Linux CLI Hardware Test Suite

@MuhammadUzair16

Hi I am an embedded systems engineer with over 16 years of experience building Linux-based diagnostics, production test tools, firmware support utilities, and hardware validation software for consumer and industrial products. I can build a compact C/C++ CLI suite for RAM, CPU, HDD/SSD and RF-unit checks that fits cleanly into bash automation, with plain-text output by default and JSON output for Grafana ingestion. My approach would be to keep each utility focused and scriptable: stress/benchmark modes for CPU and memory, sequential/random block-device tests with safe destructive-write handling, SMART/SCSI-aware disk reporting, and a quick-start sweep script for technicians. I will also include a clear Makefile/CMake setup, x86-64 Debian/Ubuntu binaries, and a README with command syntax, sample outputs, package/kernel prerequisites, and notes for any SCSI controller flags used. I have worked on similar low-level hardware test and validation utilities, but those projects cannot be shared publicly; I can describe or show relevant examples privately if needed. A few details I would like to confirm are the target Debian/Ubuntu versions, whether destructive disk write tests should require an explicit confirmation flag, and what RF-unit interface is expected. Please contact me to discuss details.

@linuxpro2008

Worked with all kind of servers and all panels since 2007 And currently working as linux system administrator If you need to start as soon as possible contact me And tell me more details about what you want to Tell the time and cost accurately, please contact me now, looking forward to work with you Best regards

@toriquldev123

Hello There! I’m Md Toriqul Islam, and I’m excited to partner with you. I can dive into your project immediately. I have over 10 years of experience developing Linux system utilities, C/C++ applications, and performance-focused software for automation and diagnostics. I understand you need a compact CLI-based hardware diagnostic suite for Linux covering RAM, CPU, storage, benchmarking, stress testing, JSON reporting, and automation with comprehensive documentation. I can deliver clean, reliable, and maintainable tools with CMake/Makefile support. I am skilled in C, C++, Linux, Bash, JSON, system programming, and performance optimization. I’m ready to discuss your requirements and delivery timeline. Let's get started. Looking forward to hearing from you. Best regards, Md Toriqul Islam

@gameprogrammer13

This looks like a good fit for my background. I usually write these types of scripts using Python with requests and BeautifulSoup. It keeps things stable and easy to schedule. If you want to see some similar work I've done, just let me know.

@brayanstiven5

Hello, I have strong experience in **C/C++ systems programming, Linux CLI development, storage interfaces, and performance diagnostics**. I've developed low-level utilities for hardware communication, performance testing, and automation, making this project a great fit. For this suite, I would build lightweight command-line tools with a consistent interface, supporting both **plain-text and JSON** output for easy integration with Grafana and shell scripts. The utilities will cover RAM, CPU, HDD/SSD diagnostics, stress testing, sequential/random I/O benchmarks, SMART/SCSI information, and RF-UNIT support where applicable. A unified quick-start script will automate a complete system health sweep. The deliverables will include clean, well-documented C/C++ source code, Makefile/CMake build support, prebuilt Debian/Ubuntu x86-64 binaries, and a comprehensive README with usage examples, sample outputs, installation steps, required packages/kernel modules, and notes on any SCSI-specific options used. I write maintainable, portable code with minimal dependencies and extensive error handling. If suitable, I can also leverage proven open-source benchmarking techniques where licensing permits to accelerate delivery while keeping the codebase clean and extensible. I'm available to start immediately and would be happy to discuss your performance targets, supported hardware, and delivery timeline.

@workbyz

Greetings, I am highly interested in working on this project. I am a professional systems developer with over 10 years of experience in C/C++, I have successfully delivered multiple low-level software projects. I possess deep technical expertise in utilizing Linux kernel interfaces, POSIX APIs, and storage subsystems, with a strong focus on optimizing multithreaded performance and managing direct low-level hardware interactions. Additionally, I am highly proficient in Linux scripting to automate complex system tasks and streamline workflows. I am fully capable of developing a robust, high-performance command-line interface (CLI) utility tailored to monitor RAM, CPU, storage (HDD/SSD), and FR-unit metrics in real time. To enhance user experience, I will incorporate smooth, lightweight terminal-based animations for dynamic, real-time performance tracking. The final deliverable will include clean, well-documented source code, an optimized Makefile for seamless compilation, and a pre-built x86-64 binary configuration thoroughly verified for Ubuntu kernels. I am eager to start this project. Kindly reach out so that we can connect and discuss the next steps for this project. Thanks.

@alluankit01

Hi, I can develop your Linux CLI hardware test suite in C/C++ for RAM, CPU, HDD/SSD diagnostics, benchmarking, stress testing, plain-text/JSON reporting, and bash automation. The best solution is to first define the exact test depth, target Debian/Ubuntu versions, block-device safety rules, RF-unit requirements, and output format. Then I’ll build compact command-line tools for memory tests, CPU stress/benchmark checks, disk sequential/random read-write tests, SMART/SCSI-aware reporting, and a quick-start script to run a full system sweep. I’m comfortable with Linux CLI tools, C/C++, Bash automation, Makefile/CMake builds, JSON output, CPU/RAM stress testing, disk benchmarking, SCSI/block-device checks, Debian/Ubuntu binaries, and professional README documentation. Deliverables will include: * C/C++ source code * Makefile or CMake build setup * x86-64 Debian/Ubuntu binaries * RAM diagnostic utility * CPU benchmark/stress utility * HDD/SSD read-write test utility * Plain-text and JSON output * SCSI/controller notes * Quick-start sweep script * README with usage examples I’ll focus on safe, compact, technician-friendly tools that can plug into existing bash workflows and produce clean results for manual review or Grafana ingestion. Best regards Ankit

@engruhulajom

Hello There! I’m Ruhul Ajom, and I’m excited to partner with you. I can dive into your project immediately. I’m an experienced C/C++ and systems developer with 10+ years of experience building Linux utilities, CLI tools, and hardware-focused automation. I understand you need a compact Linux CLI hardware diagnostics suite for RAM, CPU, HDD/SSD, and RF-UNIT testing with benchmarking, stress tests, JSON reporting, SCSI support, and complete documentation. I have experience developing high-performance system utilities, automation scripts, and low-level Linux tools focused on reliability and maintainability. I have rich experience in Linux systems programming, C/C++, hardware diagnostics, benchmarking, and automation. I am skilled in C, C++, POSIX APIs, Bash, JSON, CMake/Make, and Linux kernel interfaces. I’m ready to start immediately and would be happy to discuss your requirements and delivery timeline. Looking forward to hearing from you. Best regards, Ruhul Ajom

@mikes126

⭐ Hi there ! Let's set meeting schedule for ur project more detail . Built similar Linux CLI tools for RAM CPU disk SMART SCSI stress testing and JSON based reports Relevant work I can show includes low level C and Cpp diagnostics with Bash automation Makefile builds and plain text plus JSON output For ur suite each tool will stay compact script friendly and easy for tech teams to run fast RAM and CPU modules will cover benchmark stress thermal throttle peak throughput and clear exit codes Disk tests will include seq and random IO safe partition checks speed tests SMART data and SCSI controller handling Btw destructive write tests will never run silently since one wrong target can wipe a live disk README will include cmd examples output samples deps kernel modules and vendor SCSI notes Quick start Bash script will chain the full sweep and save Grafana ready JSON Can adapt proven test loops to cut dev time Timeline : 14 days Total Budget : 30 EUR

@iimtpradeepdash

Built and shipped low-level hardware diagnostic tools for an OEM last year: custom memtest (C, mmap and /dev/mem for RAM sweep), CPU stress/thermal check, and a modular storage tester with SCSI, SATA, and NVMe support. Used them in production imaging lines, so I know about benchmarks, CLI ergonomics, and JSON output for automation. Will write each component as a standalone CLI with plain text and JSON reporting. Can cover SCSI vendor flags, with quick doc notes per controller. Deliverables include x86-64 binaries, Makefile, and README—your automation won’t hit friction. Does the RF-UNIT need protocol-level tests or just basic detection and passthrough benchmarks? Pradeep

@AndrewJSMAN

I’ve built and maintained low-level diagnostic suites for embedded and x86 Linux systems, including RAM, CPU, and storage benchmarks with CLI and JSON output. I’ll deliver a compact C/C++ toolkit (memtest86+, stress-ng, fio wrappers) with SCSI-aware disk tests, thermal monitoring, and a Makefile for Debian/Ubuntu. The suite includes plain-text and JSON reporting, plus a quick-start script for automated sweeps. Documentation covers kernel prereqs (e.g., `nvme-cli`, `lm-sensors`) and vendor-specific SCSI flags. Binaries and source link available here: [private repo link]. I can start immediately.

@FizzaNadeemK

Hi, I can help develop a reliable Linux CLI diagnostics suite in C or C++ designed for automation, deep hardware testing, and clean reporting. I’ll build utilities for RAM, CPU, HDD/SSD, and RF-UNIT checks with benchmarking, stress testing, SMART handling, SCSI support, and output formats including plain text and JSON for monitoring systems. The tools will include clear build instructions, usage documentation, sample outputs, prerequisites, and a quick start script for complete system sweeps. My focus will be on clean low level implementation, reliable results, and making the utilities easy for technicians to integrate into existing bash workflows. I’d be happy to discuss your current environment and requirements to plan the best development approach. Best Regards, Fizza Nadeem K

@andrewkor27

Hi, I’ve built similar systems using C/C++ for Linux, including low-level hardware diagnostics, disk I/O benchmarking, CPU/RAM stress testing, and automation-friendly CLI utilities with JSON output for monitoring pipelines. I can deliver a lightweight, modular toolkit with clean Makefile/CMake builds, precompiled x86-64 binaries, detailed documentation, and a one-command system sweep script that integrates seamlessly into your existing bash workflows. For the best long-term solution, I'd implement each diagnostic as an independent CLI utility with a shared reporting library, allowing consistent plain-text/JSON output and easy future expansion (including RF-UNIT support and vendor-specific SCSI features where applicable). A couple of questions: Which Linux distributions and kernel versions must be officially supported besides recent Debian/Ubuntu? For RF-UNIT support, could you clarify the hardware/chipset (or provide the API/specification) you need the utilities to interface with? I can start immediately and would be happy to discuss the fastest delivery approach based on your priorities.

@nikolar13

⭐⭐⭐⭐⭐ Hello I read your brief closely especially the need for compact Linux CLI tools in C or C plus plus with plain text and optional JSON output plus a quick start script that can chain RAM CPU and HDD SSD diagnostics into existing bash automation I can build this as a small focused suite for Debian Ubuntu with clean Makefile or CMake setup prebuilt x86 64 binaries and concise technician ready notes. My approach is simple 1 I create each utility for memory CPU and block device testing with CLI flags for stress benchmark and reporting 2 I add plain text and JSON output plus the sweep script for full automated runs 3 I document syntax sample output prerequisites and SCSI related notes clearly I work in C C plus plus Linux automation and software architecture and can deliver a reliable compact result within your budget and timeline If you want I can start with a short paid diagnostic and outline the fastest delivery path next I am ready to discuss the exact test coverage and output format today

@Lazarone1

Hi, I can develop a Linux CLI hardware diagnostic suite in C/C++ with modular utilities for RAM, CPU, HDD/SSD, and RF-UNIT testing. I’ll provide build files, x86-64 binaries, automation scripts, text/JSON reporting, and clear documentation. The tools will be designed for Debian/Ubuntu environments with performance testing, stress options, storage benchmarks, and integration-friendly output for monitoring systems like Grafana.

@adnanmalik756

Hi, You've outlined a need for a set of command-line utilities in C or C++ that can perform deep diagnostics on various hardware components. It sounds like you're looking for robust tools to test RAM, CPU, HDD, and SSD while also providing clear documentation for technicians to quickly get started. With 7+ years of experience in C programming and Linux systems, I can create these utilities tailored for CLI use, ensuring they integrate smoothly with existing bash automation. My approach would be to design each utility with a focus on functionality and ease of use, including stress tests and benchmarks for RAM and CPU, along with comprehensive reporting in both plain text and JSON formats. I’m committed to delivering all the necessary documentation for quick implementation. What specific RF-UNIT support features are you looking to include in the tests?

@Sindja99

Hi, This is a low-level Linux CLI build, so I’d keep it small and script-friendly: separate C/C++ utilities for RAM, CPU, and block-device tests, plus a sweep script that produces plain text by default and JSON when requested. The disk side needs careful handling, especially destructive write and partition tests. I’d make those explicit with safety flags, use direct I/O where appropriate, and document any SCSI-related behavior clearly, including sg/smartctl-style prerequisites and controller notes. For CPU/RAM, the focus would be repeatable stress and throughput checks with simple output a technician can read quickly. I do not have a public link or ready-made proven suite I can honestly claim for this exact brief, so I’d build this cleanly for Debian/Ubuntu x86-64 with Makefile or CMake, README examples, sample outputs, and the quick-start chain script included.

@infovergetech

PROVIDES 10 HOURS OF FREE WORK Hello There, This is Sandeep from InfovergeTech. We have experience in developing Linux CLI-based hardware testing suites that automate component validation, generate detailed test reports, and ensure reliable hardware diagnostics across different Linux environments. Our company has 17+ years of experience in IT service development. A couple of quick questions: Should the test suite automatically detect the available hardware (CPU, RAM, storage, network, USB, etc.) and skip unsupported tests, or do you already have a fixed list of hardware to validate? Do you need the final CLI tool to generate a single pass/fail report with logs for troubleshooting, or should it also support running individual hardware tests separately for maintenance? You might see our profile is new, but we are not new to this business. Kindly open the chatroom. We can even provide some additional development at no extra cost if required. Also, you may release the payment only after we complete the task to your satisfaction. Give us an opportunity, and we won't let you down. Thanks, Sandeep K.

@mahdisaoudia

I can do complet c+ code script for get informations by devices and writing text in systems and getting back informations