

FlowGenie is a no-code platform that enables users to build forms and workflows using a visual, node-based flow editor inspired by Unreal Engine blueprints. The platform allows logic to live in the graph rather than hidden inside configuration panels, providing clarity and control over automation processes.
Key features include building complex behavior with branches, loops, variables, and nested flows that are all visible, inspectable, and composable. Users can expose flows as REST endpoints, trigger them on a schedule, or run them ad-hoc inside their workspace. The platform supports real-time multiplayer collaboration where team members can see each other's cursors while building workflows together.
The platform works through a blueprint-style editor where the flow itself represents the code, eliminating black boxes and making logic transparent. Forms can be designed visually and combined with flows to create dynamic, validated, logic-driven experiences that can be shared as hosted forms, embedded anywhere, or rendered using the FlowGenie SDK.
Benefits include the ability to build applications without code while maintaining clarity and control over automation processes. Use cases include creating complex workflows, designing dynamic forms with conditional logic, handling payment processing, implementing multi-step workflows, and preventing spam or invalid data from hitting databases.
The platform is designed for developers, founders, and technical teams who want automation without giving up clarity or control. It includes AI-powered features for building intelligent agents, processing data, and making smart decisions automatically, with upcoming capabilities for natural language flow creation and smart assistance throughout the building process.
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FlowGenie is designed for developers, founders, and technical teams who want automation capabilities without sacrificing clarity or control over their processes. The platform caters to users who need to build complex workflows and forms but prefer visual programming over traditional coding. It's particularly suited for teams that collaborate on automation projects and require transparent, inspectable logic rather than black-box solutions.