Kernel Driver for PC Optimization

@Feriver

Hello, I understand you’re looking for an experienced Windows kernel developer to build a custom kernel-mode driver that improves disk I/O latency and network throughput for database-heavy workloads on Windows 10/11. I have hands-on experience working close to the Windows storage and networking stacks, focusing on performance optimization while maintaining system stability, data integrity, and compliance with Microsoft driver requirements. I would approach this by designing a tightly scoped kernel driver that integrates cleanly with existing NTFS, storage filter, and NDIS layers rather than bypassing them. On the storage side, this includes intelligent request scheduling, I/O coalescing, and safe caching strategies to improve random read/write performance. On the networking side, I focus on prioritization of latency-sensitive traffic, smarter buffer handling, and throughput optimization without introducing retransmission or congestion issues. All work would be validated with Driver Verifier and sustained stress testing. You will receive a signed kernel driver (x64, ARM64 if feasible), full source code and build scripts, a lightweight user-mode control interface for tuning, and concise documentation covering installation, rollback, and usage. The end result will demonstrate measurable performance gains using agreed benchmarks, while remaining stable, auditable, and production-safe. Thanks Asif

@mughiraaa

Hello, I have reviewed the details of your project. i can develop the kernel-mode driver in c using windows driver kit targeting windows 10 and 11 on x64, with arm64 considered if testing confirms feasibility. disk optimisations will focus on smarter io queuing and caching policies to reduce seek times and improve random read/write throughput on ntfs volumes. network improvements will prioritize small frequent packets typical for database workloads, using lightweight packet scheduling and buffer management to reduce retransmits and minimize congestion impact. a small user-mode control panel in c# will allow toggling optimizations and adjusting basic parameters, and a command line interface will provide quick access for power users. full source code and build scripts will be delivered along with concise documentation for installation, rollback, and interactions with existing storage and network filter drivers. Let's have a detailed discussion, as it will help me give you a complete plan, including a timeline and estimated budget. I will share my portfolio in chat I look forward to hear from you. Thanks Best Regards, Mughira

@DanieE4

We've just completed a similar project developing a Windows kernel-mode driver to optimise disk and network performance for database workloads. I can help you build a signed, high-performance driver with tunable caching, scheduling, and packet-handling logic that reduces latency and increases throughput. You won't find someone better aligned with what you're looking for. I understand the need for safe, stable kernel code, measurable disk and network improvements, and user-mode controls for configuration. With experience in Windows driver development, storage and network stacks, and Visual Studio /W4 compliance, I’m ready to deliver a fully documented, production-ready solution. I'd love to chat about your project. The worst that can happen is you walk away with a free consultation. Regards, Danie

@devdeveloper813

Hello, With my extensive experience in C programming, I bring to the table a sharp focus on high-performance systems and a solid foundation in operating system dynamics. I have developed a range of efficient, scalable solutions in my 6+ years as a Senior Web & App Developer that align well with the objectives of this project. From kernel driver development to enhancing network throughput, my skills perfectly suit the task at hand. When it comes to your project requirements, I can assure you that I understand their criticality and their impact on the overall system performance. My expertise encompasses building signed drivers that are fully compatible with Windows 10/11 for both x64 and ARM64 architectures, mirroring your needs succinctly. I am well-versed in implementing queueing, caching, and scheduling techniques for optimizing disk I/O operations without compromising data integrity. Moreover, punctuality is another strength that sets me apart. Having intense attention to detail and vast experience working on high-intensity projects, I appreciate well-documented codes and clear outlining of requirements - aspects crucial for ensuring stress-free maintenance and interactions with existing storage or network filter stacks. Through adequate testing using tools such as Driver Verifier along with complying with clean compilation standards set by Visual Studio/ static analysis + secure boot signature ensures error-free operation even a Thanks!

@linksProvider001

Hi Boss, Straight to the point. I can and I will design a signed Windows kernel-mode driver that works with the storage and network filter stacks, focusing on lower disk I/O latency and smarter packet prioritisation for database workloads. The approach will be safe, measurable, and verifier-clean, with full rollback and tuning controls. You’ll get: Windows 10/11 kernel driver (x64, ARM64 if feasible) Disk I/O scheduling/caching optimisations without data risk Network traffic prioritisation for small, frequent DB calls Simple CLI or control panel for tuning Full source, build scripts, docs, and signed binaries I have experience with Windows internals, kernel drivers, and performance-critical systems, and I design with Driver Verifier and long stress runs in mind. If you want real gains without BSODs, I’m ready to move forward.

@kirills31

Hey there, Are you open to documented Windows filter drivers only (Storport/Minifilter for storage, WFP for networking), or do you expect hooks deeper than supported stacks? What workload should we optimize first for the benchmark, random I/O on NTFS or mixed read write with small block sizes, and which DB engine will you use for validation? I’ve worked on Windows low-level performance projects where the biggest gains come from doing less work in the kernel, not more. On modern Windows, safe wins usually come from a well-designed storage minifilter that improves request coalescing and read-ahead decisions, plus a WFP-based network filter that prioritizes latency-sensitive flows without touching packet payloads or bypassing the stack. We’ll baseline with CrystalDiskMark and a repeatable DB benchmark, then validate improvements on the same hardware. If ARM64 is required, we can scope that once x64 is solid. Hope to discuss more on chat. Best Kirill

@anilptk

Hello there, I am thrilled about the opportunity to work on your project that involves developing a custom Windows kernel-mode driver focused on enhancing system performance, particularly in terms of faster disk I/O and smarter network throughput. The proposed scope of work includes building a signed kernel driver compatible with Windows 10/11, implementing effective techniques to optimize disk operations, enhancing packet-handling logic for improved network performance, and providing a user-friendly control panel for configuration. I am confident in my ability to deliver a high-quality solution that meets your requirements and exceeds expectations. Regards, anilptk

@Ahmedh058

Hi there, I’m Ahmed from Eastvale, California — a Senior Full-Stack Engineer with over 15 years of experience building high-quality web and mobile applications. After reviewing your job posting, I’m confident that my background and skill set make me an excellent fit for your project — Kernel Driver for PC Optimization . I’ve successfully completed similar projects in the past, so you can expect reliable communication, clean and scalable code, and results delivered on time. I’m ready to get started right away and would love the opportunity to bring your vision to life. Looking forward to working with you. Best regards, Ahmed Hassan

@novatech2210

Hi Qingnian, I came across your project for a custom Windows kernel-mode driver to boost system performance and was impressed by the scope of work. We've successfully delivered similar projects in the past, including a high-performance storage driver for a leading enterprise client. We're a perfect fit for this project, leveraging our expertise in kernel-mode development, driver signing, and advanced queueing algorithms. I specialize in crafting efficient, high-performance drivers using structured code and rigorous testing to ensure reliability and security. Multiple 5-star reviews on complex driver projects and storage optimization systems demonstrate our expertise in delivering measurable results. Happy to discuss your requirements and offer a free consultation to explore how we can optimize your system for faster disk I/O and network throughput. If you're interested, let's schedule a quick call to discuss further. Chris | Lead Developer | Novatech

@Ahmedyar547005

Hey , I just went through your job description and noticed you need someone skilled in C++ Programming, Database Management, Software Testing, C Programming, Documentation and Windows API. That’s right up my alley. You can check my profile — I’ve handled several projects using these exact tools and technologies. Before we proceed, I’d like to clarify a few things: Are these all the project requirements or is there more to it? Do you already have any work done, or will this start from scratch? What’s your preferred deadline for completion? Why Work With Me? Over 180 successful projects completed. Long-term track record of happy clients and repeat work. I prioritize quality, deadlines, and clear communication. Availability: 9am – 9pm Eastern Time (Full-time freelancer) I can share recent examples of similar projects in chat. Let’s connect and discuss your vision in detail. Kind Regards, Zain Arshad

@jagratip3

I can develop a custom, signed Windows kernel-mode driver targeting Windows 10/11 (x64, ARM64 optional) that enhances disk I/O and network throughput for database-heavy workloads. My approach combines low-level storage optimization (queueing, caching, and scheduling) with packet-handling enhancements that prioritize small, frequent database calls and minimize buffer bloat, all while preserving data integrity. I will also provide a lightweight user-mode control panel or CLI for tunable adjustments, along with full source code, build scripts, and clear documentation for installation, rollback, and integration with existing storage/network stacks. Deliverables include measurable performance gains (validated via CrystalDiskMark or agreed SQL benchmarks), stable operation with no BSODs under stress testing, clean Visual Studio /W4 compile, static analysis compliance, and driver signing for secure boot. I have prior experience with Windows storage and network filter drivers, implementing kernel-level optimizations for latency-sensitive applications. I can provide references and examples of past driver work to demonstrate reliability and performance improvements. Ready to start immediately and ensure the driver delivers tangible, safe performance benefits without disrupting existing workloads.

@nikolamarinkovi9

Hello, With over X years of experience in game and WebGL development, my skills align closely with the improvements and optimizations you're seeking for your operating system. I've proficiently worked on low-level programming languages such as C and C++ in driving performance enhancements; be it reducing latency, maximizing throughput or optimizing disk I/O operations- exactly the focus areas for your project. Notably, I've successfully handled complex tasks like implementing queueing, caching, and scheduling techniques that not only improve random read/write operations, but do so without compromising data integrity. This is essential when dealing with database-heavy workloads like yours. Additionally, I have a strong understanding of network stack protocols which will aid in creating packet-handling logic to prioritize small, frequent database calls and minimize bottlenecks on congested links. Furthermore, my experience creating lightweight user-mode control panels will come in handy for your requirement of providing an interface enabling/disabling optimizations. Delivering timely projects that exceed expectations is my prime objective. With my profound knowledge in Microsoft Visual Studio and secure boot signing process, a compilation friendly to /W4 compiler flag that passes static analysis wouldn't be a problem. Feedbacks from previous clients about my clean code practices and methodologies have been reassuring and I anticipate Thanks!

@realroshan102

Hi, I am confident in delivering a custom Windows kernel-mode driver tailored to enhance your system's disk I/O and network throughput, focusing on database-heavy NTFS workloads. With extensive experience in Windows driver development, including queueing, caching, and packet handling optimizations, I will ensure your system achieves lower latency and higher transfer rates. I will also provide a lightweight user-mode control panel for easy adjustments and full documentation including build scripts and rollback procedures. Expect a signed, secure, and stable driver with thorough testing to meet your 72-hour stress test criteria. I'll deliver initial results within 21 days to keep your optimization journey on track. Could you specify the benchmark database and query types you'd like to use for throughput testing? Best regards, Roshan

@susank80

Hi there, I’ve reviewed your Kernel Driver for PC Optimization brief and I’m confident I can deliver a signed Windows kernel‑mode solution for Windows 10/11 (x64 and ARM64). I’ve built high‑performance storage and networking components, including kernel I/O scheduling, cache/queueing, and low‑risk data paths, and I’ll apply these to NTFS volumes to reduce seeks and speed up random I/O while preserving data integrity. The approach also includes a lean user‑mode control panel/CLI to enable/adjust tunables, and a tested, signed driver ready for Secure Boot with build scripts and concise docs. I’ll implement robust queueing, caching, and scheduling to cut disk latency and improve sustained transfers, plus packet‑handling logic that prioritizes small, frequent database calls and minimizes retransmits/buffer bloat on congested links. A lightweight, secure user‑mode interface will allow enabling/disabling optimisations and tuning values. Deliverables include full source, build scripts, installation/rollback docs, and interaction guidance with existing storage or network filter stacks. Acceptance criteria will be addressed with a concrete testing plan: measurable latency reductions (CrystalDiskMark or equivalent), improved SQL throughput on a selected database workload, Driver Verifier stress tests with no crashes, and clean /W4 static analysis with secure‑boot signing. Best regards,

@Climaxcodetech

I was impressed by your project 'Kernel Driver for PC Optimization', it aligns perfectly with my skillsC Programming, Software Testing, C++ Programming, Windows API, Documentation, Database Management in development. With over a decade of experience delivering 300+ successful projects and 200+ live apps on App Store and Play Store, I focus on building products that are clean, scalable, and results-driven. My approach is simple: understand your goals, plan precisely, and deliver a solution that exceeds expectations, on time and within scope. I maintain clear communication throughout the project to ensure transparency and collaboration. Let’s schedule a quick discussion to go over your requirements in detail and explore how I can help bring your vision to life.

@Core100

Hi, We have deep experience in Windows kernel-mode development across storage and network stacks. We can design a signed Windows 10/11 driver that safely improves NTFS disk I/O latency and optimizes network packet handling for database-heavy workloads, with robust caching, scheduling, and congestion-aware logic. We also provide clean source code, build scripts, user-mode controls, and rigorous stability validation aligned with Driver Verifier and performance benchmarks. Kindly contact via private message so that i can send you detailed proposal. Looking forward to hearing back from you. With Regards, Raghav, BLW TECH

@MuhammadAsad108

✔ I deliver 100% stable kernel-level work Workflow Diagram Requirements & Baseline Benchmarks ⟶⟶ Driver Architecture Design ⟶⟶ Kernel Driver Development ⟶⟶ Storage & Network Stack Integration ⟶⟶ Stress Testing & Verification ⟶⟶ Signed Driver Delivery & Documentation Key Highlights ✔ Windows kernel-mode expertise — hands-on experience with WDK, KMDF, IRQL rules, and driver verifier–safe coding. ✔ Disk I/O optimization — intelligent queueing, request reordering, and cache-aware logic to reduce seek latency on NTFS without compromising data integrity. ✔ Random I/O performance focus — optimizations targeted specifically at database-heavy workloads (small-block, high-frequency reads/writes). ✔ Network throughput tuning — packet prioritization logic designed to favor small, latency-sensitive database calls while mitigating buffer bloat and retransmits. ✔ Safe filter stack integration — designed to coexist cleanly with existing storage and network filter drivers. ✔ User-mode control utility — lightweight CLI or control panel to enable/disable features and adjust tunables in real time. ✔ Production-ready quality — clean /W4 builds, static analysis passed, Driver Verifier tested, and Secure Boot–compatible signing. ✔ Full ownership — complete source code, build scripts, and documentation included. Best Regards, Fahad N Kernel-Mode Driver Developer | Windows Internals | Storage & Network Performance

@bjorkb

Hi, I saw you run a custom Windows kernel-mode driver project, and it caught my eye because I recently optimized a storage driver, reducing disk latency by 25% and boosting network throughput for database workloads. I'll implement disk scheduling and packet prioritization tailored for NTFS and congested links, ensuring data integrity while enhancing transfer rates. For clarity, which Ethernet and Wi-Fi chipsets require priority support? With over 7 years in Windows driver development, including network and storage stacks, I work as a dedicated specialist, ensuring your project receives my undivided attention. I’m available to hop on a chat or exchange messages to discuss how we can get started on this immediately. When would be a good time for us to connect? Regards, Bjork Bronkhorst

@chiragm078

With comprehensive experience as a full-stack developer coupled with a strong affinity for performance optimization, I believe I am an ideal fit for your Kernel Driver project. I specialize in designing scalable, modern, and efficient digital solutions that align precisely with specific business goals - a mold into which your project fits snugly. My extensive knowledge of frontend & backend development using diverse technologies including React.js, Node.js, MongoDB, and PostgreSQL (just to name a few), creates the perfect platform for me to deliver the high-quality, end-to-end solutions that your project requires. One of the main reasons I feel confident in promising not just delivery but exceeding expectations is my dedication towards ensuring exceptional performance and measurable results in every project I've handled. Incorporating various queueing, caching and scheduling techniques aimed at reducing disk seek times and boosting random read/write operations seamlessly fits into the realm of my expertise. With an additional edge in having previously worked on storage and network stacks, we can rest assured our shade won't mar anyone's performance. With proven ability to manage substantial tasks while ensuring timely delivery and maintaining open lines of communication throughout projects, connectivity over time zones would be the least of our concerns.