Alternatives
Products that do what Hacking Cgroups to Control Resources of Programs does
- Built a small tool with go that allows you to limit the CPU and RAM usage of applications on a Linux machine. - Small article I wrote on how it works - https://medium.com/@rohanjamadagni/hacking-cgroups-linux-res...
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2020 · github.com
- 6SP
Hi everyone, I recently wrote a book about Go, that focus on its usage for system programming. The book is available on Packt website and on Amazon. https://www.packtpub.com/application-development/hands-systems-programming-go https://www.amazon.com/Hands-System-Programming-concurrent-applications/dp/1789804078/ Here's the table of contents: 1. An Introduction to System Programming 2. Unix OS Components 3. An Overview of Go 4. Working with the Filesystem 5. Handling Streams 6. Building Pseudo-Terminals 7. Handling Processes and Daemons 8.…
2019
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2015 · github.com
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- 9GB
Apr 2026 · goblin.run
- 10AS
There are plenty of good tools for load testing such as JMeter, Minigun, and plenty more - but they all have their own set of options to learn. I built this one to support a simpler workflow where you just paste your curl request (or other cli command) after your `spam` config (literally just `spam -r 2 -- curl www.google.com). It's pretty barebones but I'm 100% going to use it in my day to day - figured I'd share it here if it helped anyone else!
2023 · github.com
- 11GT
2015 · github.com
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I wrote an article about how to get Nix on your Steam Deck! Big takeaways for me: * Steam Decks are very fun to hack on * Linux Consoles are good * There are more knobs in systemd units than I remember * Flatcar Linux is a thing that exists * Remoting into a console is fun * A/B boots are less interesting than one might expect when you're used to NixOS
2022 · determinate.systems
- 13AG
Hi all, I've been working on tooling that can reverse the work of a linker. It allows one to take bits and pieces of an executable and delink them into working object files, which can then be reused as-is to make new programs or libraries, without having to decompile or disassemble them first. The readme has links to my blog demonstrating some of the use-cases. The most impressive one so far is making a port of a ~100 KiB Linux a.out i386 program to a native Windows PE i386 executable, despite not having access to its original source code or even decompiling it. Currently, 32-bit i386 and…
2024 · github.com
- 14AD
I'd like to share a project I've been working on for the past few months. It's a distributed workflow engine written entirely in Go. Some highlights: * Tasks are executed in a Docker container * Can run stand-alone or distributed * Highly extensible * Able to enforce limits (CPU/RAM) per task * Web UI Would love the get your feedback on it, and find out if this could be useful.
2023 · github.com
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Hi HN! I've been building a project that handles high-value credentials in-process, and I wanted something more robust than just zeroing memory on drop. A comment on a recent Show HN[0] made me realize that awareness of lower-level memory protection techniques might not be as widespread as I thought. The idea here is to pull out all the tools in one crate, with a relatively simple API. * mlock/VirtualLock to prevent sensitive memory from being swapped (eg the KeePass dump) * Core dump exclusion using MADV_DONTDUMP on Linux & Android * mprotect to minimize exposure over time * Guard…
Mar 2026 · github.com
- 16HA
Hey HN. I'm an engineering student at Waterloo building stateful AI agents, and I kept hitting the same wall: whenever my Python scripts crashed or dropped a connection, the underlying Puppeteer or Ollama processes would just sit there orphaned, eating RAM until the node OOM-killed itself. Standard load balancers break sticky sessions, and passive HTTP timeouts are too slow for cleanup. I couldn't find a good local process pool that actually cleaned up dead stateful sessions reliably, so I built Herd in Go. It uses a persistent stream (gRPC/Unix sockets) strictly as a dead-man's switch.…
Mar 2026
- 17CA
CJIT started as a hobby project around Fabrice Bellard’s tinyCC and slowly grew into something much more practical. It is now a small portable C compiler and runner that works across Linux, macOS, and Windows, can self host, and is packaged as a single executable. What mattered most to me was keeping the barrier to entry low. You can take one small binary, drop it onto a system, and compile or run C code using the libraries already available there, without setting up a full toolchain or installing a large stack of dependencies. I find that useful for quick prototyping, testing, auditing,…
Apr 2026 · dyne.org
- 18IM
Hey HN! I made a completely open sourced alternative to Weights and Biases with (insert cringe) blazingly fast performance (yes we use rust and clickhouse) Weights and Biases is super unperformant, their logger blocks user code... logging should not be blocking, yet they got away with it. We do the right thing by being non blocking. Would love any thoughts / feedbacks / roasts etc
2025 · github.com
- 19GA
Hi All, I felt like I was re-inventing the wheel by bolting similar channel architectures onto different Go structs repeatedly so I decided to extract some common types into into one library so that they would be easier to re-use: - oneshot - spsc - spmc - mpsc - mpmc - broadcast - watch The types are inspired by Rust channels so if you're coming from Rust they should feel familiar. So far I'm really enjoying using them but it'd be great to get some external feedback if you have time! https://github.com/amorey/gochan Andres
May 2026 · github.com
- 20AC
I built this toolkit with my colleague to dive deep into OS internals and automate the identification of privilege escalation vectors. Written in pure C without external dependencies, it explores everything from Linux capabilities and Docker escapes to Windows token manipulation and service permissions. We believe that the constant struggle between breaking and securing systems is the ultimate driver of software evolution. This tool is our contribution to that cycle, designed for researchers who want to understand how low-level misconfigurations can be discovered and audited across different…
Jan 2026
- 21IM
This is a personal project I've been working on and off for the past few years. It's a set of tools that have allowed me to prototype quickly small (and increasingly bigger) kernels, and create userspace programs to interact with them. Supports riscv64, amd64 and i386. The intel port has been tested and used on real hardware, from big dual-socket Xeon machines to an old X220. It is all C, I have plan to make rust bindings for the kernel library. But again, they're plans at this stage. Porting to new architectures is relatively simple, a basic port to riscv took me a couple of weeks of…
2024 · github.com
- 22ID
Frustrated by the complexity and resource drain of multi service monitoring stacks, I built Simon. I wanted a single, lightweight dashboard to replace the heavy stack and the constant need for an SSH client for routine tasks. The result is a resource efficient dashboard in a single Rust binary, just a couple of megabytes in size. Its support for various architectures on Linux also makes it ideal for embedded systems and lightweight SBCs. It integrates: Comprehensive Monitoring: Realtime and historical metrics for the host system and Docker containers (CPU, memory, disk usage, and network…
Nov 2025 · github.com
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2019 · dev.to
- 24AD
2014 · github.com
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