Reverse Engineering Freelance Jobs

I need assistance with my Unreal Engine 5 reverse project. I want to call a gameplay-related function from UFunctions externally in C++. Making one function call work will be sufficient for completing this task. The primary purpose is to trigger in-game function. Using memory offsets. ( Using a SDK dumper is recommended to see the client sided game structure )

Key requirements:
- Understanding of Unreal Engine 5's architecture.
- Proficiency in C++ programming.
- Experience with UFunctions and external function calls. ( using GObjects, GNames, GWorld, ProcessEvent )
- Good understanding of Unreal Engine 5 API calls.
- Ability to debug Unreal Engine 5 gameplay functions.
- Memory management / ASM

Currently, I have a dumped SDK from the game's codebase. I can call any function injecting a DLL with no problem ( internal ). But i want to understand how I can replicate the behavior externally, triggering functions, without the need of injecting a dll.

The function call should trigger a interaction-related event in-game. I only need a POC that triggers 1 function for this project, so i can understand how it can work.

If you already know how to do this, and can show it to me, and i get it to work with 1 function - its all good and job complete.

Skills: C++ Programming, ASM, Unreal Engine, Reverse Engineering

I need assistance with my Unreal Engine 5 reverse project. I want to call a gameplay-related function from UFunctions externally in C++. Making one function call work will be sufficient for completing this task. The primary purpose is to trigger in-game function. Using memory offsets. ( Using a SDK dumper is recommended to see the client sided game structure )

Key requirements:
- Understanding of Unreal Engine 5's architecture.
- Proficiency in C++ programming.
- Experience with UFunctions and external function calls. ( using GObjects, GNames, GWorld, ProcessEvent )
- Good understanding of Unreal Engine 5 API calls.
- Ability to debug Unreal Engine 5 gameplay functions.
- Memory management / ASM

Currently, I have a dumped SDK from the game's codebase. I can call any function injecting a DLL with no problem ( internal ). But i want to understand how I can replicate the behavior externally, triggering functions, without the need of injecting a dll.

The function call should trigger a interaction-related event in-game. I only need a POC that triggers 1 function for this project, so i can understand how it can work.

If you already know how to do this, and can show it to me, and i get it to work with 1 function - its all good and job complete.

Skills: C++ Programming, ASM, Unreal Engine, Reverse Engineering

We are looking for a highly skilled Zoho Creator Developer to help us reverse engineer our existing solutions. The ideal candidate will have extensive experience with Zoho Creator and be able to analyze, modify, and enhance our applications effectively. You will work closely with our team to understand current workflows and optimize processes. If you're passionate about creating efficient solutions and have a deep understanding of Zoho Creator, we want to hear from you!

Skills: API, Zoho Creator, Automation, Deluge

Create an activation file and make a simple modification to the main menu.


The software should be developed using the Microsoft .NET framework.

Skills: .NET, Windows Desktop, SQL, C# Programming, Reverse Engineering

Create an activation file and make a simple modification to the main menu.


The software should be developed using the Microsoft .NET framework.

Skills: .NET, Windows Desktop, SQL, C# Programming, Reverse Engineering

Create an activation file and make a simple modification to the main menu.


The software should be developed using the Microsoft .NET framework.

Skills: .NET, Windows Desktop, SQL, C# Programming, Reverse Engineering

Create an activation file and make a simple modification to the main menu.


The software should be developed using the Microsoft .NET framework.

Skills: .NET, Windows Desktop, SQL, C# Programming, Reverse Engineering

Create an activation file and make a simple modification to the main menu.


The software should be developed using the Microsoft .NET framework.

Skills: .NET, Windows Desktop, SQL, C# Programming, Reverse Engineering

Create an activation file and make a simple modification to the main menu.


The software should be developed using the Microsoft .NET framework.

Skills: .NET, Windows Desktop, SQL, C# Programming, Reverse Engineering

I have a job that requires a decent level of Windows reverse engineering, dll hooking, kernel driver. Not a hard job. Long term project available if interested.

Skills: Visual Basic, Java, C++, C#, C, Desktop Application, JavaScript, Python, Automation, Software Development, Firmware Programming, Mobile App Development, Software Debugging, Reverse Engineering, Web Development

Recreate K-Star Patrol game in Assembly 8086 need to be done by 12/12/2024


3. Requirements
This section presents the game requirements.

3.1 Video
The program must use the 320 x 200 video mode (video mode = 13H). In this video mode, the screen is divided into 320 columns and 200 rows, as shown in Figure 1. Each pixel occupies one byte in memory and can therefore assume one of 256 different colors (28 possibilities = 256 colors). The video memory in this mode therefore occupies 320 * 200 bytes, that is, 64000 bytes.

modoVideo.gif

Figure 1. Structure of 320 x 200 video mode

Since the video uses the memory I/O mapping method, part of the main memory is reserved for the video. The video memory segment used by mode 13h starts at position A000h. To plot a pixel on the screen, simply write the desired color for the pixel in one of these positions, as shown in Table 1. To display a pixel at position (100,10), that is, in column 100, row 10, simply write the color value in position 100 + 10 * 320 of memory segment A000H (the starting address of video memory is A000H:0000H).

Table 1 - Color code.

cores.jpg

Although the 10H (video) interrupt performs the writing of pixels on the screen, the writing operation through memory addressing (indirect addressing) is more efficient than via interrupt. The reason for this is that the interrupt must wait for the CPU to handle it. Like this: “The CPU is busy right now, but if you leave your routine after the signal – we will contact you.” In addition, it is possible to use string manipulation instructions to assist in the writing. Therefore, indirect addressing or string manipulation instructions should be used to perform pixel writing (in the case of text writing, interrupts can be used).

3.2 Home Screen
The home screen should have 3 elements, as illustrated in Figure 2:

Game name : You must print the name "K-Star Patrol" using the ASCII art generator at ************ in light green (0AH) on two lines.
Game Elements : Between the title and the options menu, there should be an alternating flight between the ****** and alien ships. The cycle will begin with the movement of the ****** ship ( white color - 0FH), which will move from column 0 to column 319 , where it will disappear. At the moment the ****** ship disappears, an alien ship ( light blue color - 09H) will appear in column 319 and begin to move to the left, until it reaches column 0 , where it will also disappear. The process will be repeated indefinitely, alternating between the flight of the ****** ship and the alien ship.
Menu: "Play" and "Quit" options should be displayed, each delimited by a box composed of the following characters: 218 ("┌"), 191 ("┐"), 192 ("└"), 217 (" ┘"), 196 ("─") and 179 ("│"). The user can navigate between options using the up and down keys , moving the selection from one option to another. The active selection will be highlighted in light red (0CH) and the non-active selection will be highlighted in white (0F). When pressing the Enter key , the selected option will be executed.
kpatrol-inicial.png

Figure 2 - Example of the game's home screen

3.3 Sector
The game will have three sectors , each characterized by a different mountainous terrain from the others. Before each sector, a splash screen will be displayed for 4 seconds (configurable), as illustrated in Figure 3. The texts on this screen should be presented in different colors , produced by the ASCII art generator . The duration of each sector will be 60 seconds , and this time will be displayed in the status bar . The duration time can be adjusted through a pre-defined constant in the code.

kpatrol-setor.png

Figure 3 - Sector presentation screen.

3.4 The Game
In order to meet the objectives of the discipline and the time available for the task, the game underwent some adaptations in its operation. The game screen should be similar to Figure 4 , composed of three main areas: the game status at the top, the space of the planet in the center, and the mountainous surface of the planet at the bottom. Each of these elements will be detailed in the following sections.

kpatrol-jogo.png

Figure 4 - Game Screen.

3.4.1. Game Status
The game status consists of the score and the remaining time , as illustrated in Figure 5. It should be displayed at the top of the screen, with the score aligned to the left and the remaining time aligned to the right . The time should be updated at one-second intervals . When the time is up, the game should display the next sector screen and restart the game, keeping the score unchanged .

status.png

Figure 5 - Game Status

3.4.2 ****** Ships
The game starts with a leader ship (white color) and a patrol of 8 ****** ships in different colors. The patrol must be aligned to the left ( column 0 ) with even spacing between ships. The lead ship must be positioned centrally in relation to the patrol and be approximately 32 pixels ahead of the friendly ships. Each ship will be 9 pixels tall and 15 pixels wide .

The goal of the lead ship is to destroy the alien ships before they collide with the leader or any of the patrol ships. The lead ship can be moved vertically using the up and down arrow keys , with movement limited by the height occupied by the 8 ****** ships .

The lead ship can fire by pressing the space bar . The shot will have the same dimensions as the ships, occupying 9 pixels in height and 15 pixels in width , and will travel until it hits an alien ship or reaches the right side of the screen . Upon colliding with an alien ship, both the shot and the alien ship should disappear . Destroying an alien ship will add 100 points to the score .

If the lead ship is destroyed by a collision with an alien ship, a patrol ship must replace it, always selecting the ship closest to the top of the screen .

3.4.3 Alien Ships
Alien ships spawn from the right half of the screen (above column 160 ), in random positions . Each ship is 9 pixels high and 15 pixels wide . The maximum number of simultaneous alien ships varies by sector:

Sector 1 : up to 10 ships
Sector 2 : up to 15 ships
Sector 3 : up to 20 ships
Alien ships move towards the left side of the screen . They can be destroyed by gunfire (each alien ship destroyed is worth 100 points ) or by colliding with a patrol ship or the leader ship, also resulting in the destruction of the patrol/leader ship. If an alien ship reaches column 0 without being destroyed, it will escape the sector .

During the movement, for every 10 pixels horizontal movement , the alien ship must move 5 pixels up or down , diagonally and randomly. The horizontal speed of the alien ships will be twice the vertical movement speed of the leading ship.

3.4.4 Planetary Surface
The planet's surface is made up of mountains and small lakes located in the valleys. The mountains should be represented in brown (06H), while the lakes will be highlighted in light cyan (0BH). To create a moving effect , the surface should move to the left at the same speed as the alien ships .

The surface will occupy the bottom 20 lines of the screen, with an irregular design that represents the rocky terrain. This design should extend 480 pixels wide (equivalent to 1.5 times the width of the screen), ensuring visual continuity as you move.

3.5 Scoring
There are several ways to gain and lose points in the game. For each alien ship destroyed , 100 points will be added to the score . Upon completing a sector and advancing to the next, the player will receive a bonus . This bonus is calculated by multiplying the number of friendly ships remaining at the end of the sector by the following values:

Sector 1 : 1,000 points per ship
Sector 2 : 2,000 points per ship
However, for each alien ship that escapes at the end of a sector, there will be a reduction in score , according to the sector:

Sector 1 : -10 points per alien ship
Sector 2 : -20 points per alien ship
Sector 3 : -30 points per alien ship
3.5 End of Game Screen
The game over screen can be displayed in two situations:

All ships were destroyed : In this case, the screen will display the message "GAME OVER" in two lines , in red , using an ASCII art generator .

Completion of the 3 sectors : The screen will show the message "WINNER!" in green , also with the ASCII art generator . Below, the final score will be displayed in white .

In both cases, the user must press any key to return to the home screen .

4. Work Restrictions
Printing and Hiding : Displaying or hiding ships, terrain, and gunfire must be done exclusively through indirect addressing or string manipulation instructions .
Avoid Duplication of Routines : The code should avoid duplication of routines. For example, if it is possible to implement a single movement routine for all elements (such as alien ships, shooting, and friendly ships), there should not be separate routines for each type.
Time Configuration : The interval between the movements of the game elements (50 ms) and the duration of each step must be configurable .
Assembly Environment Compatibility : The program should work correctly when assembled using the Turbo Assembler GUI (Windows) or Turbo Assembler (in a virtual machine).
5. Minimum Deliverable
To ensure a minimum standard of implementation, each job must include and function according to the following requirements:

Home Screen : All elements must be visible and operational, including ship movement and menu functionality .

Gameplay : After the sector introduction screen, the game should display all required elements (status, ships, and surface). The lead ship should move vertically using the up and down arrows . Alien ships should appear randomly and move to the left (random diagonal movement is optional). The surface should be visible, although its movement is optional. Implementation of shooting and collision detection is optional. The score should be incremented when an alien ship reaches the left side of the screen. The 60 second timer for sector change should be functional, and the sector change should occur at the end of that time.

Game Over : The game should detect the end when the player passes through all 3 sectors or loses all ships .

All items mentioned must be implemented and functional. Features not described here or defined as optional, including reporting, will also be evaluated for scoring.

6. Deliveries
The submission of the work must be done through this website, sending a compressed file (in RAR or ZIP format) containing two files:

Program Source Code : Include only the file with the .ASM extension . Including an executable will result in the loss of 0.5 points from the final grade.

Paper Report : Must be submitted in PDF format, using the Scientia cum Industria Journal format . Exclude the first page containing the graphical abstract and it is not necessary to include the title in English and the abstract. The formatting will be considered in the evaluation of the paper. Documents in Word or LibreOffice will result in a loss of 0.5 points from the final grade. The report must have at least the following sections:

Section 1 Gameplay : Describe the general operation of the game, including pictures that represent the three main elements: start screen, game screen, and end screen. Explain any functionality that is not working or not fully implemented as requested. This section should function as an operating manual for the game, without going into the details of the code.

Section 2 Solution : Detail the program logic and the algorithm used. This section may include several figures (duly identified and referenced in the text), including a solution flowchart that facilitates understanding of the algorithm and code.

Section 2.1 Algorithm : Describe the main flow of the program, including a flowchart that illustrates how the game loop works. Show the size of the code in bytes and the number of lines of code.

Section 2.2 Memory : Detail the main variables or memory blocks used in the program. Include the size of memory occupied by the data and code, and explain the process used to estimate the size of each.

Section 2.3 Routines : List and describe the main routines (PROC) of the program, such as ship movement, fire control, and terrain movement. For the random number generation routine, specify the source of the program or algorithm used (see the References section of the journal for formatting).

Section 2.4 8086 Instructions : Include this section only if you use 8086 instructions not covered in class or exercises. Explain why the instruction is needed and how it works.

Section 3 Conclusions : Discuss the difficulties encountered during the development of the program and the lessons learned from the work.

Section 4 References : List any websites or books used, according to ABNT standards , and cite them in the text.

7. Tips
This section aims to provide some tips to facilitate the implementation of the work.

7.1. Writing Strings with Color
To write a string, you can use function 13H of interrupt 10H:

AH = 13h
AL = mode
bit 0:1- updates cursor position after writing
bit 1:1- string contains characters and attributes
BL = character attribute if bit 1 in AL is 0
BH = video page number
DH,DL = line, column print position
CX = length, in characters, of string
ES:BP = address of start of string
Note: This interrupt recognizes the CR, LF, and backspace codes.

7.2. Suspension of Execution for a Certain Period of Time
The 15h interrupt provides a variety of services, including the AH=86H function , which allows program execution to be suspended for a specified interval of time. The interval is defined in microseconds (1/1,000,000 of a second) and is specified by the CX and DX registers , where CX contains the most significant 16 bits and DX contains the least significant 16 bits.

To convert the desired time interval to microseconds, you need to set CX and DX accordingly. For example, for an interval of 2 seconds (2,000,000 microseconds), CX should be set to the value 1EH and DX to the value 8480H , since 1E8480H is the hexadecimal representation of 2,000,000 .

7.3. Keyboard Reading without Waiting
Interrupt 16h provides several keyboard-related functions. To read a keystroke without the program having to wait, you can use interrupt 16h to check the keyboard status. Specifically, the AH=01H service allows you to check whether there are any keys in the keyboard buffer. If the buffer is empty, the Zero Flag (ZF) is set.

To read a key from the buffer, you must use the AH=00H service of the same interrupt. This service not only returns the code of the pressed key, but also removes the key from the buffer.

7.4. Set constant with memory size
In assembly language, the $ symbol is a reference to the current offset (or current position) within a segment of code or data. It is primarily useful for calculations involving addresses and offsets during assembly time. The value of $ $can be used to calculate lengths or distances between different parts of code or data, particularly in tables, memory blocks, or instructions that require reference to relative addresses.

Imagine you are creating a data buffer and want to store the buffer size somewhere else. You can use this $to calculate the buffer size directly at assembly time:

buffer db "Text example"
equ size $ - buffer; Calculates the buffer size
In this example:

buffer is the label that marks the beginning of the data.
The value of $ - buffer calculates the number of bytes between the current offset (position $) and the start of buffer. Thus, the value of tamanhowill store the size of bufferautomatically.

Skills: PHP, Python, C++, Reverse Engineering, Lua, Assembly Language, Game Development

We are looking for an experienced Next.js developer with expertise in Google Cloud, React.js, and TypeScript to help us rebuild and deploy a fully functional website based on the existing site mennr.tech.

Project Scope:
• Reverse Engineering: Rebuild a functional clone of mennr.tech by analyzing its structure and functionality.
• Access to Existing Code: We only have access to the Docker image of the minified and compiled source code deployed on Google Cloud Run.
• Website Features:
• All pages as per the sitemap: mennr.tech/sitemap.xml.
• Four forms that trigger email sending.
• Replication of any dependencies and functionalities observed in the original website.
• Technology Requirements:
• Next.js for the website framework.
• React.js for front-end components.
• TypeScript for strict type handling (based on observed dependencies in the original project).
• Google Cloud for deployment and hosting.

Responsibilities:
• Decompile or analyze the provided Docker image to recreate the website’s functionality.
• Develop clean, maintainable, and efficient code in Next.js, React.js, and TypeScript.
• Implement the website’s email-triggering forms.
• Deploy the new website on Google Cloud.

Requirements:
• Proven experience in developing Next.js applications.
• Strong knowledge of React.js and TypeScript.
• Hands-on experience with Docker and Google Cloud (specifically Google Cloud Run).
• Ability to analyze and replicate complex website structures.
• Familiarity with debugging and handling minified/compiled code.

Deliverables:
• A fully functional, responsive website closely mirroring mennr.tech.
• Properly implemented forms with email-triggering functionality.
• Deployment of the rebuilt website on Google Cloud Run.

Preferred Skills:
• Reverse engineering web applications.
• Working with Docker images for analysis and code recreation.

Skills: Node.js, JavaScript, Google Cloud Platform, React, HTML, CSS, Web Development

I am looking for a top-tier Android developer to create a “wrapper” app capable of running an existing APK within a virtualized environment, without the need to decompile or modify the original file. The goal is to allow the original app to function as if nothing has changed, but with the ability to manipulate specific system data. For example, when the app scans for Wi-Fi networks, it should see only a fictitious network (“Ciao”), and similarly other types of system information can be altered.

It is essential that the final solution ensures maximum compatibility, stability, and smooth performance, even with very popular and complex apps. The user experience must remain unchanged, except for the requested data manipulation.

Key Requirements:

The wrapper must use the original APK as is, retaining its name and icon.
The original app must believe it is functioning normally, while system data (such as the list of Wi-Fi networks) can be altered at will.
No root access is required.
Final result: a single, standalone wrapper APK that is stable and ready to use with widely popular apps.
Required Skills:

Advanced Android development (Java/Kotlin).
In-depth knowledge of app lifecycle, ClassLoader, and third-party APK integration.
Experience with hooking and intercepting system services to ensure optimal performance and maximum compatibility.
Ability to test, optimize, and ensure proper wrapper functionality with well-known, highly used apps.
If you believe you have the skills for this highly complex project, please submit your application and provide concrete examples of outcomes achieved in similar projects.

Skills: Android, Reverse Engineering, frida, Kotlin, Android SDK

I'm in need of a skilled freelancer who can reverse engineer a 4" block with holes in it using FreeCAD.

Key Responsibilities:
- Reverse engineer a physical sample of a 4" block with holes in it. It is driven by a leadscrew.
- Create a precise FreeCAD model of the block to serve as a replacement part.
- Ensure the model is created with medium precision (up to 0.1 mm).

Ideal Skills:
- Proficient in FreeCAD software.
- Experience in reverse engineering physical samples.
- Ability to create medium precision models.

Please note, the purpose of the project is to create a modified replacement part for the block that accepts a flanged screw nut instead of threaded.

The physical samples will be shipped to the freelancer's location. The block will be made of aluminium.

Skills: 3D Modelling, Drafting

I'm in need of a skilled freelancer who can reverse engineer a 4" block with holes in it using FreeCAD.

Key Responsibilities:
- Reverse engineer a physical sample of a 4" block with holes in it. It is driven by a leadscrew.
- Create a precise FreeCAD model of the block to serve as a replacement part.
- Ensure the model is created with medium precision (up to 0.1 mm).

Ideal Skills:
- Proficient in FreeCAD software.
- Experience in reverse engineering physical samples.
- Ability to create medium precision models.

Please note, the purpose of the project is to create a modified replacement part for the block that accepts a flanged screw nut instead of threaded.

The physical samples will be shipped to the freelancer's location. The block will be made of aluminium.

Skills: 3D Modelling, Drafting

I have a job that requires a decent level of Windows reverse engineering, dll hooking, kernel driver. Not a hard job. Long term project available if interested.

Skills: Visual Basic, Java, C++, C#, C, Desktop Application, JavaScript, Python, Automation, Software Development, Firmware Programming, Mobile App Development, Software Debugging, Reverse Engineering, Web Development

I own a domain and my former partner blocked my access to the email. How do I recover the email since the domain is my property?


I own a domain and my former partner blocked my access to the email. How do I recover the email since the domain is my property?

Skills: Vulnerability Assessment, Penetration Testing, Network Security, Security Testing, Internet Security, Network Penetration Testing, Web App Penetration Testing, Ethical Hacking, Black Box Testing, Reverse Engineering, JavaScript, Web Application Security

Job Description:
We are looking for an experienced Python developer to create a robust and scalable scraper and extractor capable of fetching videos from all types of video websites, including those in the adult category. This will be a long-term collaboration, and the developer must also provide a user-friendly API for seamless integration into our systems.

Responsibilities:
Develop a Python-based scraper/extractor to fetch videos from various video platforms, including:
Popular streaming sites.
Adult content sites.
Sites using complex JavaScript, dynamic content, or encryption methods.

Handle:
Encrypted or segmented video streams (e.g., m3u8, HLS).
Anti-scraping measures (e.g., captchas, IP blocking).
Provide a scalable API for:
Fetching video URLs or downloading videos.
Selecting resolution and formats.
Authentication and user management (if required).

Ensure support for:
Multiple formats and resolutions.
Maintain and update the scraper regularly to adapt to site changes.
Provide documentation for both the scraper and the API.

Requirements:
Strong experience in Python and libraries such as BeautifulSoup, Selenium, Puppeteer, or Playwright.
Expertise in handling dynamic web content and reverse engineering.
Knowledge of ffmpeg for handling video streams (optional but preferred).
Proven experience in developing RESTful APIs for seamless integration.
Familiarity with bypassing anti-scraping techniques (e.g., captcha solvers, rotating proxies).
Ability to handle sensitive content responsibly and ensure proper data management.

Preferred Skills:
Experience with adult websites and video-related projects.
Knowledge of encryption and protocols like HLS, RTMP, etc.
API development experience with frameworks like Flask, FastAPI, or Django REST Framework.

Deliverables:
Fully functional scraper and extractor.
A well-documented, user-friendly API to access scraper functionality.
Regular updates and maintenance.
Detailed documentation for the scraper and API.

Budget:
We are open to negotiation depending on your experience and the scope of the project. Please provide your rate and expected timeline.

Skills: PHP, JavaScript, Python, Web Scraping, Software Architecture

Job Description:
We are looking for an experienced Python developer to create a robust and scalable scraper and extractor capable of fetching videos from all types of video websites, including those in the adult category. This will be a long-term collaboration, and the developer must also provide a user-friendly API for seamless integration into our systems.

Responsibilities:
Develop a Python-based scraper/extractor to fetch videos from various video platforms, including:
Popular streaming sites.
Adult content sites.
Sites using complex JavaScript, dynamic content, or encryption methods.

Handle:
Encrypted or segmented video streams (e.g., m3u8, HLS).
Anti-scraping measures (e.g., captchas, IP blocking).
Provide a scalable API for:
Fetching video URLs or downloading videos.
Selecting resolution and formats.
Authentication and user management (if required).

Ensure support for:
Multiple formats and resolutions.
Maintain and update the scraper regularly to adapt to site changes.
Provide documentation for both the scraper and the API.

Requirements:
Strong experience in Python and libraries such as BeautifulSoup, Selenium, Puppeteer, or Playwright.
Expertise in handling dynamic web content and reverse engineering.
Knowledge of ffmpeg for handling video streams (optional but preferred).
Proven experience in developing RESTful APIs for seamless integration.
Familiarity with bypassing anti-scraping techniques (e.g., captcha solvers, rotating proxies).
Ability to handle sensitive content responsibly and ensure proper data management.

Preferred Skills:
Experience with adult websites and video-related projects.
Knowledge of encryption and protocols like HLS, RTMP, etc.
API development experience with frameworks like Flask, FastAPI, or Django REST Framework.

Deliverables:
Fully functional scraper and extractor.
A well-documented, user-friendly API to access scraper functionality.
Regular updates and maintenance.
Detailed documentation for the scraper and API.

Budget:
We are open to negotiation depending on your experience and the scope of the project. Please provide your rate and expected timeline.

Skills: PHP, JavaScript, Python, Web Scraping, Software Architecture

Job Description:
We are looking for an experienced Python developer to create a robust and scalable scraper and extractor capable of fetching videos from all types of video websites, including those in the adult category. This will be a long-term collaboration, and the developer must also provide a user-friendly API for seamless integration into our systems.

Responsibilities:
Develop a Python-based scraper/extractor to fetch videos from various video platforms, including:
Popular streaming sites.
Adult content sites.
Sites using complex JavaScript, dynamic content, or encryption methods.

Handle:
Encrypted or segmented video streams (e.g., m3u8, HLS).
Anti-scraping measures (e.g., captchas, IP blocking).
Provide a scalable API for:
Fetching video URLs or downloading videos.
Selecting resolution and formats.
Authentication and user management (if required).

Ensure support for:
Multiple formats and resolutions.
Maintain and update the scraper regularly to adapt to site changes.
Provide documentation for both the scraper and the API.

Requirements:
Strong experience in Python and libraries such as BeautifulSoup, Selenium, Puppeteer, or Playwright.
Expertise in handling dynamic web content and reverse engineering.
Knowledge of ffmpeg for handling video streams (optional but preferred).
Proven experience in developing RESTful APIs for seamless integration.
Familiarity with bypassing anti-scraping techniques (e.g., captcha solvers, rotating proxies).
Ability to handle sensitive content responsibly and ensure proper data management.

Preferred Skills:
Experience with adult websites and video-related projects.
Knowledge of encryption and protocols like HLS, RTMP, etc.
API development experience with frameworks like Flask, FastAPI, or Django REST Framework.

Deliverables:
Fully functional scraper and extractor.
A well-documented, user-friendly API to access scraper functionality.
Regular updates and maintenance.
Detailed documentation for the scraper and API.

Budget:
We are open to negotiation depending on your experience and the scope of the project. Please provide your rate and expected timeline.

Skills: PHP, JavaScript, Python, Web Scraping, Software Architecture

Job Description:
We are looking for an experienced Python developer to create a robust and scalable scraper and extractor capable of fetching videos from all types of video websites, including those in the adult category. This will be a long-term collaboration, and the developer must also provide a user-friendly API for seamless integration into our systems.

Responsibilities:
Develop a Python-based scraper/extractor to fetch videos from various video platforms, including:
Popular streaming sites.
Adult content sites.
Sites using complex JavaScript, dynamic content, or encryption methods.

Handle:
Encrypted or segmented video streams (e.g., m3u8, HLS).
Anti-scraping measures (e.g., captchas, IP blocking).
Provide a scalable API for:
Fetching video URLs or downloading videos.
Selecting resolution and formats.
Authentication and user management (if required).

Ensure support for:
Multiple formats and resolutions.
Maintain and update the scraper regularly to adapt to site changes.
Provide documentation for both the scraper and the API.

Requirements:
Strong experience in Python and libraries such as BeautifulSoup, Selenium, Puppeteer, or Playwright.
Expertise in handling dynamic web content and reverse engineering.
Knowledge of ffmpeg for handling video streams (optional but preferred).
Proven experience in developing RESTful APIs for seamless integration.
Familiarity with bypassing anti-scraping techniques (e.g., captcha solvers, rotating proxies).
Ability to handle sensitive content responsibly and ensure proper data management.

Preferred Skills:
Experience with adult websites and video-related projects.
Knowledge of encryption and protocols like HLS, RTMP, etc.
API development experience with frameworks like Flask, FastAPI, or Django REST Framework.

Deliverables:
Fully functional scraper and extractor.
A well-documented, user-friendly API to access scraper functionality.
Regular updates and maintenance.
Detailed documentation for the scraper and API.

Budget:
We are open to negotiation depending on your experience and the scope of the project. Please provide your rate and expected timeline.

Skills: PHP, JavaScript, Python, Web Scraping, Software Architecture

Job Description:
We are looking for an experienced Python developer to create a robust and scalable scraper and extractor capable of fetching videos from all types of video websites, including those in the adult category. This will be a long-term collaboration, and the developer must also provide a user-friendly API for seamless integration into our systems.

Responsibilities:
Develop a Python-based scraper/extractor to fetch videos from various video platforms, including:
Popular streaming sites.
Adult content sites.
Sites using complex JavaScript, dynamic content, or encryption methods.

Handle:
Encrypted or segmented video streams (e.g., m3u8, HLS).
Anti-scraping measures (e.g., captchas, IP blocking).
Provide a scalable API for:
Fetching video URLs or downloading videos.
Selecting resolution and formats.
Authentication and user management (if required).

Ensure support for:
Multiple formats and resolutions.
Maintain and update the scraper regularly to adapt to site changes.
Provide documentation for both the scraper and the API.

Requirements:
Strong experience in Python and libraries such as BeautifulSoup, Selenium, Puppeteer, or Playwright.
Expertise in handling dynamic web content and reverse engineering.
Knowledge of ffmpeg for handling video streams (optional but preferred).
Proven experience in developing RESTful APIs for seamless integration.
Familiarity with bypassing anti-scraping techniques (e.g., captcha solvers, rotating proxies).
Ability to handle sensitive content responsibly and ensure proper data management.

Preferred Skills:
Experience with adult websites and video-related projects.
Knowledge of encryption and protocols like HLS, RTMP, etc.
API development experience with frameworks like Flask, FastAPI, or Django REST Framework.

Deliverables:
Fully functional scraper and extractor.
A well-documented, user-friendly API to access scraper functionality.
Regular updates and maintenance.
Detailed documentation for the scraper and API.

Budget:
We are open to negotiation depending on your experience and the scope of the project. Please provide your rate and expected timeline.

Skills: PHP, JavaScript, Python, Web Scraping, Software Architecture

Job Description:
We are looking for an experienced Python developer to create a robust and scalable scraper and extractor capable of fetching videos from all types of video websites, including those in the adult category. This will be a long-term collaboration, and the developer must also provide a user-friendly API for seamless integration into our systems.

Responsibilities:
Develop a Python-based scraper/extractor to fetch videos from various video platforms, including:
Popular streaming sites.
Adult content sites.
Sites using complex JavaScript, dynamic content, or encryption methods.

Handle:
Encrypted or segmented video streams (e.g., m3u8, HLS).
Anti-scraping measures (e.g., captchas, IP blocking).
Provide a scalable API for:
Fetching video URLs or downloading videos.
Selecting resolution and formats.
Authentication and user management (if required).

Ensure support for:
Multiple formats and resolutions.
Maintain and update the scraper regularly to adapt to site changes.
Provide documentation for both the scraper and the API.

Requirements:
Strong experience in Python and libraries such as BeautifulSoup, Selenium, Puppeteer, or Playwright.
Expertise in handling dynamic web content and reverse engineering.
Knowledge of ffmpeg for handling video streams (optional but preferred).
Proven experience in developing RESTful APIs for seamless integration.
Familiarity with bypassing anti-scraping techniques (e.g., captcha solvers, rotating proxies).
Ability to handle sensitive content responsibly and ensure proper data management.

Preferred Skills:
Experience with adult websites and video-related projects.
Knowledge of encryption and protocols like HLS, RTMP, etc.
API development experience with frameworks like Flask, FastAPI, or Django REST Framework.

Deliverables:
Fully functional scraper and extractor.
A well-documented, user-friendly API to access scraper functionality.
Regular updates and maintenance.
Detailed documentation for the scraper and API.

Budget:
We are open to negotiation depending on your experience and the scope of the project. Please provide your rate and expected timeline.

Skills: PHP, JavaScript, Python, Web Scraping, Software Architecture

Hi Peter! How are you? Someone reactivated my old Facebook account which I don’t want it to active again. I used an old email that it was just for Facebook I can’t remember the password and someone change the Facebook password as well. Could you help me with that?

Skills: Vulnerability Assessment, Penetration Testing, Network Security, Security Testing, Internet Security, Network Penetration Testing, Web App Penetration Testing, Ethical Hacking, Black Box Testing, Reverse Engineering, JavaScript, Web Application Security

i'm looking for a skilled freelancer who can unlock a software program that requires a key for monthly service activation. The ideal candidate should have experience with software unlocking methods and an understanding of subscription-based software systems. Your gain full access to the necessary features without the ongoing subscription costs.

Skills: Reverse Engineering, Ethical Hacking, Encryption, Standalone Application, JavaScript, C++, C#, PHP, Assembly Language, Desktop Application

I am looking for an experienced and detail-oriented fashion designer to create a tech pack for a tracksuit project. The design will consist of a hoodie and joggers, with specific embroidery and design placements. I already have the logo, design idea, color scheme, and even a reference website that perfectly matches my vision.

Your task will be to convert this concept into a professional tech pack that I can share with my factory for production. The tech pack should include detailed measurements, material specifications, stitching details, embroidery placements, and color references.

Additionally, I would like to replicate the sizing and fit from the reference website's product. If you have experience in reverse-engineering sizing charts or aligning designs to match existing standards, that’s a huge plus.

Deliverables:

A complete tech pack for a hoodie and joggers, including:
Detailed measurements (aligned with the reference sizing).
Fabric and material specifications.
Stitching and construction details.
Design placements (logo and additional embroidery).
Color codes and references (e.g., Pantone or other color standards).
Any suggestions or improvements to optimize the design for production.
Requirements:

Proven experience in creating tech packs for apparel.
Ability to replicate sizing and measurements from reference products.
Strong communication skills to ensure the project meets expectations.
Knowledge of materials and manufacturing processes for apparel.
Preferred Qualifications:

Experience working with factories in China.
Familiarity with streetwear or athleisure fashion.
Ability to deliver high-quality work at an affordable price.
Additional Information:

I will provide the logo, design sketches, and a link to the reference website.
The project will require attention to detail and a collaborative approach to ensure the final tech pack aligns with my vision.
Budget:
I am looking for the best combination of quality and affordability. Please provide your bid along with examples of previous work or a portfolio showcasing tech packs you’ve created.

Timeline:
I would like the project to be completed as fast as possible after hiring.

If you believe you’re the right fit for this job, please apply and include a short description of why you’re the ideal candidate for this project. I look forward to working with you!

Skills: Fashion Design, Activewear, Graphic Design, Illustration, Adobe Photoshop, Adobe Illustrator

Hello

I am looking for someone who can help me view historical data from a server and website. We are talking about the period up to 2012.

I have used https://web.archive.org/ in particular, but this database is not complete. If you know of a better service, I would like to pay for a subscription to it
.

Thanks

Kind regards, Ronald
ps here some more background:

Tools and Methods for Reverse IP Lookup
Historical Hosting Services

Platforms like SecurityTrails, ViewDNS.info, or BuiltWith can provide historical hosting information. These tools track DNS changes and hosting history, which might include other domains that previously shared the IP address.
Reverse IP Lookup Tools

Websites such as MXToolBox or HackerTarget allow you to perform a reverse IP lookup. These tools reveal all domains currently associated with an IP address. Historical records might be less readily available but could still be retrieved from certain specialized services.
Wayback Machine

While not a direct reverse IP lookup tool, the Wayback Machine (from archive.org) can help track changes in a domain's configuration over time, such as different IP addresses it has used. Combining this with reverse lookup data can reveal additional information.
Hosting and DNS Providers

Contacting the hosting provider (if known) could yield more detailed insights, especially if you have legitimate reasons for querying this data.

Skills: Reverse Engineering

How you would approach reverse engineering and refining the formula?
Timelines and costs associated with this process?
Stability testing options to meet a 24-month shelf-life requirement?

Skills: Health & Wellness, Cosmetics, Product Development, Product Formulation, Cosmetic Raw Materials, Skin Care, Chemistry, Product Stability, Research & Development, Good Manufacturing Practice, Beauty & Personal Care, Peptides, Scientific Research, Laboratory Equipment Skills

We are seeking an experienced engineer to reverse engineer an internal combustion engine used in small aircraft. The ideal candidate should have a strong background in mechanical engineering and experience with engine design and analysis. Your primary task will be to disassemble the engine, document its components, and analyze its performance characteristics. This project will provide valuable insights into the engine's design and functionality. If you have a passion for aviation and a keen eye for detail, we would love to hear from you.

Skills: Reverse Engineering, SolidWorks, JavaScript, Python, Mechanical Engineering

### **Project Overview**
- **Goal**:
Capture Twitter’s browser push notification data in real-time when specific accounts perform actions such as tweeting, retweeting, or interacting.

- **Details**:
1. Twitter’s browser push notifications are already enabled for specific accounts.
2. The task is to intercept and extract the data from these push notifications, which are likely handled via:
- **Service Workers** (e.g., through `push` events), or
- **WebSocket** messages.
3. Extracted data should include:
- Username or account ID,
- Content of the notification (e.g., tweet text),
- Timestamp or relevant metadata.
4. The extracted data should be logged in a simple JSON format for testing (e.g., `console.log` or saved to a local file).

- **Requirements**:
- Expertise in WebSocket analysis, Service Worker scripting, or related techniques.
- Proficiency in JavaScript or a browser debugging tool.
- Familiarity with browser DevTools or network traffic analysis for reverse engineering push notifications.

- **Deliverables**:
- A script or tool that captures and logs push notification data in JSON format.
- Documentation on how the solution works and how to test it.

Skills: JavaScript, Python, Network Analysis, Websockets