🎯 Project Overview

I want to build an advanced screen-streaming application that allows a user to stream their device’s screen to another device through a shareable link, IP address, or self-hosted server.

The main requirement is that viewer should be able to watch through a web browser without installing the same application on their devices. It should support both local network (LAN/Wi-Fi) streaming and optional remote access.

1. High-Quality Screen Streaming

The application should support the following streaming resolutions:

* 4K (2160p)

* 2K (1440p)

* Full HD (1080p)

* 720p and lower adaptive quality options

Requirements:

* Smooth playback with minimal latency.

* Adjustable FPS, ideally 30/60 FPS where hardware permits.

* Audio streaming with a mute/unmute option.

The actual maximum quality should depend on the source device, capture API, encoder, and network bandwidth.

1. Browser-Based Streaming Through a Link or IP

This is one of the most important requirements.

The viewer should open a URL such as:

http://192.168.1.100:8080

Or a generated shareable URL, and immediately view the stream in a supported browser.

Features:

* No companion app required on the viewer’s device.

* Local IP/LAN streaming without internet access.

* Self-hosted server support.

* Configurable port and server address.

* QR code generation for quick access.

* Ability to copy, revoke, or regenerate sharing links.

The streaming architecture should be server-based or server-assisted, rather than requiring a direct app-to-app connection. For LAN mode, the server can run on the streaming device or another computer on the same network.

1. Advanced Orientation and Rotation Controls

Include these modes:

Portrait mode

* Stream stays in portrait orientation.

* The viewer sees the full portrait screen.

Landscape mode

* Stream stays in landscape orientation.

* The viewer sees a proper horizontal layout.

Auto-rotate mode

* The stream automatically follows the device’s orientation.

Fixed landscape output

* Even if the streaming phone is held vertically, the output remains in a landscape video frame.

* Preserve the entire source image without cropping.

* Use letterboxing, pillarboxing, or a suitable layout when necessary.

Fixed portrait output

* Maintain a portrait video frame regardless of device rotation, without unintentionally cropping content.

The orientation controls must affect the actual stream output, not merely rotate the viewer’s browser window.

1. Dedicated YouTube Live Streaming Section

The application must also have a separate section for streaming directly to YouTube Live.

🎯 Project Overview

I want to build an advanced screen-streaming application that allows a user to stream their device’s screen to another device through a shareable link, IP address, or self-hosted server.

The main requirement is that viewer should be able to watch through a web browser without installing the same application on their devices. It should support both local network (LAN/Wi-Fi) streaming and optional remote access.

1. High-Quality Screen Streaming

The application should support the following streaming resolutions:

* 4K (2160p)
* 2K (1440p)
* Full HD (1080p)
* 720p and lower adaptive quality options

Requirements:

* Selectable streaming resolution and bitrate.
* Smooth playback with minimal latency.
* Adjustable FPS, ideally 60 FPS where hardware permits.
* Good image quality with minimal compression artifacts.
* Adaptive bitrate and resolution based on network conditions.
* Hardware encoding and decoding where supported.
* Audio streaming with a mute/unmute option.
* Performance and thermal controls for mobile devices.

The actual maximum quality should depend on the source device, capture API, encoder, and network bandwidth.

1. Browser-Based Streaming Through a Link or IP

This is one of the most important requirements.

The viewer should open a URL such as:

http://192.168.1.100:8080

Or a generated shareable URL, and immediately view the stream in a supported browser.

Features:

* No companion app required on the viewer’s device.
* Local IP/LAN streaming without internet access.
* Self-hosted server support.
* Configurable port and server address.
* QR code generation for quick access.
* Optional password protection and private viewing links.
* Multiple viewers watching the same stream simultaneously.
* Ability to copy, revoke, or regenerate sharing links.
* Optional remote streaming through a secure public endpoint or relay.

The streaming architecture should be server-based or server-assisted, rather than requiring a direct app-to-app connection. For LAN mode, the server can run on the streaming device or another computer on the same network.

1. Advanced Orientation and Rotation Controls

I need flexible control over how the stream is displayed, independently of the physical orientation of the streaming device.

Include these modes:

Portrait mode

* Stream stays in portrait orientation.
* The viewer sees the full portrait screen.

Landscape mode

* Stream stays in landscape orientation.
* The viewer sees a proper horizontal layout.

Auto-rotate mode

* The stream automatically follows the device’s orientation.

Fixed landscape output

* Even if the streaming phone is held vertically, the output remains in a landscape video frame.
* Preserve the entire source image without cropping.
* Use letterboxing, pillarboxing, or a suitable layout when necessary.

Fixed portrait output

* Maintain a portrait video frame regardless of device rotation, without unintentionally cropping content.

Manual rotation

* Rotate the output 90° clockwise.
* Rotate the output 90° counterclockwise.
* Reset to the original orientation.

The orientation controls must affect the actual stream output, not merely rotate the viewer’s browser window.

1. Dedicated YouTube Live Streaming Section

The application must also have a separate section for streaming directly to YouTube Live.

Features:

* Dedicated YouTube Live dashboard.
* Connect a YouTube account using the official supported authorization method.
* Support YouTube Live’s supported ingest workflow, such as RTMP/RTMPS.
* Stream the device screen directly to a YouTube Live broadcast.
* Select resolution, FPS, bitrate, orientation, and audio settings.
* Support both portrait and landscape broadcasts where permitted by YouTube.
* Show connection status, bitrate, dropped frames, and stream health.
* Start, stop, and monitor a broadcast from the application.
* Keep YouTube streaming separate from private browser/LAN streaming.
* Where technically feasible, support streaming to YouTube and serving browser viewers simultaneously.

Do not expose YouTube stream keys or account credentials to viewers. Use secure credential handling and official APIs wherever applicable.

1. LAN-First Architecture

The application must work on a local network.

For example:

1. Connect the streaming phone via LAN and viewer’s device to the same Wi-Fi network.
   
2. Start the streaming server.
   
3. Open the displayed local IP or generated LAN URL on the viewer’s device.
   
4. Watch the screen in the browser.

Internet access should not be required for local viewing once the necessary software is installed and running.

Please propose the best architecture for low latency, high quality, and compatibility across devices. WebRTC, an HTTP-based streaming approach, or another suitable technology may be considered depending on the requirements.

1. Additional Features

I would also like the developer to propose and implement useful features such as:

* A live preview before starting the stream.
* Start, pause, resume, and stop controls where supported.
* Audio-only mute and volume controls.
* Multiple simultaneous viewers.
* Stream statistics and network diagnostics.
* Automatic quality adjustment.
* Viewer access permissions and session management.
* A customizable stream title and status page.
* Dark mode and a clean, modern interface.
* Optional recording and local saving, subject to device capabilities.
* microphone audio with explicit permission.
* Error handling and automatic reconnection.
* Battery, CPU, GPU, temperature, and network usage monitoring where available.
* Configuration presets for low latency, balanced quality, and maximum quality.

Please identify any other features that would make this a screen-streaming product.

1. Platform Requirements

The primary target is iOS, with compatibility and technical limitations clearly documented.

Please specify:

* Supported iOS versions and devices.
* Whether ReplayKit or other public iOS APIs will be used.
* Whether the server runs on the iPhone, a Windows PC, or another device.
* Whether installation requires TestFlight, App Store distribution, or another legitimate method.
* Whether background streaming is supported and under what limitations.
* Whether Android, Windows, and macOS support can be added later.

The implementation must respect operating-system restrictions. No undocumented private APIs or jailbreak-only dependencies unless explicitly proposed as a separate, clearly labeled optional build.

1. Deliverables

The successful developer should provide:

* A working prototype and final application.
* Complete source code and build instructions.
* Server software and deployment instructions.
* Browser-based viewer interface.
* YouTube Live integration.
* LAN streaming functionality.
* Documentation covering setup, security, limitations, and troubleshooting.
* Demonstration of the required resolutions and orientation modes.
* A list of known bugs and unsupported features.

1. Bounty and Developer Proposal

Budget: Negotiable. Please quote your price or propose milestones.

When responding, include:

1. Your relevant experience with iOS screen capture, streaming, WebRTC, video encoding, and server development.
   
2. Your proposed technical architecture.
   
3. What is achievable on iOS using supported APIs.
   
4. How you will deliver browser-based viewing without a viewer-side app.
   
5. How you will support LAN operation without internet access.
   
6. Your proposed timeline and milestone breakdown.
   
7. A demo, GitHub repository, portfolio, or relevant previous work.
   
8. Any limitations, dependencies, or additional hardware required.

I am open to an initial proof of concept followed by full development.

Important: Please do not respond with generic suggestions to install an existing screen-mirroring app. I am looking for someone who can actually develop this system, explain the technical trade-offs, and deliver working source code.

If you can build this, please comment with your proposed solution, estimated budget, and timeline. Serious developers only.

There are games like ( Sifu ) ( Resident Evil 4 ) when you convert it to ipa and sideload it with for example ( Esign ) it gives you ( Internal download error ) which is required by the game to download the required assets, ive asked chatgpt this was the answer:

When you sideload a standard, decrypted .ipa file using third-party tools, the game attempts to query Apple’s official servers or its own validation APIs using your local session data. Because the app was not officially purchased or downloaded through the native App Store ecosystem, Apple's servers reject the request, throwing an internal download error or stalling completely.

2. How the .dylib Injection Fixes It
By using tools like Azula or optool to hook a custom .dylib into the binary's load commands (LC_LOAD_DYLIB), developers can alter how the app behaves at runtime. The injected tweak acts as a bridge to solve the download failure in one of three ways:
Redirecting Server Queries (Server Spoofing): The library intercepts the network calls the game sends to verify ownership or download extra assets. It tells the game: "Yes, the verification passed," or diverts the download path to a mirror server hosting the complete cache data.
Bypassing App Store Verification: It hooks into iOS frameworks (like StoreKit) to simulate a valid App Store receipt or purchase token. This tricks the internal game engine into thinking it has the green light to download assets naturally.
Overriding Device Capability Checks: Sifu has steep hardware requirements (requiring specific chipsets and RAM configurations). Some .dylib injections spoof the device identity inside the code to stop the game from halting the asset download on devices it marks as "unsupported".

Hey guys, can someone please build a tweak to bypass mini chat ban?
Or help me do it through filza maybe?

Hi everyone,
I'm looking for an experienced Android developer who understands root detection and Android app security.
I'm looking for someone with experience in Java, Kotlin, and native Android development (C/C++).
If you have worked on similar projects before, please share your GitHub profile or examples of your previous work.
Please include:
Your relevant experience.
Estimated cost.
Expected completion time.
Any similar projects you've worked on.
I'm looking for someone reliable who can communicate clearly about the project's feasibility before starting.
Please comment below or send me a DM if you're interested.
Thank you!

Need a tweak, that makes the keyboard look like fully iOS26 keyboard. Supports languages.
discord: nsig

Can someone make a tweak like battery notch but for dynamic island devices for dopamine

Can pay $20 if made. It’s such a cool tweak

Hi everyone, I need an app or a workaround to bypass jailbreak detection on iOS 17.1.3 or iOS 18.5 (SE2). It worked fine with Dopamine 2 on iOS 16.4.1, but the app requires upgrading to iOS 17+; I’ve tried all versions of Dopamine 3+ but haven't succeeded. Please help $$$.

Hey all! Using several phones running dopamine 2,5-3+ unthreated. Tryied many variants and now asking for help WITH bypass jb detection in one only app. Wanna use it with injected tweak. Need bypass latest+- appstore(++) version. Got an modified(idk how) ipa that totally ignores jailbreak. App Store latest version detects. I am boob and mine researches got nothing. Need help of profi. Dm/comment

I am unable to go on the suno app or website due to my firmware being outdated . I would like a workaround for this whether it’s an app specifically able to load the site properly, or something to trick the app to be downloaded for my phone.

like Youtube Legacy by PoomSmart

currently latest SC app support only 16.4 and more

wanna play songs and bypass the connection error

https://imgur.com/a/qBMWz1p

For Dopamine and RootHide

Bootstrap (16.5.1). A tweak was released, [[WhatAMess]], but only works for native message app. If someone can extend his functions for others apps. It will be great also

Hey I’m looking for someone to fully replicate Covertck for my iOS build I’m on . I’m on 16.4.1 and I’m using a 14PM .

Same everything BUT I want it a bit more secure with not allowing leaked messages to be viewable if they’re “ hidden “.
This happens often with this tweak, but other than that, keep it the same, to access type in “ show covert”, “ hide covert” to revert back to normal view,etc. all that .

I have an Interlogix ZeroWire / UltraSync Hub (ZW-6400) security system. Interlogix/UltraSync has reached end-of-life and the associated cloud service is no longer available, leaving otherwise functional hardware without the functionality it previously had.
What I want:
I would like to make the existing UltraSync Hub usable entirely on my local network (LAN) without depending on the discontinued UltraSync cloud/service.
There is already an open-source project that appears to have reverse-engineered much of the protocol:
UltraSync Python Tool:
https://github.com/caronc/ultrasync
According to the project, it supports Interlogix ZeroWire UltraSync-based alarm systems and communicates directly with the panel using its local IP/hostname, User ID and PIN.
The existing project already appears capable of:
Reading system/area status
Reading zone/sensor information
Live monitoring
Arm Away
Arm Stay
Disarm
Returning detailed system information as JSON
Creating debug dumps of the panel’s web resources for troubleshooting/development
There is also an existing Home Assistant implementation based on the same library:
https://github.com/caronc/ha-ultrasync
That integration demonstrates additional functionality including dynamically detecting areas/zones, monitoring zone changes, bypassing zones and controlling outputs.
What I need developed
Ideally, I want a simple local web interface/application that allows me to continue using the UltraSync Hub without the discontinued cloud infrastructure.
At minimum it should:
Connect directly to my UltraSync Hub over my LAN.
Authenticate using the existing local UltraSync credentials.
Show the current alarm status.
Show individual zones/sensors and their status.
Arm Stay.
Arm Away.
Disarm.
Show open/faulted/bypassed zones where supported.
Continue functioning when my Internet connection is completely disconnected.
Preferred: A clean web UI that I can open from an iPhone, iPad or computer on my home network. I would prefer not to require Home Assistant just to operate it.
I am completely fine with the solution building upon/forking the existing open-source UltraSync projects rather than creating everything from scratch.
Acceptance test:
With the Internet disconnected but my router/local network still running, I should be able to open the local interface, see the status of my UltraSync system/zones, and arm/disarm the system.
I can test builds against my actual ZW-6400 hardware and provide appropriate diagnostic/debug output as needed.
Bounty: $100
Can go higher if needed

Note: request created using ChatGPT is that is relevant. Lol.

Even though the camera has the permissions in iOS to set the location of a photo taken on my iPod Touch 7, it for whatever reason doesn’t do it. I use my iPod for basic photography alot, and would really like to have a tweak that fixes this, making it so the iPod automatically tags any photo taken with the location it was taken at, if possible. I am running iOS 15.8.7 jailbroken with Dopamine 2.4.99. I can pay for this through either Paypal or Cashapp

Dopamine 3, Relaxin or TrollStore

Need to spoof iOS version in order to login to certain apps

I don’t know if it is possible, DM for more details

Essentially there's mini games on this app and it's timing based.

There's a scale, going from red to yellow to green. There's an arrow that moves on the scale but I want it so it always lands on the green part which gives the highest reward.

The arrow speed increases at random intervals so using Auto Touch tweak isn't effective.

If you can do it for all the mini games will pay extra and raise bounty $

Budget: $100+ . I know this kind of tweak will cost alot so the price is easily negotiable. iOS 15+.

Advanced Instagram Multi-Account Container / Device Identity Tweak for Stock iOS or jailbroken tweak.

I'm looking for an experienced iOS developer to build a modified Instagram.

The goal is to create a premium multi-account/container system where each Instagram account can run inside its own isolated app environment with a separately generated device identity.

Core Features

Multi-Account Container System

• Create/manage multiple isolated Instagram containers
• Each container maintains its own:
  • Login/session
  • Cookies
  • Local Instagram data
  • App preferences
  • Generated device identity
• Fast container switching without reinstalling Instagram
• Floating in-app panel for switching containers
• Create, rename, duplicate, delete, import, and export containers
• Search/sort containers
• Backup and restore individual containers
• Strong separation between container data

Per-Container Device Identity

Each container should be assigned a persistent, independently generated identity where technically possible from within a modified IPA.

Parameters of interest include:

• IDFV
• Advertising/device identifiers accessible to the app
• Device name
• Device model
• hw.machine
• hw.model
• iOS version
• Build number
• Boot/session identifiers
• Network/interface identifiers accessible to the app
• Carrier name
• MCC/MNC
• ISO country code
• Screen/device characteristics
• Memory information
• Storage information
• Battery information
• Processor information
• Timezone
• Locale
• Language
• CFNetwork information
• Family/device identifiers exposed to Instagram
• User-Agent
• Other device/environment signals Instagram collects

The generated values need to be internally consistent. For example, selecting an iPhone model should produce compatible hardware, screen, OS, User-Agent, and related values rather than independently randomizing everything.

If you think you can do something like this lmk.

Looking for an experienced iOS tweak developer/researcher for some anti-abuse research.

Main things I'm interested in:

• Jailbreak detection and bypasses
• Device fingerprinting and spoofing
• App Attest / DeviceCheck
• Running multiple isolated app instances

Mostly interested in what can actually be done in practice and how difficult it is.

If you have experience with this kind of work, comment below with any relevant tweaks, GitHub projects, or previous work. Please comment instead of DMing me. I don't really check Reddit DMs.

Bounty: $500 USD with full time role available after.

Like this, but with the option within the notes app font options where you can choose header type, making text bold, italics, etc.

https://www.idownloadblog.com/2016/12/18/youtext/

Possible?

https://i.imgur.com/xktenIH.jpeg

Title says it all.

An app let's you click a few buttons every 20 minutes in exchange for in game points/currency. I just want a tweak to automate this, with multi account/crane support too.

iPhone 14 Pro, iOS 16.3.1 Dopamine jailbreak.

Essentially there's mini games on this app and it's timing based.

There's a scale, going from red to yellow to green. There's an arrow that moves on the scale but I want it so it always lands on the green part which gives the highest reward.

The arrow speed increases at random intervals so using Auto Touch tweak isn't effective.

Im looking for a tweak that bring iOS 6 Cover Flow to the iOS 15.8.7 default Music App, specifically for my iPod touch 7. Id like it to have all the same features as iOS 6 overflow, but updated with dark mode to match the UI of the modern music app. I am not looking for an album wall, but rather the same album carousel type iOS 6 Cover Flow, which would activate whenever the iPod is turned on it's side within the music app, the only exception being if rotation lock is on.