Enterprise Secure Media Watermarking & DRM System
Budget: $1,500 – $3,000 USD
We are looking to build a Minimum Viable Product (MVP) for an enterprise-grade Digital Rights Management (DRM) and video watermarking system. The goal is to securely distribute highly confidential media (e.g., pre-release film screeners, corporate training videos) to employees or reviewers, embedding an algorithmic, user-specific invisible/visible watermark into the video file. If a video leaks, we can trace exactly who leaked it.
Concept: A corporate system for securely watermarking and distributing confidential video/audio files. It uses algorithms (not AI) to embed hidden data into files to trace leaks back to specific users.
1) Milestone 1: The Pilot - Core Engine
Deliverable:
- A C++ executable that takes a video file and embeds a text string into it, and a Python script that automates feeding files into this executable.
- The client drops a raw .mp4 video into a specific folder. Within seconds, the Python script detects it, runs the C++ engine, and outputs a new .mp4 with a visible watermark. No web interface yet—just pure backend mechanics.
Milestone 1 Budget:
$2,000
2) Milestone 2: Backend, Security, & Admin Setup
Deliverable:
- API Postman Collection, Database SQL dump, and the PHP Admin portal source code.
- Expands M1 by adding the Java REST API to securely store the generated files, and a PHP-based admin script/database to manage user access and permissions.
- The client can log into the PHP backend, create a dummy "Customer Account", and use a tool like Postman to authenticate via the Java API and trigger the Python/C++ pipeline from the cloud.
3) Milestone 3: Web Dashboard Expansion
Deliverable:
- A fully functioning Web Application.
- Expands M2 by building a JavaScript-based frontend UI communicating with the Java and PHP APIs, allowing the client to visually upload files and generate user-specific watermarked links.
4) Milestone 4: Android App Integration
Deliverable:
- Signed .apk Android application file and final full-stack source code handover.
- Expands the system to mobile. An Android app is built to log in (via PHP/Java API), fetch the user's specific watermarked video, and play it in a secure view.
- A user installs the Android App, logs in, and streams the watermarked video generated in Milestone 3. If the user attempts to screen-record the Android app, the recording comes out entirely black (enforcing the DRM security).
Concept: A corporate system for securely watermarking and distributing confidential video/audio files. It uses algorithms (not AI) to embed hidden data into files to trace leaks back to specific users.
1) Milestone 1: The Pilot - Core Engine
Deliverable:
- A C++ executable that takes a video file and embeds a text string into it, and a Python script that automates feeding files into this executable.
- The client drops a raw .mp4 video into a specific folder. Within seconds, the Python script detects it, runs the C++ engine, and outputs a new .mp4 with a visible watermark. No web interface yet—just pure backend mechanics.
Milestone 1 Budget:
$2,000
2) Milestone 2: Backend, Security, & Admin Setup
Deliverable:
- API Postman Collection, Database SQL dump, and the PHP Admin portal source code.
- Expands M1 by adding the Java REST API to securely store the generated files, and a PHP-based admin script/database to manage user access and permissions.
- The client can log into the PHP backend, create a dummy "Customer Account", and use a tool like Postman to authenticate via the Java API and trigger the Python/C++ pipeline from the cloud.
3) Milestone 3: Web Dashboard Expansion
Deliverable:
- A fully functioning Web Application.
- Expands M2 by building a JavaScript-based frontend UI communicating with the Java and PHP APIs, allowing the client to visually upload files and generate user-specific watermarked links.
4) Milestone 4: Android App Integration
Deliverable:
- Signed .apk Android application file and final full-stack source code handover.
- Expands the system to mobile. An Android app is built to log in (via PHP/Java API), fetch the user's specific watermarked video, and play it in a secure view.
- A user installs the Android App, logs in, and streams the watermarked video generated in Milestone 3. If the user attempts to screen-record the Android app, the recording comes out entirely black (enforcing the DRM security).