Mr. Santiago Fontanarrosa Green Software Engineering 〈Premium | COLLECTION〉

Perhaps Fontanarrosa’s most original contribution is his theory of . He argues that data is not inert; it is heavy. Moving a terabyte of information from a server in Ireland to a user in Australia requires energy at every router, switch, and repeater along the way.

Software should be designed to consume as little electricity as possible. Fontanarrosa advocates for , where applications perform energy-intensive tasks when the local power grid is supplied by renewable sources like wind or solar. 2. Hardware Efficiency mr. santiago fontanarrosa green software engineering

The tech industry is a major contributor to global greenhouse gas emissions. Fontanarrosa argues that sustainability must become a core "non-functional requirement" for software, alongside performance, security, and cost. Software should be designed to consume as little

Santiago Fontanarrosa’s work suggests that the future of software engineering is inextricably linked to climate science. He envisions a future where "Green Software Engineer" is not a specialized niche, but a standard competency for every developer. Hardware Efficiency The tech industry is a major

By reducing cloud waste and optimizing resource utilization, organizations simultaneously lower their AWS/Azure/GCP bills and reduce their carbon emissions. This dual benefit provides a compelling business case for adopting Green Software Engineering principles.