i5ting/imove
Imove
imove is a visual workflow engine and low-code logic designer that allows for the creation of executable business rules via flowcharts. It functions as an event-driven process orchestrator, triggering specific logical sequences based on user interface interactions or external network signals.
The platform operates as a node-based automation system where data is processed through a chain of discrete, parameterizable code modules. It converts graphical flowchart representations into executable logic steps for both server and client-side processing.
The system supports modular logic engineering, enabling the addition of new capabilities through custom, reusable functions that act as nodes within a workflow. It further utilizes a simplified scripting language to evaluate business rules and determine decision branching within these functional sequences.
Features
- Visual Workflow Designers - Provides a graphical interface for designing complex logic flows with triggers, branches, and actions.
- Workflow Automation Platforms - Functions as a platform for designing and executing automated business processes through a chain of parameterizable code modules.
- Business Rule Engines - Provides a system for defining and executing operational logic and decision-making workflows through a visual interface.
- Event-Driven Workflow Orchestrators - Orchestrates sequences of actions triggered by diverse events, schedules, webhooks, or manual inputs to execute business rules.
- Visual Workflow Automators - Offers tools for designing business logic and process flows using a visual flowchart interface.
- Event-Driven Workflow Triggers - Implements automated triggers that initiate complex functional workflows based on external application events and platform activity.
- Low-Code Development Platforms - Provides a visual development environment for building custom business applications and logic sequences.
- Low-code - Provides a visual development environment for building complex business rules and functional sequences using minimal manual coding.
- Visual Workflow Engines - Implements an engine for designing and orchestrating logical processes by mapping user events and network requests via flowcharts.
- Event-Driven Triggers - Provides mechanisms to initiate automated logical sequences in response to user interface interactions or network signals.
- Executable Flowchart Mapping - Translates graphical node-and-edge diagrams into a structured sequence of executable logic steps.
- Visual-to-JavaScript Compilers - Transforms visual graph specifications into executable logic steps for both server and client-side processing.
- Node-Based Execution Graphs - Utilizes an architectural pattern that represents business logic as a directed graph of functional nodes and data edges.
- Visual Event-to-Process Mapping - Connects user interface events and network requests to specific server side processes using visual logic.
- Custom Functional Node Development - Supports the development of specialized functional blocks with unique inputs and outputs for dataflow systems.
- Parameterizable Logic Nodes - Allows the addition of new capabilities by writing reusable functions that act as parameterizable nodes within a workflow.
- Modular Extension Architectures - Employs an architecture that allows the injection of custom business logic via modular service providers as workflow nodes.
- Modular Function Design - Supports decomposing complex logic into a set of independent, reusable functions that act as workflow blocks.
- Modular Business Logic Compositions - Implements architectural patterns for organizing business functions into discrete, reusable units.
- Scriptable Logic Branching - Uses a simplified scripting language to determine the operational flow and decision branching of complex functional sequences.
- JavaScript Logic Execution - Runs custom business rules and functional logic using JavaScript within a visual node-based automation system.
