- Software-defined networking (SDN) architectures and protocols
- Software-defined storage (SDS) solutions and innovations
- Software-defined data centers (SDDC) design and management
- Automation and orchestration in software-defined environments
- Security and privacy in software-defined systems
- Performance optimization and monitoring in software-defined infrastructures
- Integration of software-defined systems with cloud and edge computing
- Applications of AI and machine learning in software-defined systems
- Real-world case studies and industrial applications
- Policy-based management and orchestration in software-defined environments
- Challenges and solutions in deploying software-defined systems at scale
- Network function virtualization (NFV) and its applications
- Software-defined IoT architectures and applications
- Emerging trends and future directions in software-defined systems
- Standardization and interoperability in software-defined ecosystems
- Softwarization of network functions and its impact on IT infrastructures
- The role of softwarization in enhancing agility and flexibility of services
- Softwarization strategies for legacy system transformation
- Impact of softwarization on business models and service delivery
- Big data analytics in software-defined environments
- Edge and fog computing in software-defined systems
- Digital twins and virtualized environments
- Software-defined security solutions and frameworks
- Business intelligence and decision-making in software-defined ecosystems
- Semantics and knowledge graphs in software-defined systems
- Cross-layer design and optimization in software-defined networks
- Cloud-native architectures and microservices
- Green and sustainable computing in software-defined environments

* Software Defined Systems support for Cloud Computing .
* Software Defined Networking (SDN).
* SDN concepts, architecture, and APIs.
* Network Virtualization
* SDN and OpenFlow protocol
* Software Defined Radio
* Cognitive Radio Networks .
* Access Control models in SDN.
* Software Defined Storage.
* Software Defined Real Time Functions for Automation.
* Storage Automation and Abstraction.
* Policy-driven storage provisioning.
* Software Defined Servers and Virtualization.
* Software Defined Datacenters.
* Software Defined Security o Security policies automation.
* Autonomic Security in SDS.
* Autonomic Computing techniques.
* Real-time load prediction model to optimize the user satisfaction.
* Software Defined Systems Scalability.
* Software Defined Systems optimization.
* Software tools and frameworks to support SDS .
* Software Defined Systems challenges and opportunities
* Software Defined Systems surveys .
* Social engineering, insider threats system for SDS.
* Incident Handling and Penetration Testing with SDS.
* Software Defined Systems support if IoT.
* Security protocols and mechanisms in SDS.
* Security and privacy of mobile SDS based cloud computing
* Service-oriented architectures, service portability andP2P
* Network virtualization and cloud-based radio access networks