🇳🇵 सुदिप घिमिरे | 🇯🇵 ギミレ・スディップ
- I'm a Systems engineer operating below the standard abstraction layers.
- With roots in hardware, electronics, and IoT, I specialize in building concurrent backends, distributed architectures, and custom systems tooling.
- I enjoy building tools, not just apps — state, sync, correctness, and performance
- Focus: Asynchronous runtimes (
Tokio), custom CLI tool distribution, memory safety without garbage collection, and raw resource optimization.
- Focus: High-throughput polyglot microservices, multi-tenant database synchronization, and real-time state orchestration via WebSockets.
- Focus: Firmware development, hardware-to-software bridging, serial communication interfaces (
UART,SPI,I2C), and sensor array integration.
- AWS Ecosystem: Production experience orchestrating container clusters (
ECS), event-driven serverless computing (Lambda), elastic resources (EC2), decoupled notification queues (SNS), and scalable messaging components (SES). - GCP Infrastructure: Practical insights into managed cloud environments, storage abstractions, and foundational computing pipelines.
- CI/CD & Automation: Building, testing, and distributing packages via automated execution tracks using both GitHub Actions and enterprise-grade CircleCI matrices.
- Observability & Health: Implementing log aggregation, synthetic monitoring, performance telemetry tracing, and live system metrics inside Datadog.
- Orchestration & Env: Containerizing cross-language microservices with Docker and maintaining deterministic Linux host runtime configurations.
🦀 furl-cli
*High-Performance Multithreaded Async Download Engine_
- Core Stack:
Rust|Tokio|Reqwest|Indicatif - Architecture: Implements a decoupled library-and-binary crate ecosystem. Features an asynchronous chunk-splitting execution loop restricted to a strict 10MB maximum chunk buffer to optimize OS network interfaces and memory consumption.
- Status: Fully Functional / Active Maintenance. Distributed natively via Crates.io and WinGet.
⚔️ rust-raid
Idiomatic Rust Design Patterns & Concurrency Sandbox
- Core Stack:
Rust(Async/Await, Multithreading, Unsafe Sandbox) - Purpose: A structured open-source reference mapping out complex language paradigms. Focuses on safe memory management without a Garbage Collector, dynamic dispatch traits, explicit type-system constraints, and manual multi-threaded worker configurations (
std::thread,Futures). - Status: Curated Patterns Archive (Stable implementations with occasional additions).
Advanced Python Optimization & Design Patterns
- Core Stack:
Python(Advanced Metaprogramming, Multiprocessing, Asyncio) - Purpose: A comprehensive code repository illustrating clean software design principles in Python. Features deep dives into custom context managers, decorator architectures, memory-optimized generator loops, and high-performance concurrent scheduling.
- Status: Curated Patterns Archive (Stable implementations with occasional additions).