and collaborative development.
* '''[https://www.outsystems.com/ OutSystems]''': Offers enterprise-level scalability by combining visual design with traditional coding for end-to-end application lifecycle management.
* '''[https://appian.com/ Appian]''': Automates business processes and includes AI features for intelligent workflow management.
* '''[[UiPath]]''': Focused on automation software, its low-code capabilities simplify complex tasks without extensive programming.
* '''[[Workato]]''': Provides advanced integrations and automations across systems for intricate workflow processes.
* '''[https://www.salesforce.com/campaign/lightning/ Salesforce Lightning]''': Part of the [[Salesforce]] platform, mixing no-code components with Apex code to build and automate CRM apps.
* '''[https://backendless.com/ Backendless]''' (low-code mode): Offers control over backend data and infrastructure alongside a visual development environment.
* '''[https://pipedream.com/ Pipedream]''': Combines pre-built actions with JavaScript blocks to create sophisticated workflows and integrations
== Low-code vs no-code: pros and cons ==
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