Automated Software-based System

An Automated Software-based System is a software-based system that is an automated system (for performing automated tasks with minimal human intervention).

AKA: Software-based Automation System, Automated Software System, Software Automation System.
Context:
- It can (typically) execute Software Processes through automated workflows.
- It can (typically) maintain System State through automated monitoring.
- It can (typically) enforce Software Rules through automated controls.
- It can (typically) handle System Errors through automated recovery.
- It can (typically) generate System Reports through automated analysis.
- It can (often) integrate with software tools through automated interfaces.
- It can (often) adjust system parameters through automated optimization.
- It can (often) detect system anomalys through automated detection.
- It can (often) perform data validation through automated checking.
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- It can range from being a Simple Automated Software System to being a Complex Automated Software System, depending on its system complexity.
- It can range from being a Single-Task Software Automation to being a Multi-Task Software Automation, depending on its task scope.
- It can range from being a Rule-Based Software Automation to being an AI-Powered Software Automation, depending on its intelligence level.
- It can range from being a Standalone Automated Software to being an Integrated Automated Software, depending on its integration level.
- It can range from being a Basic Software Automation to being an Advanced Software Automation, depending on its automation sophistication.
- It can range from being a Semi-Automated Software System to being a Fully-Automated Software System, depending on its automation level.
- It can range from being an Open-Domain Software System to being a Domain-Specific Software System, depending on its domain scope.
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Example(s):
- Automated Software Types, such as:
  - Automated Business Software Systems, such as:
    - Automated Software Workflow Systems, for business process automation.
    - Automated Software Integration Systems, for system integration.
  - Automated Development Software Systems, such as:
    - Automated Software Build Systems, for code compilation.
    - Automated Software Testing Systems, for test execution.
- Automated Software Architectures, such as:
  - Automated Monolithic Software Systems, such as:
    - Automated Software Application Systems, for application control.
    - Automated Software Platform Systems, for platform management.
  - Automated Distributed Software Systems, such as:
    - Automated Software Service Systems, for service operation.
    - Automated Software Agent Systems, for distributed processing.
- Automated Software Intelligences, such as:
  - Automated Rule Software Systems, such as:
    - Automated Software Script Systems, for script execution.
    - Automated Software Logic Systems, for logic processing.
  - Automated Learning Software Systems, such as:
    - Automated Software Analysis Systems, for pattern detection.
    - Automated Software Adaptation Systems, for behavior learning.
- Domain-Specific Automated Software-based System, such as:
  - Automated Legal-Domain Software Systems, ...
  - Automated Healthcare Software Systems, ...
  - Automated Financial Software Systems, ... such as automated financial trading systems.
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Counter-Example(s):
- Manual Software System, which requires human operation.
- Semi-Automated Software, which needs significant human intervention.
- Hardware Automation System, which focuses on hardware control.
- Human-Operated Software, which relies on manual control.
See: Software Automation, Automated Process, System Automation, Software Architecture, Human-Performed Software System.