Windows 11 Background Productivity Service

@rakhshanz3

As a tech expert with almost 20 years of diverse experience and skills that range from frontend to backend development, I genuinely believe I would be the perfect fit to craft your ideal Windows 11 productivity service. Not only do I hold a PhD in Artificial Intelligence, but I have also worked extensively as a CTO in an AI-driven start-up where I explored complex AI algorithms, deepening my understanding of core elements like schedulings and tamper-protection - skills that you specifically mention needing for this project. This sophisticated background has given me an intimate knowledge of the technology landscape. I am experienced in working with Windows Filtering Platform and wrapping Node services as Windows background tasks, which adds value to your requirement for seamless Windows 11 integration. Moreover, my adeptness in developing human-friendly web applications for similar purposes helps ensure your vision of managing website and app blocking schedules effectively comes to fruition. Lastly, I am a firm believer in clean code that is comprehensible to others. Therefore, my deliverables won't end when the project does. I provide comprehensive source code with instructions (README) and a small test suite, showcasing not only custom schedules and tamper protection, but also ensuring that new restrictions can be added without hindrance while rest remains undisturbed.

@mahads31

With comprehensive experience in web, mobile, and software development, I'm Mahad Sheikh - your potential game-changer for this productivity service. Having worked with various companies worldwide, I precisely understand the value of lightweight yet efficient digital solutions for businesses. My expertise lies in Backend Development, Frontend Development, Software Development, and System Administration – all the key aspects required for delivering success exactly as you've envisioned for your project. Now let's directly address your expectations. I have an extensive understanding of Windows Filtering Platform and Node services as Windows background tasks - a valuable skillset that will accelerate our productivity right from the beginning. My experience in building UI/UX-focused digital products will help create a friendly web application with a human-readable interface to add/remove websites/apps, define schedules, as well as view current status. Additionally,nStriking a balance between functionality and resource optimization is my forte.

@mido9696

Hi, I have experience interfacing with Windows Filtering Platform and wrapping Node services And I have many ways to do what you want Please contact me and let's discuss more Thanks

@ankits0192

Hi - Ankit here. I see you need a lightweight Windows 11 background service to block websites and applications based on custom schedules, with a web-based management interface and tamper protection that prevents modification outside a specified unlock window. The key challenge is implementing reliable blocking at the network and process level. For web blocking, I'd use the Windows Filtering Platform (WFP) to filter HTTP traffic and intercept blocked sites - this is the same foundation Microsoft uses for parental controls and can return a custom blocked page instead of a browser error . For application blocking, I'd use process monitoring with the Windows API to terminate or suspend specified executables. For the service itself, I'd build a Node.js backend with the node-windows library to create a native Windows service that starts automatically with the system and includes built-in monitoring and restart capabilities . The web admin panel would allow you to add/remove blocked sites and apps, define multiple schedules with time slots, and manage login credentials. The unlock window mechanism would involve a scheduled task that temporarily disables the blocking logic during your specified 5-minute window. Happy to discuss details. Looking forward to hearing from you.

@ammarahmed20

With over 6 years of experience in software development, I am confident that I possess the skills needed to bring your Windows 11 Background Productivity Service to life. My familiarity with AI agents and my proven track record of building successful automation systems make me a perfect fit for this project. Implementing a feature that quietly blocks any websites or applications can be challenging, but my deep understanding of technologies like Node.js and LangChain will enable me to overcome these challenges efficiently. Rest assured, I will build a lightweight background service that consumes minimal resources while delivering maximum results. Moreover, having a friendly web interface to configure the service is crucial, and my extensive knowledge in frontend development using React, Vue.js, and other relevant technologies ensures that not only will the interface be intuitive and easy-to-use but also fully functional. By choosing me, you're guaranteeing yourself an experienced developer who will make sure your service auto-starts even after reboots and survives even user log-offs. Let's work together to transform your vision into a practical reality!

@souravsasmal14

Hello! I have experience building Windows background services and web-based admin dashboards. I can develop a lightweight, auto-starting Windows 11 service with customizable website/app blocking, scheduling, secure authentication, and a user-friendly web interface, along with clean source code, installer, and documentation to ensure reliable deployment and maintenance.

@rajeshrolen

Hello, I understand your need for a Windows 11 Background Productivity Service that blocks specified websites and applications to enhance focus and productivity. My expertise lies in developing custom software solutions tailored to unique requirements like yours. I will develop a lightweight background service that seamlessly integrates with Windows 11, ensuring it runs persistently and restarts with the operating system. The service will allow you to create personalized blocking plans with custom time slots and a designated de-activation window for adjustments. The user-friendly web app will enable easy management of blocked sites and apps, schedules, and viewing current statuses. To ensure optimal performance and minimal resource consumption, all configurations will be conveniently accessible through the web page. The service will display a user-friendly "Blocked by XYZ" message when a restricted site is accessed, maintaining a seamless user experience. I have experience in Windows Filtering Platform and wrapping Node services as Windows background tasks, which will expedite the development process for your project. Let's discuss further details in a chat to outline the technical approach and discuss any specific requirements you may have. Portfolio: https://www.freelancer.com/u/rajeshrolen Sincerely, Rajesh Rolen

@Demaxl

Hello, A deterministic failure mode is unauthorized modification or easy termination of the service during a scheduled block; I will prevent that by combining a low-footprint Windows service registered for Automatic start plus a watchdog process and tamper checks using Windows ACLs and signed binaries so modification requires admin access and a narrow unlock window. I have implemented lightweight background services and admin-protected control panels for desktop environments before, including work that used the Windows Filtering Platform for network-level blocks and a Node-based control plane wrapped as a Windows service. I design the web configuration UI as a single-page app communicating via a local authenticated API, and I build schedule engines with unit tests to prove precise slot enforcement and edge-case behavior. I will implement blocking at both network and process levels: WFP rules to intercept HTTP/HTTPS domain requests and optional process monitoring to suspend known distracting desktop apps. The web app will run on localhost with token-based access and a configurable tiny de-activation window. The blocked-site response will be an injected HTTP response reading "Blocked by XYZ" rather than a browser error. Installer will register services, install signed executables, and add tamper-resistant ACLs. - Do you prefer domain-level blocking only or both domain and process-level enforcement? - What unlock-window length and authentication method do you want for emergency de-activation? Feel free to reach out if you want to talk through next steps. demaxl

@Abror86

Hi, "WINDOWS BACKGROUND PRODUCTIVITY SERVICE" — the service must stay reliable and enforce blocking without getting in the user's way. I'd build it as a Windows Service that starts automatically with the system, manages schedules locally, and exposes a lightweight web interface for configuration. Website and application blocking, user authentication, schedules, and status will all be handled through the web UI, while the service continues running independently in the background. One part I'll handle carefully is tamper protection. The service should recover automatically after a reboot, reject unauthorized changes outside the unlock window, and keep schedules accurate even if the user logs off or the system restarts. Do you want website blocking to work across all browsers, or is support for specific browsers acceptable in the first version?

@mikes126

Hi there, I have hands-on experience with Windows Filtering Platform (WFP) and wrapping Node.js/C# services as persistent Windows background tasks. I can build your lightweight service to block distracting websites and desktop applications efficiently. I'll implement precise scheduling down to the minute, with a strict unlock window (e.g., 07:00-07:05) where only you can edit rules. Outside this window, the service is tamper-proof - attempts to kill or modify it will fail. For blocked sites, I'll ensure a clean "Blocked" message appears instead of a browser error. The friendly web UI will let you manage block lists, schedules, and view status with minimal resource usage. I'll deliver source code, a one-step installer, and a test suite validating all features. I'm ready to jump on a call to finalize the architecture. Best, Mikya

@dushyant317

I can develop a lightweight Windows 11 productivity blocker consisting of a secure background service and a modern web-based management panel. The solution will support website and application blocking with custom schedules, auto-start on boot, tamper protection, user authentication, configurable unlock windows, and a custom "Blocked by XYZ" page where technically feasible. I'll deliver clean source code, a one-click installer, automated tests, comprehensive documentation, and a scalable architecture using Windows Service APIs with Windows Filtering Platform (or the most suitable Windows-native approach) to ensure reliable, low-resource operation.

@jagratip3

I can build this Windows 11 productivity blocker as a lightweight, persistent background service with a secure web-based control panel. I’ll implement website and application blocking, multiple custom schedules, precise unlock windows, automatic startup after reboot/logoff, and tamper-resistant configuration. The web app will provide login/logout/password management, rule management, scheduling, status monitoring, and easy updates to blocked sites/apps. For website blocking, I’ll use an appropriate Windows networking approach so blocked requests can show a friendly custom page where technically possible. I’ll keep the service resource-efficient and include a clean installer, README, configuration guide, and tests covering scheduling, persistence, blocking, and tamper protection. I can evaluate Windows Filtering Platform versus a lighter architecture and choose the most reliable approach for Windows 11.

@vikrant12112

Hi there, Your Windows 11 blocker needs reliable persistence, precise scheduling, and tamper resistance without becoming heavy. I have spent the last 4 years solving exactly this type of background-service and control-panel problem. I will build the Windows service/daemon to auto-start, enforce site/app rules by schedule, expose a lightweight Web Application for login, password changes, plans, block lists and status, and add Backend Development around secure rule storage, service commands, and audit checks. Where suitable, I can use Windows Filtering Platform or wrap a Node service as a Windows background task, with a local RESTful API connecting the service to the web UI, plus README, installer script, and tests for schedules and unlock-window protection. Best regards, VIKRANAT

@borse1012

Your project is very interesting, and I'd be excited to build a lightweight Windows productivity blocker. With 14years of software development experience, I've built desktop applications, backend services, Windows automation tools, and secure web applications. Proposed Architecture Windows Service: .NET or Java if preferred Management Portal: React + REST API Database: SQLite (lightweight) or PostgreSQL Installer: Inno Setup or MSI Key Features Windows service that starts automatically with Windows and runs independently of user login Website blocking using the Windows hosts file or Windows Filtering Platform (where appropriate) Application blocking by monitoring configured executable names/processes Multiple customizable schedules with minute-level precision Protected unlock window for changing settings Web-based dashboard for managing websites, applications, schedules, and status Installer with one-step setup and comprehensive documentation For website blocking, displaying a custom "Blocked by XYZ" page is generally achievable by redirecting blocked domains to a lightweight local web server rather than relying solely on browser errors. No Windows application can guarantee it cannot be manipulated by a user with full Administrator privileges. However, I can implement strong tamper-resistance so that disabling the service outside the permitted window is significantly more difficult. I'd be happy to discuss further details.

@tnowsolutions

Hi, I can build a lightweight Windows 11 background service with a secure web dashboard for managing blocked websites, applications, schedules, and user accounts. The service will start automatically, enforce tamper protection outside the unlock window, and keep resource usage minimal while remaining reliable. The solution can leverage Windows Filtering Platform (WFP) for website filtering and Windows services for persistent background execution, with a modern web interface for configuration and monitoring. Best regards.

@dholadipak09

✅ plz review my proposal and reach out to me.✅ The strongest solution is to build a lightweight Windows 11 service with a secure local web dashboard, precise scheduling, and controlled unlock windows. ✅ Develop a persistent Windows Service that starts automatically after reboot, survives user log-off, and continuously enforces configured rules. ✅ Block websites through Windows Filtering Platform, DNS, or a local filtering layer, while blocking desktop applications by executable path and process monitoring. ✅ Build a responsive web dashboard with login, logout, password change, website/app lists, multiple schedules, unlock windows, and live service status. ✅ Show a custom “Blocked by XYZ” page where technically supported, with clear fallback behavior for HTTPS sites and unsupported browsers. ✅ Add encrypted settings, audit logs, tamper-resistant permissions, REST APIs, tests, source code, README documentation, and a one-step installer. I have strong experience with Windows services, REST APIs, web dashboards, authentication, scheduling, databases, process control, and system administration. My two important questions are: 1. Should blocking apply to all Windows users or selected accounts only? 2. Do you prefer .NET or Node.js for the service and dashboard? Best regards, Dipak

@w3loop

Hello, Your project is closer to a Windows productivity system than a standard desktop application, so I'd build it around a dedicated Windows Service with a separate web-based management interface. The service will start automatically with Windows, enforce application and website blocking according to configurable schedules, and expose a secure local API consumed by the web dashboard. I recommend implementing the service in **C# (.NET)** for native Windows integration, using **Windows Filtering Platform (WFP)** where appropriate for network filtering and process monitoring for application blocking. The dashboard can be built with React or another lightweight framework and include authentication, schedule management, block lists, and activity status. The architecture will prioritize reliability, low resource usage, clean documentation, and future extensibility while providing an installer, automated startup, and comprehensive hand-off documentation. Best regards, Himanshu

@abdurr531

Hi, Your project reminds me of productivity tools like Freedom, but the real complexity isn't the blocking itself—it's building a service that's reliable, lightweight, and difficult to disable without affecting normal system performance. One important question: For blocked websites, do you prefer redirecting users to a custom "Blocked by XYZ" page locally, or should requests be blocked completely at the network level? That choice affects the Windows service design and browser compatibility. I'd be happy to suggest the simplest architecture before you award the project. Looking forward to discussing it.

@hoangvanp

Hi there, Building a Windows productivity tool like this requires a lightweight, reliable background service that enforces blocking rules without impacting system performance. The focus is on creating a secure, tamper-resistant architecture with flexible scheduling and an intuitive web interface for configuration. I'd start by developing a Windows Service that runs automatically at startup and manages website and application blocking based on configurable schedules. The web dashboard will provide secure authentication, block list management, schedule creation, status monitoring, and password management. Where supported, blocked websites will display a custom notification page instead of a browser error. The solution will include logging, automated testing, an installer, and complete documentation for deployment and maintenance. I have experience building Windows services, web applications, REST APIs, scheduling systems, authentication workflows, and backend architectures designed for reliability, security, and long-term maintainability. A few questions: Do you have a preferred technology stack for the Windows service (C#, .NET, Node.js, or another platform)? Should the blocking apply to all Windows user accounts, or can different users have separate schedules and restriction policies?