A single processor system is a computer with one central "brain" (the CPU) that manages all its tasks and instructions. While older systems relied on just one processing core, modern ones usually pack several cores onto a single chip to allow for multitasking and parallel processing. Even in these multi-core setups, the speed of an individual core remains a top indicator of performance because many common tasks, such as gaming or general productivity, cannot be split up and must be handled sequentially by a single core.
These systems have evolved to balance raw speed with energy efficiency. Interestingly, running multiple cores at a lower frequency can offer the same overall performance as one very fast core while using 60% less power, which is why this design is so popular in battery-dependent devices like smartphones. While high-core-count processors are great for heavy background work, having strong single-core performance is what often makes a device feel fast and responsive during your daily interactions

I’m a Full Stack Developer and AWS Cloud/DevOps Administrator at the City Information and Communications Technology Office (CICTO), building and operating systems that people rely on every day.

My work sits at the intersection of software delivery + infrastructure + data engineering + security. I don’t just “build features”—I make sure systems are deployable, scalable, secure, documented, and supportable in real production environments. From REST APIs and web apps to AWS networking and database performance, I focus on outcomes: stable systems, faster workflows, and cleaner operations.

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