About the service
I am a Nim developer and write efficient compiled software that reads almost like Python but runs close to C in speed. I chose Nim for exactly this combination: code stays expressive and understandable while the compiler outputs compact, fast native binaries without a heavy runtime slowing things down. When you need a backend service, console utility or piece of system code that has to be fast, light and reliable, I lean on Nim's strengths and do exactly that, without the hassle common in other stacks.
My work covers tasks where performance truly matters. I design and implement HTTP services and APIs, background processors, parsers, data processing pipelines and small daemons that quietly and stably do their job under load. I take memory seriously and pick a strategy for the task: garbage collection by default when convenience matters, manual or arena management when you need tight predictable control over allocations and latency. I profile honestly, measure before optimizing and remove needless allocations and copies that silently eat throughput.
Much of Nim's value is how carefully it works with C, and I use this daily. I plug in ready C libraries, wrap native code and compile Nim to C so it fits into your build properly. If you have legacy speed-critical components, I'll extend or replace them piece by piece without risky full rewrites from scratch. I write tests, keep code documented and maintainable and leave behind something your team can calmly carry forward.
— Backend services, HTTP APIs and CLI utilities in Nim
— System programming, daemons and background processors
— Manual, arena and GC memory management for specific loads
— C compatibility, library bindings and wrappers over native code
— Parsers, data pipelines and speed-critical procedures
— Profiling, benchmarking and optimization of hot sections
My work covers tasks where performance truly matters. I design and implement HTTP services and APIs, background processors, parsers, data processing pipelines and small daemons that quietly and stably do their job under load. I take memory seriously and pick a strategy for the task: garbage collection by default when convenience matters, manual or arena management when you need tight predictable control over allocations and latency. I profile honestly, measure before optimizing and remove needless allocations and copies that silently eat throughput.
Much of Nim's value is how carefully it works with C, and I use this daily. I plug in ready C libraries, wrap native code and compile Nim to C so it fits into your build properly. If you have legacy speed-critical components, I'll extend or replace them piece by piece without risky full rewrites from scratch. I write tests, keep code documented and maintainable and leave behind something your team can calmly carry forward.
— Backend services, HTTP APIs and CLI utilities in Nim
— System programming, daemons and background processors
— Manual, arena and GC memory management for specific loads
— C compatibility, library bindings and wrappers over native code
— Parsers, data pipelines and speed-critical procedures
— Profiling, benchmarking and optimization of hot sections