Sacrificing Precision for Sustainability: How FPO Decrease Impacts CO2 Emissions

Sustainability is a crucial aspect of software development that involves considering the environmental, social, and economic impacts of software systems. In this article, we explore the concept of sustainability in software engineering, including its definition, dimensions, and challenges.
Definition of Sustainability: Sustainability in software engineering refers to the ability of a software system to maintain its functionality and value over time while minimizing its environmental impact. It involves considering the long-term consequences of software development and ensuring that software systems are designed and developed with sustainability in mind.
Dimensions of Sustainability: Sustainability in software engineering is composed of four dimensions, including economic, environmental, social, and technical sustainability. Economic sustainability focuses on the financial viability of a software product, while environmental sustainability considers the ecological impact of software systems. Social sustainability promotes the utility of software for humans, and technical sustainability focuses on the prolonged service time of software systems.
Challenges of Sustainability: Achieving sustainability in software engineering is challenging due to several reasons. Firstly, it requires a comprehensive understanding of the complex relationships between environmental, social, and economic factors. Secondly, it involves addressing issues related to energy consumption, carbon emissions, and waste generation. Finally, it requires a shift in mindset towards sustainability and a willingness to adopt new practices and technologies.
New Goals and KPIs: To achieve sustainability in software systems, new goals and KPIs (Key Performance Indicators) have been developed. The new goals include reducing carbon emissions and improving the energy efficiency of software systems. The new KPIs include CO2 emission and FPO (Floating-Point Operations), which measure the environmental impact of software systems.
Conclusion: In conclusion, sustainability is a critical aspect of software engineering that involves considering the economic, environmental, social, and technical dimensions of software systems. Achieving sustainability requires a comprehensive understanding of these factors and a willingness to adopt new practices and technologies. By developing new goals and KPIs, we can better measure and manage the sustainability of software systems, ensuring that they are both environmentally friendly and economically viable.