Simple and practical

The most flexible decision rule automation platform on the market. We emerged to simplify the life of the business area within large companies, boosting their productivity. Empowering the user and technology as allies are our premises, basing our design on flowcharts instead of codes.

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Why we exist
Simplify the life of the business area within large companies,boosting their productivity.
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Traditional engines
Complexity
Simple and flexible development, completely visual, even for a complex business scope
Most require some programming knowledge or specialization in the tool, as they do not have a user-friendly, simple, and intuitive interface, making rule construction complex for business users
Users
Business users, with no need for technical knowledge or tool specialization
Junior developers, people who can program (but are not developers), or specialists in a particular product
User profile
Functional
Technical-functional
Development
approach
Completely visual, based on flows or WYSIWYG (what you see is what you get) diagrams
Using the components available in the interface, design decision flows, process flows, forms, etc., with drag’n’drop features
Define the input and output fields of your flows
Connect your flow to data sources, APIs, or other decision flows
Components are pre-built and can be configured and tested individually
Each component has well-defined inputs and outputs
Based on models, it uses process flows and information to define the structure of the code to be written
Components can be pre-built or developed and tested individually
Each component has well-defined inputs and outputs
Need to code each particularity of the components
How does the tool boost productivity?
Automatically generates all necessary code and makes it available for execution via API, completely transparent to the user
Has a graphical simulator to test each test case and check the path taken within the flow, as well as the inputs and outputs of each executed component
Generates a large part of the code (but not all of it), reducing development effort
Facilitates code execution, abstracting technical complexities.
Security
Very high, as the tool does not allow the execution of improper or malicious commands
High, but dependent on tools to ensure code quality and reliability. It is possible to insert incorrect or malicious commands that compromise the security and integrity of the entire infrastructure, impacting availability
Complexity
Simple and flexible development, completely visual, even for a complex business scope
Users
Business users, with no need for technical knowledge or tool specialization
User profile
Functional
Development
approach
Completely visual, based on flows or WYSIWYG (what you see is what you get) diagrams
Using the components available in the interface, design decision flows, process flows, forms, etc., with drag’n’drop features
Define the input and output fields of your flows
Connect your flow to data sources, APIs, or other decision flows
Components are pre-built and can be configured and tested individually
Each component has well-defined inputs and outputs
How does the tool boost productivity?
Automatically generates all necessary code and makes it available for execution via API, completely transparent to the user
Has a graphical simulator to test each test case and check the path taken within the flow, as well as the inputs and outputs of each executed component
Security
Very high, as the tool does not allow the execution of improper or malicious commands
Traditional engines
Complexity
Most require some programming knowledge or specialization in the tool, as they do not have a user-friendly, simple, and intuitive interface, making rule construction complex for business users
Users
Junior developers, people who can program (but are not developers), or specialists in a particular product
User profile
Technical-functional
Development approach
Based on models, it uses process flows and information to define the structure of the code to be written
Components can be pre-built or developed and tested individually
Each component has well-defined inputs and outputs
Need to code each particularity of the components
How does the tool boost productivity?
Generates a large part of the code (but not all of it), reducing development effort
Facilitates code execution, abstracting technical complexities
Security
High, but dependent on tools to ensure code quality and reliability. It is possible to insert incorrect or malicious commands that compromise the security and integrity of the entire infrastructure, impacting availability

Components

The AsapFlow editor is entirely visual, with a point and click system, easy to understand and use. The number of components available is very large.
The number of components present in traditional engines is small and complex to implement.

Condition editor

The AsapFlow condition editor is intuitive and easy to select and edit.
The condition editors of traditional engines are difficult to understand and have poor usability.

Gain more autonomy

Resources that facilitate the structuring of business rules by the user themselves.

A visual interface that brings autonomy

  • Greater variety of components, allowing much more flexibility in building flows
  • Tools for testing and simulation, ensuring the flow correctly represents business rules
  • Use of a proprietary database, with information management by the business user themselves
  • Flow orchestration, executing different policies within the same API: different products, A/B tests, etc., with the desired level of segmentation/filters.

Easier delivery

  • Version management and control
  • One-click publication and rollback
  • Alta velocidade de execução e escalabilidade

Integrations with your business systems

  • Calls to any API, internal or external
  • Call construction in just a few minutes
  • Use in the flow without any technical knowledge

Overview of the No Code/Low Code market