Ad Permission Key Chain for Skipping Prevention
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Users often skip or fast-forward through advertisements in digital content, leading to lost revenue for content providers and a decreased willingness to place ads, as existing technologies fail to effectively ensure advertisement viewing.
Innovation Solution
A chain of permission keys is generated and used to encode advertisements, where each key, except the last, incorporates a scrambling key, allowing access to the next portion of content only if the advertisement is played to completion, and a heartbeat analysis monitors attempts to skip ads, inhibiting content playback if skipping is detected.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of energy
If advertisements are placed within content, then revenue for content providers increases, but users can skip or fast-forward through advertisements causing lost revenue
Solution Approach 1:
The system performs preliminary actions by encrypting content segments and advertisement segments before distribution, and by pre-establishing the permission key chain structure. The client device receives encryption keys and permission key chains in advance, enabling it to autonomously enforce advertisement viewing requirements without real-time server intervention. This preliminary setup allows the system to prevent skipping behavior through pre-configured cryptographic controls.
Solution Approach 2:
The system implements feedback mechanisms by monitoring whether advertisement segments are properly viewed through the permission key validation process. The client device checks permission keys against expected values and provides feedback by either allowing or blocking content playback based on advertisement completion. This closed-loop feedback ensures that revenue protection measures are actively enforced rather than passively implemented.
2Reliability
If permission keys are used to control content playback, then advertisement viewing is enforced, but system complexity increases
Solution Approach 1:
The system divides content into distinct segments (content segments and advertisement segments) with separate encryption keys and permission key chains. Each segment is independently controlled through its own permission verification process. This segmentation allows the complex permission key management to be broken down into manageable, modular units that can be processed sequentially, reducing overall system complexity while maintaining reliable enforcement.
Solution Approach 2:
The permission key chain acts as an intermediary mechanism between the encryption system and the playback control system. Rather than directly managing complex cryptographic operations, the system uses permission keys as intermediate tokens that simplify the verification process. The client device validates permission keys against expected values without needing to understand the underlying cryptographic complexity, thus reducing device complexity while maintaining reliable enforcement.
3Loss of energy
If content is encrypted to prevent copying, then revenue protection improves, but user accessibility to content decreases
Solution Approach 1:
The system applies different encryption and permission requirements to different parts of the content stream. Content segments have one set of encryption properties while advertisement segments have another. Permission keys are locally validated at the client device without requiring continuous server communication, providing localized security enforcement that maintains user accessibility within the constraints of revenue protection.
Solution Approach 2:
All necessary encryption keys and permission key chains are distributed to the client device in advance before content playback begins. This preliminary distribution enables the user to access and play back content offline without requiring continuous network connectivity or real-time server authentication, thus maintaining ease of operation while ensuring revenue protection through pre-configured cryptographic controls.
Data Source
AI summary
A method, apparatus, and system are directed towards employing a chain of permission keys obtained during playing of advertisements within content to enable continued playing of the content. A sequence of encoded permission keys are generated with each encoded permission key, except a last permission key, incorporating a scrambling key useable to decode a next encoded permission key within the sequence of encoded permission keys that enables playing of a next portion of the content. If playing of any advertisement within the content is avoided, then access to an associated scrambling key useable to decode a next permission key is prevented, which in turn inhibits playing of a next portion of the content. In another embodiment, a heartbeat analysis may also be performed to monitor if skipping of an advertisement is being attempted, and if so, playing of the content is prevented.