Transformation of the website into platforms: android, ios, windows, linux 5000$

Budget: 18828 PLN Deadline: 50 days

Hello!

My name is Evgeny, and I have been professionally developing mobile applications, websites, web services, and web applications for 7 years.

*The cost I indicated is for 1 hour of work. To provide a more detailed price, I would like to connect/call and discuss the details.

- You can review my portfolio, feedback, and awards in my profile.

Why should you choose me?
- I have taken 1st and 2nd places in international championships and competitions in the IT field.
- I have verified video testimonials and letters of appreciation.
- I am always available, honest, and reasonable.
- I work under a contract.
- I lead my own development team.

I would be happy to talk to you in more detail about the project. Expand

Budget: 19000 PLN Deadline: 60 days

Hello!

I understand about mobile applications. But regarding Windows and Linux, I'm not quite clear. Do you want a full-fledged mini browser? If the website already exists, I don't think people will download a separate browser.

Budget: 18828 PLN Deadline: 50 days

Hello, Artem

I tested Intebwio, the One Page, Flash, Pro, and Private modes; the generation of synthetic pages works, this is a live product, not a mockup. The correct approach is not four native rewrites, but a careful wrapping of your web application so that it is native on each platform with a single codebase.

Proposed stack and why:
- Mobile (Android, iOS): Capacitor. It reuses your current frontend directly, adding native APIs (notifications, files, camera) where needed. Minimum rewriting.
- Desktop (Windows, Linux): Tauri, not Electron. Built on Rust, small binary, uses the system WebView, so web logic transfers almost 1:1 with Electron's memory footprint and a smaller attack surface.
- Architecture: one shared core, thin adapters for each platform for updates, sessions, files, notifications, and configuration.

A real risk that most miss: App Store and Play reviews scrutinize applications that render AI-generated web pages. I lay this out from day one, a clear content policy, an isolated WebView that blocks external navigation but allows your dynamic content, and a fallback screen if needed to pass review. A mistake here means rejection, so I build for this right away.

Result: signed mobile builds, desktop installers, UX for small screens and desktop, basic native features, ready-to-publish packages for Google Play and App Store.

My profile is full-stack + AI integration, so the AI logic of the product is familiar; this is not just a wrapper.

36 projects on Freelancehunt, all at 100%, rating 10/10.

Budget: $5000 for the first stable cross-platform release in the specified scope. Timeline: 6-8 weeks.

One question that defines the scope: what stack is the current web version built on (React/Next, Vue, other)? This affects how cleanly it transfers to Capacitor and Tauri.

Revaz Expand

Budget: 18828 PLN Deadline: 45 days

I already have a practically ready similar solution for an AI application on multiple platforms, which can be quickly adapted for Intebwio and move to a working MVP ))
I checked the website intebwio.com in the browser, I see the main search mode, Intebwio AI Beta, One Page, Flash and Pro modes, Save Mode, and Private Mode.
I also tested One Page - for the query AI browser architecture system, it initiated deep search and compiled a synthetic page with the result, so the product logic is alive, not just a mockup.
To start, I suggest not rewriting the entire product natively, but rather creating a stable architecture for transferring the existing web application to 4 environments.
- mobile - Capacitor or Flutter, depending on how the front is currently built and how close to native features you want to be.
- desktop - Tauri as a lighter and safer option than Electron, unless the current stack forces Electron.
- common layer - one core application, separate adapters for Android, iOS, Windows, and Linux, separate handling of updates, sessions, files, notifications, and configuration.
- distribution - preparation of signed packages, configuration of Google Play, App Store, and desktop installers.
With a budget of 5000 USD, a reasonable scope is the first stable stage - wrapper applications for the existing product, refined UX for mobile and desktop, basic native functions, and preparation for publication.
Time - about 35-45 working days, without waiting time for verification from Apple and Google stores.
On your side, access to the front code will be needed, information about the backend and API, Google and Apple developer accounts, certificates or consent for their preparation, plus a brief documentation of the current architecture.
2 questions to narrow down the assessment.
- Does the current web work as a separate front application with an API, or is part of the logic strongly tied to the server and session in the browser?
- Are native functions such as biometric login, notifications, local files, background updates, or offline mode needed in the first version?
Relevant examples from Ingello.
- https://business.ingello.com/vorfahr - a project with AI and process automation, close to the idea of a product based on generation and intelligent processing.
- https://business.ingello.com/fractal - an agent-based and system approach to complex processes, similar from the perspective of AI product architecture.
More about our approach - https://systems-fl.ingello.com
We can discuss the details here and quickly determine whether we are doing a light MVP stage or a fuller version with deeper native features. Expand

Budget: 18000 PLN Deadline: 15 days

I create cool solutions web applications, applications + AI integration Relevant example web application https://soulscapeapp.online/ ios application https://apps.apple.com/us/app/soulscape-dream-analysis/id6772423476

Budget: 18828 PLN Deadline: 31 days

Hello, I hope you are doing well.

I can help transfer Intebwio from the existing web platform into dedicated apps for Android, iOS, Windows, and Linux, while keeping the current AI-powered search/browser experience stable, fast, and easy to use across devices.

My recommended approach is to reuse the existing web application instead of rebuilding everything from scratch. For mobile, I would use Capacitor for Android and iOS. For desktop, I would use Tauri for Windows and Linux because it is lighter and more efficient than Electron.

The work would include preparing mobile and desktop app builds, optimizing the UX for small screens and desktop windows, handling app icons, splash screens, permissions, session behavior, navigation, testing, and preparing store/distribution-ready packages.

Estimated timeline: 6 to 8 weeks.

Your $5,000 budget is reasonable if the goal is app packaging, UX adaptation, testing, and publication preparation based on the existing working web platform.

Looking forward to working with you.

Thank you. Expand

Budget: 18828 PLN Deadline: 30 days

Hello! I read about Intebwio and the idea of transferring it to desktop and mobile, it sounds very cool and interesting. I understand that this is not just a wrapper, but a full adaptation of the AI search engine logic to native environments, possibly using cross-platform solutions to optimize development. Can you tell me what stack the web version of Intebwio is currently using? This will help assess the scope of work. I would be happy to discuss this in more detail and estimate the timelines.

Budget: 18828 PLN Deadline: 30 days

Good day. I can write in Go + Js + Html + Css for all necessary platforms (windows + linux + android + ios + web). Write to discuss.

Budget: 20000 PLN Deadline: 15 days

Hello.

I looked at Intebwio. I liked the idea itself — you are shifting the focus from link searching to generating a ready-made interface based on user requests. This is no longer just a website, so the transition to four platforms should be done not as a "wrapper" around a browser, but as a full-fledged application.

I would suggest dividing the project into two parts.

The first — to extract all business logic, AI work, and API into a single core. Then Android, iOS, Windows, and Linux will use the same backend, with only the client part differing.

The second — to choose the client technology. If the main goal is development speed and a unified codebase, I would consider Flutter. If most of the logic is already written in React, then for desktop it makes more sense to use Tauri, and for mobile platforms React Native. This option will allow reusing part of the existing code and achieving a more native UX.

Before starting work, I would also conduct an audit of the current architecture to understand what can really be reused and what is better to redesign right away.

I have extensive experience in developing complex backend systems, AI integrations, and high-load services. For example, I developed a system with a database of over 10 million entities, where the time to find the required object was about 0.09 ms due to data structure and algorithm optimization. Therefore, performance and scalability issues are familiar to me.

In terms of timelines, without studying the source code, I would preliminarily estimate such a project at 8–12 weeks. A more accurate estimate can be provided after getting acquainted with the current architecture and repository.

If this approach works for you, I am ready to discuss the details and propose a phased implementation plan. Expand

Budget: 18828 PLN Deadline: 14 days

Intebwio is essentially a web app wrapper that needs to feel native across four platforms without maintaining four separate codebases. My recommendation: Flutter for Android and iOS (single codebase, true native performance, strong WebView integration for the AI-generated pages), and Tauri for Windows and Linux (Rust-based, tiny binary, uses the system WebView so the existing web logic ports almost 1:1 without Electron's memory overhead).

Concrete plan: first, audit Intebwio's current architecture to identify what runs client-side vs. what hits your AI backend, then wrap the core in Flutter with platform-specific navigation patterns and Tauri for desktop with OS-level keybindings and window management. Second, handle the tricky part: AI-generated HTML pages rendered inside the app need a sandboxed WebView that blocks external navigation but allows dynamic content injection. Third, configure signing, provisioning profiles, and store metadata for Google Play and App Store submission.

The main risk a junior misses: App Store review will scrutinize an AI-generated web content renderer heavily. We need a clear content policy and potentially a static fallback screen to pass review.