Software-System Development Process

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A Software-System Development Process is a system development process designed for software-system development tasks.

AKA: Software Development Process, Software Development Life Cycle (SDLC), Software Creation Process, Software Production Process.
Context:
- It can typically enable Software-System Requirement Analysis through software-system requirement elicitation methods.
- It can typically support Software-System Design Activity through software-system architecture patterns.
- It can typically facilitate Software-System Implementation Task through software-system development practices.
- It can typically ensure Software-System Quality Assurance through software-system testing methodologys.
- It can typically manage Software-System Deployment Process through software-system release managements.
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- It can often incorporate Software-System Version Control through software-system configuration management tools.
- It can often utilize Software-System Development Tools through software-system integrated development environments.
- It can often enable Software-System Team Collaboration through software-system project management frameworks.
- It can often support Software-System Documentation Practice through software-system technical writing standards.
- It can often integrate Software-System Development Stages through software-system lifecycle management.
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- It can range from being a Waterfall Software-System Development Process to being an Agile Software-System Development Process, depending on its software-system development methodology flexibility.
- It can range from being a Plan-Driven Software-System Development Process to being an Adaptive Software-System Development Process, depending on its software-system development approach predictability.
- It can range from being a Documentation-Heavy Software-System Development Process to being a Lightweight Software-System Development Process, depending on its software-system development documentation requirements.
- It can range from being an Individual Software-System Development Process to being a Large-Scale Software-System Development Process, depending on its software-system development team size.
- It can range from being a Manual Software-System Development Process to being an AI-Assisted Software-System Development Process, depending on its software-system development automation level.
- It can range from being a Single-Phase Software-System Development Process to being an Iterative Software-System Development Process, depending on its software-system development cycle structure.
- It can range from being a General-Purpose Software-System Development Process to being a Domain-Specific Software-System Development Process, depending on its software-system development specialization.
- It can range from being a Traditional Software-System Development Process to being a DevOps Software-System Development Process, depending on its software-system development integration approach.
- It can range from being an Informal Software-System Development Process to being a Capability Maturity Model Software-System Development Process, depending on its software-system development maturity level.
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- It can integrate Software-System Development Stages for software-system lifecycle phase management.
- It can follow Software-System Development Methodology for software-system process standardization.
- It can produce Software-System Development Artifacts for software-system deliverable creation.
- It can involve Software-System Development Team Members for software-system collaborative development.
- It can utilize Software-System Development Metrics for software-system progress tracking.
- It can support Software-System Development Projects for software-system endeavour management.
- It can enable Software-System Build-Test-Deploy Cycles for software-system continuous delivery.
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Example(s):
- Traditional Software-System Development Processes, such as:
  - Waterfall Software-System Development Process, implementing software-system sequential phases through software-system linear progression.
  - V-Model Software-System Development Process, combining software-system development stages with software-system verification stages.
  - Spiral Software-System Development Process, emphasizing software-system risk analysis and software-system iterative development.
  - Rational Unified Process (RUP), providing software-system iterative framework with software-system best practices.
- Agile Software-System Development Processes, such as:
  - Scrum Software-System Development Process, organizing software-system sprint cycles with software-system daily standups.
  - Extreme Programming (XP) Software-System Development Process, emphasizing software-system pair programming and software-system test-driven development.
  - Kanban Software-System Development Process, managing software-system continuous flow through software-system visual boards.
  - Feature-Driven Development (FDD) Software-System Development Process, focusing on software-system feature delivery.
- Hybrid Software-System Development Processes, such as:
- Modern Software-System Development Processes, such as:
- Domain-Specific Software-System Development Processes, such as:
  - Video Game Software-System Development Process, managing software-system game assets and software-system gameplay iterations.
  - Machine Learning Software-System Development Process, incorporating software-system model training and software-system data pipelines.
  - Embedded Software-System Development Process, handling software-system hardware constraints and software-system real-time requirements.
  - Mobile App Software-System Development Process, addressing software-system platform differences and software-system app store requirements.
- Specialized Software-System Development Processes, such as:
  - Software-System Engineering Process, combining software-system development methodology with software-system engineering principles.
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Counter-Example(s):
- Hardware Development Processes, which lack software-system code compilation and software-system runtime environments.
- Business Process Developments, which lack software-system technical implementation and software-system programming languages.
- Manufacturing Processes, which lack software-system iterative refinement and software-system version control.
- Construction Project Processes, which lack software-system continuous integration and software-system automated testing.
See: Software Engineering Task, Software Development Methodology, Software-based Systems Development Process (SDLC) Model, Software Engineering Practice, Software Development Project, Software Configuration Management System, Application Lifecycle Management, Software Engineering Best-Practice, Capability Maturity Model Integration (CMMI), Software-System Engineering Process.

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