Energy Efficient Orchestration of IoT Devices in Cloud Native Environments Using Green Computing Paradigms

Alexander K. Martin

Energy Efficient Orchestration of IoT Devices in Cloud Native Environments Using Green Computing Paradigms

Authors

Alexander K. Martin

Green Infrastructure Architect , Israel

Keywords:

IoT orchestration, cloud-native, green computing, energy efficiency, sustainability

Synopsis

The exponential growth of Internet of Things (IoT) devices has led to unprecedented demands on cloud infrastructures, raising concerns about energy consumption and sustainability. Green computing paradigms offer promising strategies for optimizing orchestration in cloud-native environments by reducing energy usage without compromising performance. This paper explores key mechanisms such as workload scheduling, containerization, virtualization, and dynamic scaling, which collectively enhance energy efficiency while maintaining system reliability. Furthermore, it highlights the synergy between IoT and green computing for sustainable digital ecosystems.

References

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Published

January 22, 2022

Series

Research paper

License

This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.