Microsoft's Self-Evolving Software: Slashing Hello World's 1-2GB Bloat
Microsoft researchers propose self-evolving computing infrastructure that eliminates hard-coded redundancy, enabling systems to dynamically adapt and avoid loading 1-2GB of resources for a simple Hello World program.
Traditional systems are burdened by massive redundancy and hard-coded decisions designed to accommodate thousands of diverse workloads. This logic is frozen in the source code, leaving no room for dynamic adjustment.
As a result, even trivial tasks consume disproportionate resources. For instance, running a simple "Hello World" program may still require loading 1–2 GB of resources in current systems.
Microsoft's research into software self-evolution aims to let computing infrastructure shed this static baggage and adapt autonomously. The trend is discussed in "Software Adaptability Trends" (https://mp.weixin.qq.com/s?__biz=MzI3NDYwMDM4MQ==&mid=2247484311&idx=1&sn=f80c976d933dc9e8b52a4234d068d0e0&scene=21#wechat_redirect) and "Scientific Craftsman | Liu Jing: Enabling Self-Evolution of Computing Infrastructure in the Era of System Builders" (https://mp.weixin.qq.com/s?__biz=MzAwMTA3MzM4Nw==&mid=2649506581&idx=1&sn=d44b94644b6e29fe6fd44d270f846d57&scene=21#wechat_redirect).
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