Cloud Network Management Platform Build

@kamran2012

Hey, I will deliver your multi-tenant network management platform — tenant-isolated device onboarding via MAC, real-time dashboards for uptime/traffic/errors, remote config push, captive portal with voucher and self-registration flows, and a super-admin console with RBAC. For device communication, I will wire up an SNMP/NETCONF polling layer behind a message queue so each tenant's polling cycles run independently — this prevents one noisy tenant from starving others of device data and makes horizontal scaling straightforward when you add clients. Questions: 1) Which cloud provider are you targeting — AWS, GCP, Azure — or do you need it provider-agnostic with Kubernetes? 2) Do you already have RADIUS infrastructure, or should I include a FreeRADIUS deployment for captive portal auth? Send me a message and we can go over the details. Best regards, Kamran

@farooqtahir2013

With over a decade of experience as a Network, Cybersecurity, VoIP, and System Engineer, my professional background aligns perfectly with the challenges your cloud network management project presents. Having collaborated with small and enterprise-sized companies to design and implement network infrastructures integrated with systems from numerous vendors including Cisco, Ubiquiti, Mikrotik, and more, I bring a diverse skill-set and deep understanding of best practices into play for your solution. Over the years I have honed my skills in Network Administration, Security, VoIP, Wireless Technologies and Virtualization enabling me to perform with dexterity on every aspect dictating this project. I am an expert in cloud computing (Google Cloud, AWS), which would be conducive to the platform structure you're looking to establish. And my proficiency extends to containerization technologies such as VM images—another box to tick off your requirement list. One final note—I pride myself on delivering not just quality work but practical documentation as well. As per acceptance criteria, alongside the fully functional product, you can expect comprehensive API documentation for robust integration possibilities and a well-structured run-book for easy onboarding of new tenants. Don't settle for anything less than the best project delivery; let's get started today!

@AZTURK1

Hi there, I understand you need a cloud-hosted, multi-tenant network management platform with MAC-based zero-touch device enrollment for routers, switches and APs plus SNMP/NetConf/RESTCONF telemetry, RADIUS-backed captive portal and an admin tier to push global policies , I’ve built similar containerised orchestration stacks and multi-tenant RBAC systems before. - Deliverable: Containerised cloud application (Docker Compose / Kubernetes manifests) implementing tenant isolation, MAC-based auto-enrolment agent, SNMP/NetConf collectors and real-time config push. - Deliverable: Customer portal for device onboarding, live/historical dashboards (uptime, traffic, errors), bandwidth controls and captive-portal module (RADIUS + voucher/self-reg flows). - Deliverable: Super-admin console with tenant overview, feature locks, global updates and RESTful API plus OpenAPI docs and deployment run-book. - Risk/QA: staged deployment with backup checkpoint, rollback plan and post-deploy validation. Skills: ✅ SNMP ✅ NetConf/RESTCONF ✅ RADIUS ✅ Docker / Kubernetes ✅ Metrics, monitoring, logging Certificates: ✅ Microsoft® Certified: MCSA | MCSE | MCT ✅ cPanel® & WHM Certified CWSA-2 I’m available to start immediately; Do you prefer Kubernetes (managed EKS/GKE/AKS) or a Docker Compose/VPS approach for initial deployment? Best regards,

@ashinnd84

Hello there, we are a senior Cloud computing, Full Stack Web and Mobile App Developers and we can do this project in no time. Thanks Ashish Kumar.

@aadips

Hi, I'm Aditya from Webneco Infotech — we build complex web platforms and have strong experience with multi-tenant SaaS architecture, cloud infrastructure, and network device management systems. Here's our approach for your Cloud Network Management Platform: - Multi-Tenant Architecture: Each customer gets isolated account space — devices, configs, and data fully separated - Device Registration & Management: MAC address-based device registration (routers, switches, APs) with web portal management UI - SNMP/NetConf/RESTCONF Integration: Poll device metrics, push configs, and collect status via standard network protocols - RADIUS Integration: Centralized authentication for network access control - Real-Time Dashboard: Per-tenant view of device status, uptime, alerts, and bandwidth graphs - Alerting System: Email/SMS notifications for device-down or threshold-breach events - Tenant Provisioning: Admin panel to onboard new tenants and spin up their environment independently Tech Stack: Node.js + React, PostgreSQL with row-level tenant isolation, deployed on AWS/GCP with proper IAM boundaries. We'll deliver clean, deployment-ready code with runbooks so your team can onboard new tenants independently. Ready to discuss your stack preferences and timeline.

@Shrutibimpl

Hello There, As per my understanding you want a cloud native multi tenant network management platform for automated device onboarding and guest Wi Fi control. I have hands on experience building scalable IoT management systems and custom captive portal solutions for enterprise networking. I will give you a powerful central hub where you can manage thousands of devices across different clients without breaking a sweat. Your customers will love the simple interface for tracking their network health and managing guest access while you maintain total control from a single admin master view. This system turns complex network configuration into a push button experience, allowing you to scale your managed service business with a professional, white labeled solution. I will build the backend using Go or Node.js for high performance device communication and React for the multi tenant frontend. I will implement a robust MQTT or TR 069 based discovery layer to handle automatic enrollment via MAC address and use a time series database like InfluxDB for lightning fast traffic stats. The captive portal engine will be built on a Radius server backend with a flexible API for voucher generation, and the entire stack will be containerized with Docker and Kubernetes for easy cloud deployment and tenant isolation. Best regards, Bharat Joshi

@NEHABHAT92

With a decade's worth of experience in the industry, I confidently assert that I possess the necessary skills to effectively execute your project, including, but not limited to; PHP and Web Development. Supporting my claim further, my expertise spans over various domains including E-commerce and CMS based websites which are significantly relevant to your project requirements. As an adept web developer, my comprehension of cloud orchestration, SNMP, NetConf/RESTCONF, RADIUS, and portal design is unrivaled. Hence, I am well-equipped with the requisite knowledge to develop a dependable multi-tenant network management platform for your organization. My wealth of experience guarantees your platform’s robustness as I will ensure routers, switches and access points can be discovered and enrolled seamlessly without any manual intervention. The value that I bring doesn't end in technological know-how alone but extends to post-development. With every project I undertake, I always offer clients free support for a minimum of three months after delivery ensuring that their satisfaction is maintained even after the project is completed. Additionally,I offer reasonable costings as well as efficient domain and hosting solutions.A partnership with me will guarantee not only top quality workmanship but also budgetary savings for your valuable enterprise. Now let's turn your ‘ideas into reality’. Let's get started on building this incredible cloud network management platform tai

@mayankinnovative

Hi, As per my understanding: You need a cloud-hosted multi-tenant network management platform that allows customers to onboard and manage routers, switches, and access points through a centralized web interface using MAC-based enrollment. The system must provide real-time monitoring, bandwidth analytics, uptime/error dashboards, remote configuration management, captive portal functionality for guest Wi-Fi, and a super-admin layer for tenant management, feature control, and infrastructure oversight. Implementation approach: I will design a scalable multi-tenant architecture with isolated tenant management, centralized monitoring services, and secure role-based access controls. Device onboarding will use automated discovery and provisioning workflows leveraging protocols such as SNMP, NetConf/RESTCONF, and vendor APIs where supported. The platform will include real-time polling services for uptime, traffic metrics, error logs, and bandwidth analytics with responsive dashboards for both tenant users and platform administrators. The captive portal module will support voucher and self-registration flows with configurable SSID-level access policies and session tracking. Deployment will be containerized for cloud scalability, with documented APIs, provisioning scripts, and operational runbooks to simplify onboarding new tenants and future integrations such as billing systems.

@XpertLabIndia

Hi there! we have a proven track record in developing cloud-hosted and multi-tenant systems like yours. Our proficiency lies in holistic front-end and back-end development, which exactly matches the nature of your Cloud Network Management Platform. Our familiarity with technologies and Web Development makes us well-equipped to handle the multi-faceted deliverables you require. Moreover, we understand the nuances of working with clients and believe in providing timely service and maintaining transparent communication channels. Let's discuss your specific tech stack preferences and I'll propose a well-defined timeline tailored for your project needs :) Regards, Rohan

@Hrolgar

SNMP covers uptime and traffic counters across virtually every managed device; NetConf/RESTCONF handles config push cleanly but only where the vendor ships a compliant YANG model, so the device brand mix you're targeting is load-bearing for how much of the remote-settings module can be protocol-native versus CLI-scraped. Stack I'd propose: containerized backend (Python/FastAPI or Node) with a React dashboard, PostgreSQL for tenant/device/session data, Redis for real-time polling state, RADIUS (FreeRADIUS) for captive portal auth, and SNMP/NetConf as the device layer. Deployed via Docker Compose initially, promotable to Kubernetes if tenant scale demands it. The PHP/C# tags suggest you may have existing stack preferences; happy to adapt. Multi-tenant isolation is the architectural centerpiece: every tenant gets a schema-scoped DB namespace and API-key-gated device registration. Super-admin reads across all namespaces without merging them; that boundary has to be explicit from day one or RBAC becomes a retrofit problem. Milestones: - M1 (20%): Tenant auth, MAC-based device registration, SNMP discovery stub, DB schema and API skeleton - M2 (25%): Live/historical dashboards (uptime, traffic, errors), configurable polling loop, per-tenant data isolation verified - M3 (30%): Remote settings push (NetConf/RESTCONF + CLI fallback), bandwidth monitoring, captive portal engine with voucher/self-reg and session stats - M4 (15%): Super-admin console (global device view, tenant feature locking, update push), RBAC, API documentation - M5 (10%): Deployment scripts, container configs, run-book, acceptance checklist walkthrough Indicative price: 127,500 INR / 14 days. Could shift +/- 15% depending on answers to four things: device vendor brands (TP-Link/Ubiquiti/MikroTik/Cisco each have meaningfully different config APIs), expected tenant count at launch, cloud deploy target (AWS/Azure/GCP/private), and whether an existing identity provider is in play or I'm building local auth from scratch. Happy to lock exact scope in a short chat before anything is written. Even rough answers on vendor brand and expected tenant scale let me right-size M1 through M3 before committing to the full timeline.

@anandan1995

Hello, I have read your job description and I am interested in your job post. I am ready to start now. Please send me a message to discuss more about your project, Can you please give me a chance I am a Senior Software Developer with over 8+ years of experience in designing and developing scalable web and desktop applications. I specialize in Microsoft technologies and delivering high-quality, secure, and performance-driven applications. My Expertise: Backend Development: ASP.NET, ASP.NET Core, MVC, Web API, Web Forms, Laravel, WCF Services Programming Languages: C#, Php Frontend Development: JavaScript, Angular, React, TypeScript jQuery, AJAX, HTML, CSS Database Technologies: SQL Server, MySQL Reporting Tools: Crystal Reports, RDLC, SSIS, SSRS

@mahads31

With a strong background in PHP, Software Architecture, and Web Development, I am confident in my ability to not only meet your project requirements but to exceed them. I have extensive experience in cloud infrastructure and deployment, having built numerous scalable and multi-tenant applications in the past. Additionally, my knowledge in SNMP, NetConf/RESTCONF, RADIUS and portal design equips me well for the tasks at hand. What sets me apart from other developers is my innovation-first thinking. Given the complexity of your project, it is crucial to have an expert who focuses on future-ready solutions that can adapt to changing technologies and business needs. For me, it's not just about technical requirements - I dig deep into understanding your business goals to ensure the software aligns with your strategy and purpose. Lastly, my commitment as a long-term technology partner means that I won't just disappear after delivering the code. I highly prioritize building digital systems that are efficient and reliable while ensuring I'm available for support and updates as your business evolves.

@Andyloredo

Automating device enrollment based on MAC address registration presents a key architectural challenge for a platform like this. I've previously built similar systems involving automated device provisioning and network configuration using PHP and C#, and I’m confident in delivering the core functionality you’re seeking. I’d focus on a robust API design for device interaction, likely leveraging SNMP or RESTCONF for device communication, and ensuring the multi-tenant architecture is secure and scalable from the outset. Given the 7-day timeline, I anticipate delivering the core self-service portal and admin interface components, with the captive portal engine as a prioritized follow-up.

@TeamGTW

Hello! Based on your project description, you are looking to build a cloud based multi tenant network management platform that allows customers to register devices using MAC address, monitor network health, manage configurations, and provide captive portal access for guest WiFi environments. The system will also include a centralized admin console for tenant oversight and global control. I will focus on delivering a scalable cloud native platform with strong multi tenant architecture, secure authentication, and role based access control. The system will support device onboarding via MAC registration, real time and historical monitoring of uptime, traffic and error logs, and a responsive dashboard for network insights. It will also include remote configuration tools, bandwidth monitoring, and a fully functional captive portal module supporting guest authentication flows and session tracking. On the admin side, I will build a super admin console to manage tenants, device health, feature controls, and global updates. The solution will be containerized with proper deployment scripts and API documentation for future integrations such as billing and extensions. I specialize in cloud and network platform development with 7 plus years experience and I have done similar work in past please open the chat window so I can share with you. Thank you for considering my proposal. I look forward to hearing from you soon. Best regards, Nikita Gupta.

@murtuza90

With over a decade of experience as an API and web application developer, I am well-equipped to build your cloud network management platform. My strong background in PHP and software architecture ensures a clean, scalable codebase. I have extensive experience with cloud deployment (AWS/Kubernetes) and can create an efficient multi-tenant architecture for your project. I am adept in managing network devices through SNMP and NetConf/RESTCONF APIs, which will be crucial for your automatic device enrollment system. My knowledge of RADIUS protocols will support the implementation of the captive portal module for guest authentication and session logging. Additionally, I have developed GUI interfaces that allow real-time network monitoring. Quality is my baseline, and I prioritize effective testing methods such as test-driven development and thorough code reviews. I emphasize open communication throughout projects, ensuring a seamless conveyance of requirements. I'm ready to deliver a scalable, reliable solution that minimizes technical debt and empowers your team to onboard new tenants independently after delivery.

@spodstechno

Hello, This is a strong fit for my experience. I can help you design and build a multi-tenant, cloud-hosted network management platform with: - Tenant-based customer accounts - MAC-based device enrollment - Real-time and historical monitoring dashboards - Remote configuration management - Captive portal / guest Wi‑Fi workflows - Super-admin console with role-based access control - API documentation and deployment-ready delivery I understand the importance of supporting routers, switches, and access points with minimal manual intervention, as well as giving both tenant admins and your super-admin team clear visibility into device health, usage, and policy controls. My approach would be: 1. Define the architecture for multi-tenancy, onboarding, and device communication 2. Build the customer portal for registration, monitoring, and configuration 3. Implement the captive portal module with voucher or self-registration flows 4. Develop the admin console for tenant oversight and feature control 5. Package everything with deployment scripts and a run-book for independent tenant provisioning I’d be happy to discuss the best technical stack for SNMP, NetConf/RESTCONF, RADIUS, polling cycles, logging, and cloud deployment so we can make sure the platform is scalable and secure from day one. Please message me for more information so we can review your preferred infrastructure, target timeline, and any specific device brands or integrations you want to support first.

@vertechsolutions

Hi, I can fix your Cloud Network Management Platform Build I've solved this exact problem many times. Here is what I will do: Design a multi-tenant cloud architecture with tenant isolation, RBAC, and device onboarding by MAC for routers, switches, and APs. Build the customer portal with live/historical dashboards, remote config, bandwidth monitoring, and captive portal voucher/self-registration flows. Create the super-admin console, polling/logging pipeline, deployment scripts, API docs, and run-book for independent tenant setup. 10 days free support after delivery Milestone-based payment Reply "YES" and Best regards, syed ribal

@nathanholmes

What stands out here is that the difficult part is not the dashboards themselves — it’s building a reliable multi-tenant architecture that can securely manage real-time communication with many different network devices while keeping tenant isolation clean and scalable. Device auto-enrollment via MAC and captive portal workflows also need to be designed carefully to avoid operational bottlenecks later. I’d approach this with a modular cloud architecture using containerized services for monitoring, provisioning, authentication, and tenant management separately. Protocols like SNMP, NetConf/RESTCONF, and RADIUS would fit naturally into the stack for device communication and captive portal control, while the admin layer would aggregate health, usage, and policy management across all tenants from one interface. I’ve been involved in infrastructure and automation-focused projects where scalability, centralized control, and real-time monitoring were essential requirements. Happy to discuss architecture direction, polling strategies, or how to structure the onboarding flow for different device families.

@vasylklymiu

Hi, this is a seriously interesting platform and honestly multi tenant network systems always look simple on paper right up until thousands of devices decide to start talking at once. I have around 6 years of experience with Cloud Computing, Software Architecture, API development, and Network Monitoring systems, including multi tenant dashboards, real time monitoring workflows, device management layers, and secure role based administration platforms. I would structure this using a scalable cloud based architecture with isolated tenant layers, SNMP and RESTCONF or NetConf integrations for device communication, real time polling services for monitoring, and a modular captive portal system with RADIUS based authentication and policy control. I can also build the super admin layer, customer onboarding flows, API ready backend structure, and deployment automation so your team can manage tenants and future integrations without turning operations into a maintenance nightmare. Waiting for your response.