Encrypted Content Access for Calendar Events
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
Conventional solutions for distributing highly confidential information, such as large multimedia files, face challenges in providing limited duration access without early release, especially in scenarios like teleconferenced meetings, where early access could lead to information exposure.
Innovation Solution
Implementing an encryption mechanism using a public key pair, where content is encrypted and decrypted only at predetermined times, with compliance checks ensuring devices meet security and management policies, and access controls enforced through authentication and authorization processes.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If content is distributed early to meeting attendees, then productivity is improved by allowing advance access to confidential information, but security deteriorates due to risk of early release and information exposure
Solution Approach 1:
The content is prepared and distributed in encrypted form before the meeting, allowing attendees to have advance access. The decryption key is released at the predetermined time (meeting start), enabling attendees to access the content securely without early exposure risk
Solution Approach 2:
An encryption mechanism acts as an intermediary between the content and attendees. The encrypted content can be distributed early safely, and the decryption process controlled by timing mechanisms ensures security while enabling productivity
2Reliability
If content is encrypted and access is controlled until predetermined time, then security is improved by preventing early release, but productivity deteriorates by restricting advance access to information
Solution Approach 1:
The access control system is dynamic, transitioning from restricted access (encrypted state) to permitted access (decrypted state) at the predetermined time. This allows security to be maintained during distribution while automatically enabling productivity when needed
Solution Approach 2:
The decryption key is released periodically at specific times (e.g., meeting start time). This periodic release mechanism maintains security during the distribution phase while ensuring access capability is activated when productivity is needed
3Productivity
If large multimedia files are transmitted before the meeting, then productivity is improved by allowing early download, but security deteriorates due to potential early exposure of confidential information
Solution Approach 1:
The potential harm of early distribution is converted into a benefit by using encryption. The encrypted file can be distributed early without security risk, and the same distribution mechanism becomes beneficial by enabling advance preparation while maintaining security through the encryption layer
Data Source
AI summary
Content access for the duration of a calendar event may be provided. Upon receiving a calendar invitation comprising a start time, an end time, and an encrypted attachment, a user may accept or reject the calendar invitation. If the calendar invitation is accepted, an acceptance notification associated with the calendar invitation may be transmitted. Upon receiving a request to access the encrypted attachment, a determination as to whether the request to access the encrypted attachment occurs within the start time and the end time of the calendar invitation may be made. If the request to access the encrypted attachment does not occur within the start time and the end time of the calendar invitation, access to the encrypted attachment may be refused.