Pro Aqua NTS Scheduling & Control Automation

@AwaisChaudhry

Hi there, I understand you want an automated ON/OFF scheduling system for the Pro Aqua NTS air cleaning device that works through a backend, without modifying the device firmware or the official app. I will analyze the current communication between the device and the app, map the API and network flows, and design a backend solution that triggers the device’s power cycle on a schedule. I will propose a clean architecture, build a working prototype, and prepare deployment-ready docs. The plan includes optional smart home integration (Google Home, Alexa, Home Assistant), remote control, and a simple web or lightweight mobile UI if needed. The placeholder What is the exact Pro Aqua NTS model and firmware version in use? Which mobile app and backend endpoints are currently used to turn the device on/off, and what is the expected response format? Do you have any existing network capture data (Wireshark/MITM) or logs to help map the API? Are there any constraints on reverse engineering or legal considerations we must respect? What hosting or cloud preferences do you have for the backend (AWS/GCP/Azure or self-hosted)? Which smart home ecosystems do you want prioritized (Google Home, Alexa, Home Assistant) and any regional limitations? What authentication and security requirements should the backend meet (OAuth, API keys, TLS)? What is the expected scale (devices, users) and uptime requirements for the service? Do you want a simple web UI or a lightweight mobile UI,

@Microlent

Hello! I can help you design a backend-driven automation layer for the Pro Aqua NTS that enables scheduled ON/OFF control without modifying firmware or the official app, while keeping the solution stable and maintainable. Here’s how I’d approach it: • Phase 1 – Feasibility & Protocol Analysis Capture and analyze device ↔ app traffic (TLS inspection where legally permissible, DNS tracing, endpoint mapping) Identify whether control happens via cloud API or local LAN protocol Determine authentication model (token-based, device ID, session keys) Produce a documented control-flow diagram • Phase 2 – Architecture Proposal Depending on findings: Cloud API bridge (if device talks to vendor servers) Local LAN controller (if device exposes local endpoints) Middleware service (Node.js or Python) handling auth refresh, scheduling logic, and retry handling MQTT layer for smart home interoperability Optional Google Home / Home Assistant integration • Phase 3 – Automation Layer Cron-based scheduler with timezone safety Idempotent ON/OFF commands Health monitoring and fallback logic Optional lightweight web dashboard If software control proves impossible, I can propose a hardware fallback (smart relay/plug with power-state awareness), but that would be secondary to API-level control. Let’s open the chat and confirm whether the device communicates locally or strictly via vendor cloud, as that determines the cleanest automation path. Best regards, Jasmin

@OutsourceMan

⭐⭐⭐⭐⭐ Dear Valuable Client, CnELIndia, in collaboration with Raman Ladhani, can successfully deliver your Pro Aqua NTS automation project by leveraging deep expertise in IoT integration, embedded systems, and backend automation. We will begin with a thorough analysis of the device-app communication protocol using MITM and network analysis tools to reverse engineer the API securely. Based on this, we will design a middleware backend service enabling fully automated ON/OFF scheduling, with optional smart home integration via Google Home, Alexa, or Home Assistant. A lightweight web/mobile interface can be provided for remote control. We ensure a deployment-ready prototype, comprehensive documentation, and a scalable architecture. Our approach guarantees firmware integrity, non-intrusive automation, and future extensibility, with fallback options using smart relays if needed. This structured plan ensures timely, secure, and reliable delivery aligned with your functional goals.

@a4logic

Hello, With years of experience in IoT system integration, I've developed a thorough understanding of reverse engineering mobile APIs and network protocol analysis that will enable me to analyze the current communication protocol between your Pro Aqua NTS device and its app. As an added advantage, my team has extensive knowledge of smart home ecosystems like Google Home and Home Assistant that we can utilize for smooth, automated ON/OFF scheduling as well as remote control via your app- only if software control proves impossible. My implementation strategy will prioritize your convenience and make everyday usage seamless. Additionally, we fully grasp the significance of backend development in ensuring the success of any automation project. This is why we've honed our skills in Node.js/Python/Go, which are preferred platforms for this type of work. They facilitate fast, efficient development without compromising reliability and maintenance costs. Meanwhile, our competency extends beyond just building the solution; we also provide comprehensive documentation for Setup, Maintenance, and Future scalability to guarantee effortless transitions throughout the lifecycle. Lastly, it’s essential to mention our valuable experience in working with closed ecosystems and rooms for device fallback options with smart relay/smart plug or Home Assistant/MQTT systems. This proficiency maximizes our ability to handle unforeseen challenges without com Thanks!

@eplanetsoftindia

Hi, I’ve carefully reviewed your requirement. Since firmware modification is off the table, the project clearly revolves around protocol analysis and building a clean middleware automation layer — not hardware hacking. I’m Sanyam, CEO of Eplanet Soft. Our team has experience in IoT integrations, API reverse engineering, and automation bridges for closed ecosystems using Node.js and Python-based middleware. Proposed approach: Phase 1 – Feasibility & Analysis • Network traffic inspection (MITM/Wireshark) to analyze app-device communication • Identify authentication flow, endpoints, and control payloads • Validate whether local or cloud-based API control exists Phase 2 – Architecture • Build a secure middleware service (Node.js/Python) • Implement timer-based scheduler (cron-based or event-driven) • Optional MQTT bridge for Home Assistant / Google integration • REST layer for remote control Phase 3 – Delivery • Working prototype • Deployment-ready backend • Documentation (setup, maintenance, scalability) If API-level control is blocked, we can evaluate a smart-relay fallback as a controlled hardware alternative. Before proceeding: Is the device cloud-dependent or locally networked? iOS, Android, or both? Do you have access to multiple test units? Happy to discuss feasibility before commitment. Best regards, Sanyam

@kamran2012

Hey, I will intercept the app's traffic with mitmproxy, map the auth flow and ON/OFF command payloads, then build a Python backend that replays those commands on a timer. If the app uses certificate pinning, I will decompile the APK and patch it out first. The feasibility analysis comes first whether the device talks to a cloud API or over local WiFi determines the whole architecture. Cloud means a middleware replaying API calls on schedule; local opens the door to Home Assistant with MQTT directly. Questions: 1) Cloud-controlled or local WiFi between app and device? 2) Can you share the app name or Play Store link for early APK analysis? Looking forward to discussing further. Best regards, Kamran

@Julian29

Hello, HAVE HANDS-ON EXPERIENCE WITH SUCH PROJECT I have 15+ years of proven experience in IoT integration, smart device automation, and reverse engineering closed ecosystems, I clearly understand your requirement to build a scalable, user-centric backend automation layer enabling scheduled and remote control of the Pro Aqua NTS without modifying its firmware. -->> Automated ON/OFF scheduling -->> API reverse engineering & secure middleware -->> Smart Home integration (Google Home / Home Assistant / MQTT) -->> Remote control + lightweight web interface My approach will focus on clean architecture, secure API bridging, efficient protocol analysis, and agile development to ensure a reliable, future-ready automation solution. I would approach your project by starting with wireframes and getting the UI/UX design completed, before starting the actual development phase. Let’s connect in chat as I have a few technical queries to clarify before proceeding further, and I am confident we can successfully implement this project from start to finish—creating a solution that strengthens your business and stands out in the market. Thanks & regards Julian

@corpmember29

Hello, I have carefully reviewed your requirement for automated scheduling and backend control of the Pro Aqua NTS device and clearly understand the objective—enable timer-based ON/OFF automation without modifying firmware or the official app. With 10+ years of experience in IoT integration, backend systems, and network protocol analysis, I can approach this in structured stages: communication traffic analysis (MITM/Wireshark), API reverse engineering, feasibility validation, and development of a secure middleware automation layer. The solution can include scheduled triggers, remote control endpoints, and optional integration with Google Home, Home Assistant, or MQTT-based systems. If software-level control is restricted, I can also propose a smart relay fallback architecture. The final delivery will include technical feasibility documentation, clean backend architecture (Node.js/Python), deployment-ready service, working prototype, and complete setup documentation for scalability and maintenance. I WILL PROVIDE 2 YEAR FREE ONGOING SUPPORT AND COMPLETE SOURCE CODE. WE WILL WORK WITH AGILE METHODOLOGY AND WILL GIVE YOU ASSISTANCE FROM ZERO TO FINAL DEPLOYMENT. I eagerly await your positive response. Thanks.

@ZohaibRoy

⭐⭐⭐⭐⭐ IoT Expert for Automated Control & Scheduling of Air Cleaning Device ❇️ Hi My Friend, I hope you're doing well. I reviewed your project details and see you are looking for an IoT / Smart Device Integration Specialist. You don’t need to look any further; Zohaib is here to help you! My team has successfully completed 50+ similar projects in smart home automation. I will analyze the communication protocol, reverse engineer the API, and create a backend solution to enable automated scheduling for your device. ➡️ Why Me? I have 5 years of experience in IoT integration, focusing on smart device automation and API analysis. My skills include network protocol analysis, backend development, and smart home integration. I also have a strong grip on relevant technologies like Node.js and Python, ensuring a complete approach to your project. ➡️ Let's have a quick chat to discuss your project in detail and I can provide you samples of my previous work. I look forward to our conversation! ➡️ Skills & Experience: ✅ IoT System Integration ✅ API Reverse Engineering ✅ Network Protocol Analysis ✅ Embedded Systems Communication ✅ Smart Home Integration ✅ Backend Development ✅ Node.js Development ✅ Python Programming ✅ MQTT Communication ✅ Home Assistant Integration ✅ Google Home Integration ✅ Mobile App Analysis Waiting for your response! Best Regards, Zohaib

@mrresearcher99

Hi, this is an interesting project and I’d be glad to help. I have 5+ years of experience in full-stack and mobile development (PHP, Android, iOS) and solid hands-on work with API analysis, network inspection, and backend automation systems. For your Pro Aqua NTS device, my approach would start with a technical feasibility study: analyzing the mobile app traffic, identifying the communication protocol, and reverse engineering the API flow (using MITM/Wireshark where applicable). Based on findings, I would design a secure middleware service to enable timer-based ON/OFF scheduling, remote control, and optional smart home integration (Google Home / Home Assistant / MQTT). If direct software control is limited, I can also propose a reliable hardware fallback (smart plug/relay) while keeping the system automation-ready. You will receive a working prototype, clean architecture, deployment setup, and clear documentation for maintenance and scalability. I focus on practical, stable solutions and clear communication. I can share similar automation/backend work once we connect and would be happy to discuss the device details to validate feasibility quickly. Best, Bhargav

@vishal1145

Your Pro Aqua NTS project will fail if the device uses certificate pinning or encrypted payloads - most modern IoT manufacturers implement these to block exactly what you're trying to do. Before investing in development, we need to confirm the app's traffic is interceptable and the API endpoints accept unauthenticated requests. Quick question - have you already captured any network traffic from the official app using a proxy tool like Charles or mitmproxy? And does the device communicate directly with a cloud server or does it use local Bluetooth/WiFi first? These two factors determine whether we build a cloud API bridge or a local MQTT gateway. Here's the architectural approach: - REVERSE ENGINEERING: Use Frida to hook into the Android app's SSL layer and bypass certificate pinning, then capture the authentication flow and command structure with Wireshark. This reveals whether they're using REST, WebSockets, or proprietary protocols. - BACKEND AUTOMATION: Build a Python-based middleware service that mimics the official app's authentication headers and replicates the ON/OFF commands. Deploy on a Raspberry Pi or AWS Lambda with cron jobs for scheduling. - API DEVELOPMENT: Create a REST API wrapper around the reverse-engineered endpoints so you can trigger device control from any platform - web dashboard, Home Assistant, or Google Home via webhook integration. - SMART HOME BRIDGE: Implement an MQTT broker that translates your REST commands into Home Assistant-compatible entities, enabling voice control and automation rules without touching the device firmware. - FALLBACK HARDWARE: If the protocol proves too locked down, integrate a Shelly relay on the device's power supply with local API control - not elegant but guarantees scheduling works. I've reverse engineered 8 closed IoT ecosystems including Tuya-based devices and proprietary air purifiers. The success rate depends entirely on their security implementation. Let's schedule a 20-minute technical call to analyze the app's network behavior before committing to a build - I don't take projects where the protocol might be unbreakable.

@abhisaini0188

As a seasoned IoT specialist with over a decade of experience, I am more than well-equipped to tackle the complexity of your Pro Aqua NTS project. My proficiency in reverse engineering mobile APIs, analyzing network protocols, and my extensive skill set in smart home ecosystems including Google Home and Home Assistant garner me as an optimal candidate for this undertaking. I've successfully integrated numerous systems using various methods such as building middleware backend services, MQTT, REST API bridges, and even hardware fallback options when required. My deep knowledge of Node.js, Python, Go, and especially my expertise in embedded systems communication position me to deliver the seamless solution you seek without modifying the firmware of your official app. Moreover, over the years I've proven my capability to produce impeccable documentation not just for setup and maintenance but also for future scalability of your automated control and scheduling system. My dedication to quality, performance, precise problem-solving mindset and exceptional client communication will ensure that you receive a dependable backend automation solution that precisely aligns with your requirements. With Regards!

@ixorawebmob

Hello, I’ve gone through your project details for the Pro Aqua NTS Scheduling & Control Automation, and I’m excited about the opportunity to assist you. With over 10 years of experience in IoT and smart device integration, I specialize in analyzing communication protocols and reverse engineering APIs. I can develop a backend solution for the automated ON/OFF scheduling you desire, while ensuring it aligns seamlessly with your existing application. My approach will include a thorough feasibility analysis, proposing the architecture, and eventually delivering a prototype that meets your requirements. Additionally, integration with smart home technologies like Google Home or Alexa is feasible through MQTT or a custom REST API bridge. Here is my portfolio for your review: https://www.freelancer.in/u/ixorawebmob. I’m particularly keen to discuss: Could you provide more details on the expected timeline and any specific integration requirements for smart home ecosystems? Let’s connect over chat to go over these details and outline the project! Regards, Arpit Jaiswal

@enervell

Hi there, I am excited about the opportunity to work on the Automated Control & Scheduling System for your Pro Aqua NTS device. With extensive experience in IoT integration and reverse engineering, I can efficiently tackle the challenge of automating your air cleaning system without altering its original firmware. 1. **Communication Protocol Analysis**: I will analyze the communication protocol to understand how the mobile app interacts with the device. 2. **API Reverse Engineering**: Using tools like Wireshark, I will reverse engineer the API to enable backend automation. 3. **Middleware Development**: I will propose and implement a reliable middleware backend service that allows for scheduled operation along with optional smart home integration. Additionally, I can build a simple web or app interface if desired. 4. **Documentation**: Comprehensive documentation will accompany the deployment-ready solution to ensure easy setup and future scalability. I am confident we can deliver a powerful solution that enhances the functionality of your Pro Aqua NTS device. What specific features would you like to prioritize? Thanks, Luis

@Azursol

Dear , I am a seasoned IoT and Smart Home Integration Specialist with a proven track record in reverse engineering APIs and developing backend automation solutions. I understand the limitations faced with the Pro Aqua NTS air cleaning device and propose a non-intrusive solution for automated scheduling without altering the existing firmware. My approach involves analyzing the communication protocol, reverse engineering the API, and implementing a middleware backend service for seamless integration with Google Home, Alexa, and Home Assistant. I guarantee a comprehensive technical feasibility analysis, proposed architecture, working prototype, and deployment-ready solution with detailed documentation. With expertise in IoT system integration, network protocol analysis, and backend development, I am well-equipped to deliver a reliable and efficient solution. Let's discuss further to explore how I can add value to your project. Best regards,

@melikatfz

Hey, Regarding your project, one critical aspect that stands out is optimizing the backend architecture to handle high traffic without latency. I've developed a unique caching strategy that ensures smooth performance and delivers rapid response times, even under peak loads. In a recent project, I revamped a platform's infrastructure, reducing server load by 40% and improving page load speed significantly, which boosted user engagement. I include 30 days of post-deployment bug-fixing for peace of mind. What's your current server setup, and are there any specific bottlenecks you've noticed? Let's discuss how I can help.

@toriquldev123

Hello Dear! I write to introduce myself. I'm Engineer Toriqul Islam. I was born and grew up in Bangladesh. I speak and write in English like native people. I am a B.S.C. Engineer of Computer Science & Engineering. I completed my graduation from Rajshahi University of Engineering & Technology ( RUET). I love to work on Web Design & Development project. Web Design & development: I am a full-stack web developer with more than 10 years of experience. My design Approach is Always Modern and simple, which attracts people towards it. I have built websites for a wide variety of industries. I have worked with a lot of companies and built astonishing websites. All Clients have good reviews about me. Client Satisfaction is my first Priority. Technologies We Use: Custom Websites Development Using ======>Full Stack Development. 1. HTML5 2. CSS3 3. Bootstrap4 4. jQuery 5. JavaScript 6. Angular JS 7. React JS 8. Node JS 9. WordPress 10. PHP 11. Ruby on Rails 12. MYSQL 13. Laravel 14. .Net 15. CodeIgniter 16. React Native 17. SQL / MySQL 18. Mobile app development 19. Python 20. MongoDB What you'll get? • Fully Responsive Website on All Devices • Reusable Components • Quick response • Clean, tested and documented code • Completely met deadlines and requirements • Clear communication You are cordially welcome to discuss your project. Thank You! Best Regards, Toriqul Islam

@Eliteinno

Hi, Our devs looked at your project and spotted a crucial architecture challenge that might impact your system's ability to scale efficiently. Our backend lead, who has tackled similar issues before, is ready to architect a solution that ensures smooth scalability. We know how to bridge complex systems with clean, reliable code. We recently completed a large-scale project where we revamped an e-commerce platform using Node.js and React, enhancing their throughput by 50%. It was a transformative experience, reinforcing our expertise in delivering robust solutions tailored to high-traffic environments. I'll be your direct technical point of contact, and we'll set up a staging environment for you to test everything before it goes live. Our process is built around clear communication and agile iteration to keep everything on track. How does your team envision the long-term growth of this project? Let's explore how we can make it all happen.

@johnallenvillan1

Hi there, I am an IoT and Smart Home Integration Specialist with expertise in backend automation solutions. I propose to analyze the device-app communication protocol and implement a backend-based automated scheduling system for the Pro Aqua NTS air cleaning device. By reverse engineering the API and integrating with Google Home, I aim to provide a seamless remote control solution. Let's discuss how we can enhance the device's functionality with automated ON/OFF scheduling.